r5.1 UTRAN Managed Objects

UMTSLucent UTRAN Managed ObjectDescriptionsUMTS-5.1

401-380-071R5.1Issue 0.2

May 2008

Alcatel-Lucent - ProprietaryThis document contains proprietary information of Alcatel-Lucent and

is not to be disclosed or used except in accordance with applicable agreements.

Copyright © 2008 Alcatel-LucentUnpublished and Not for Publication

All Rights Reserved

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Alcatel, Lucent, Alcatel-Lucent and the Alcatel-Lucent logo are trademarks of Alcatel-Lucent. All other trademarks are the property of theirrespective owners.

The information presented is subject to change without notice. Alcatel-Lucent assumes no responsibility for inaccuracies contained herein.

Copyright © 2008 Alcatel-Lucent. All Rights Reserved.

Notice

Every effort has been made to ensure that the information contained in this information product was accurate at the time of printing. However,information is subject to change.

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Contents

About this information product

Purpose............................................................................................................................................................................................ ixix

Reason for reissue....................................................................................................................................................................... ixix

Intended audience........................................................................................................................................................................ ixix

How to use this information product.................................................................................................................................... xx

Conventions used.......................................................................................................................................................................... xx

Tasks ................................................................................................................................................................................................. xixi

Information product support.................................................................................................................................................. xixi

Technical support....................................................................................................................................................................... xixi

Order number................................................................................................................................................................................ xixi

How to order .............................................................................................................................................................................. xiixii

How to comment........................................................................................................................................................................ xiixii

1 SNM object descriptions

Overview ...................................................................................................................................................................................... 1-11-1

SNM information model........................................................................................................................................................ 1-31-3

ExternalGsmCell....................................................................................................................................................................... 1-51-5

ExternalRnc................................................................................................................................................................................. 1-91-9

Externals .................................................................................................................................................................................... 1-121-12

ExternalUtranCell................................................................................................................................................................... 1-131-13

ItfBGroup ................................................................................................................................................................................... 1-251-25

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ItfBLink ...................................................................................................................................................................................... 1-261-26

ItfRLink ...................................................................................................................................................................................... 1-301-30

IubLink ....................................................................................................................................................................................... 1-331-33

IucsLink ...................................................................................................................................................................................... 1-381-38

IupsLink ..................................................................................................................................................................................... 1-431-43

IurLink ........................................................................................................................................................................................ 1-471-47

LinkProfile ................................................................................................................................................................................ 1-521-52

Msc ............................................................................................................................................................................................... 1-541-54

NodeBFunction........................................................................................................................................................................ 1-561-56

NodeBManagedElement...................................................................................................................................................... 1-601-60

OMCU ........................................................................................................................................................................................ 1-621-62

RncFunction.............................................................................................................................................................................. 1-661-66

RncManagedElement............................................................................................................................................................ 1-691-69

Rns ............................................................................................................................................................................................... 1-711-71

Sgsn.............................................................................................................................................................................................. 1-731-73

Uni ................................................................................................................................................................................................ 1-751-75

VccDetail ................................................................................................................................................................................... 1-831-83

VccQos ....................................................................................................................................................................................... 1-871-87

2 RNC object descriptions

Overview ...................................................................................................................................................................................... 2-12-1

RNC information model........................................................................................................................................................ 2-42-4

AC ................................................................................................................................................................................................... 2-72-7

ATMQOS ................................................................................................................................................................................... 2-142-14

Cabinet........................................................................................................................................................................................ 2-252-25

CellSP ......................................................................................................................................................................................... 2-272-27

CICC ............................................................................................................................................................................................ 2-302-30

CICCBPEtherPort................................................................................................................................................................... 2-342-34

Contents

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CICCProc................................................................................................................................................................................... 2-372-37

EDCH .......................................................................................................................................................................................... 2-432-43

ESC .............................................................................................................................................................................................. 2-462-46

ESCBPEtherPort..................................................................................................................................................................... 2-532-53

ESCFAEtherPort..................................................................................................................................................................... 2-562-56

ESCProc..................................................................................................................................................................................... 2-592-59

ExtAlmBox ............................................................................................................................................................................... 2-622-62

FanTray....................................................................................................................................................................................... 2-672-67

FBPShelf.................................................................................................................................................................................... 2-712-71

FddExtCell ................................................................................................................................................................................ 2-752-75

GICC ........................................................................................................................................................................................... 2-872-87

GICCBPEtherPort.................................................................................................................................................................. 2-912-91

GICCFAEtherPort.................................................................................................................................................................. 2-942-94

GICCPair ................................................................................................................................................................................... 2-972-97

GICCProc................................................................................................................................................................................ 2-1002-100

GICCSTM1OC3Port........................................................................................................................................................... 2-1062-106

GsmExtCell ............................................................................................................................................................................ 2-1092-109

HSDPA ..................................................................................................................................................................................... 2-1142-114

IntraFreqMeas........................................................................................................................................................................ 2-1202-120

IPQOS ...................................................................................................................................................................................... 2-1282-128

IuB ............................................................................................................................................................................................. 2-1322-132

IuCS ........................................................................................................................................................................................... 2-1382-138

IuPS ........................................................................................................................................................................................... 2-1462-146

IuPSSubNet............................................................................................................................................................................ 2-1532-153

IuR ............................................................................................................................................................................................. 2-1572-157

LA .............................................................................................................................................................................................. 2-1652-165

LCell ......................................................................................................................................................................................... 2-1682-168

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LNodeB .................................................................................................................................................................................... 2-2252-225

LRNC ....................................................................................................................................................................................... 2-2312-231

OCNS ....................................................................................................................................................................................... 2-2872-287

OCNSHSDPA........................................................................................................................................................................ 2-2932-293

PeriodCriteria......................................................................................................................................................................... 2-2972-297

PG .............................................................................................................................................................................................. 2-3012-301

PRACH .................................................................................................................................................................................... 2-3042-304

PRNC ........................................................................................................................................................................................ 2-3102-310

PSU ............................................................................................................................................................................................ 2-3142-314

RA .............................................................................................................................................................................................. 2-3182-318

RFTrace.................................................................................................................................................................................... 2-3212-321

SACS ........................................................................................................................................................................................ 2-3262-326

SAPS ......................................................................................................................................................................................... 2-3292-329

SB ............................................................................................................................................................................................... 2-3322-332

SBBPEtherPort...................................................................................................................................................................... 2-3402-340

SBClan ..................................................................................................................................................................................... 2-3432-343

SBProc...................................................................................................................................................................................... 2-3462-346

SCCPCHFach........................................................................................................................................................................ 2-3492-349

SCCPCHPch.......................................................................................................................................................................... 2-3552-355

SMLC ....................................................................................................................................................................................... 2-3612-361

SpareMOC.............................................................................................................................................................................. 2-3652-365

SS7Link ................................................................................................................................................................................... 2-3672-367

SS7LinkSet............................................................................................................................................................................. 2-3712-371

SS7Stack.................................................................................................................................................................................. 2-3752-375

SS7StackInst.......................................................................................................................................................................... 2-3862-386

SuMgr ....................................................................................................................................................................................... 2-3892-389

UNIStack ................................................................................................................................................................................. 2-3932-393

Contents

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URA .......................................................................................................................................................................................... 2-3982-398

3 NodeB object descriptions

Overview ...................................................................................................................................................................................... 3-13-1

Node B information model................................................................................................................................................... 3-33-3

AlarmHub .................................................................................................................................................................................... 3-53-5

ALDController ......................................................................................................................................................................... 3-113-11

AmplifierShelf ......................................................................................................................................................................... 3-153-15

AmpShelfFan........................................................................................................................................................................... 3-163-16

Cell ............................................................................................................................................................................................... 3-183-18

CPC .............................................................................................................................................................................................. 3-223-22

CPRIPort.................................................................................................................................................................................... 3-263-26

CTU ............................................................................................................................................................................................. 3-303-30

DigitalShelf ............................................................................................................................................................................... 3-353-35

DigitalShelfFan........................................................................................................................................................................ 3-383-38

E1T1Port.................................................................................................................................................................................... 3-403-40

E3T3Port.................................................................................................................................................................................... 3-433-43

EthernetPort.............................................................................................................................................................................. 3-463-46

ExtRxAmp ................................................................................................................................................................................. 3-483-48

Filter ............................................................................................................................................................................................ 3-523-52

FilterShelf .................................................................................................................................................................................. 3-593-59

Frame........................................................................................................................................................................................... 3-603-60

GRS .............................................................................................................................................................................................. 3-613-61

IMAGroup ................................................................................................................................................................................. 3-653-65

IOU .............................................................................................................................................................................................. 3-683-68

IubInterface............................................................................................................................................................................... 3-743-74

NodeB ......................................................................................................................................................................................... 3-803-80

OCM ............................................................................................................................................................................................ 3-993-99

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OM ............................................................................................................................................................................................. 3-1033-103

PassthroughVCLTP............................................................................................................................................................. 3-1073-107

QoS ............................................................................................................................................................................................ 3-1103-110

Radio ......................................................................................................................................................................................... 3-1133-113

RETActuator........................................................................................................................................................................... 3-1193-119

RFHead.................................................................................................................................................................................... 3-1233-123

RxAmp ..................................................................................................................................................................................... 3-1323-132

STM1OC3Port...................................................................................................................................................................... 3-1373-137

TDU ........................................................................................................................................................................................... 3-1403-140

TxAmp ..................................................................................................................................................................................... 3-1443-144

UCU .......................................................................................................................................................................................... 3-1503-150

URC ........................................................................................................................................................................................... 3-1543-154

A Common attributes

Overview ..................................................................................................................................................................................... A-1A-1

SNM objects with common attributes............................................................................................................................. A-2A-2

RNC objects with common attributes............................................................................................................................. A-4A-4

NodeB objects with common attributes......................................................................................................................... A-6A-6

Glossary

Index

Contents

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About this information productAbout this information product

Purpose

The purpose of this information product is to provide detailed information about eachobject that is visible at the Operations and Maintenance Center for the UTRAN(OMC-U).

The detailed information consists of the following:

• Full name– An expansion of the object name

• Description– A clear description of the object

• Hierarchical location– Graphical representation of the hierarchical location of theobject

• Common attributes– A link to the common attributes table if this object hasattributes that are common to other objects

• Object constraints and supported actions– Constraints to create, modify, or deletethe object

• Attributes– The attributes that apply to the object and are available through theGUI and CLI.

Note that for each object all, or a number of these detailed descriptions can beavailable.

Reason for reissue

The contents of this manual are directly generated from the OMC-U Information modelfiles and a database containing additional information about each object and attribute.Each time that an update is made to one of these sources it may be necessary togenerate a new issue of this manual.

Intended audience

The audience for this information product includes:

• OMC-U operator

• OMC-U administrator.

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How to use this information product

This information product is intended as reference material and can be used when moreinformation is needed about an object that is visible at the OMC-U.

Conventions used

Tables throughout this chapter show attribute information under the followingheadings:

• Name– States the attribute name and between brackets the full name. This columnappears in alphabetical order, by the attribute column.

• Required– Indicates whether the attribute is required when the object is created(indicated by “yes”) or can be programmed at a later stage (indicated by “no”).Between brackets the access rights are indicated.

• Description– A description of the attribute.

• Value– Lists valid values and the default value.

Important! The following management operations are service affecting:

• Reset Required (RR)

• Lock Object (LO)

• Parent locked (PL)

• Element Locked (EL)

For each attribute the following access rights are possible:

Key Code Definition Description

RO Read Only You cannot modify theattribute values.

RO-SC Read Only - Set On Create You cannot modify theattribute values. Theattribute can only be setthrough a create objectrequest.

RW Read Write You can modify theattribute values.

RW-EL Read Write - ElementLocked

You can modify theattribute values. Theelement must be lockedbefore you can modify theattribute values.


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Key Code Definition Description

RW-LO Read Write - Lock Object You can modify theattribute values. The objectmust be locked before youcan modify the attributevalues.

RW-PL Read Write - Parent locked You can modify theattribute values. The parentobject must be lockedbefore you can modify theattribute.

RW-RR Read Write - ResetRequired

You can modify theattribute vales. Attributevalue changes do not takeeffect until after a reset ofthe object.

Tasks

This information product contains reference information rather than procedures and sodoes not describe any tasks.

Information product support

To provide feedback or ask non-technical questions about this and other LucentTechnologies information products use one of the following methods:

• Use the customer comment form at: http://www.lucent-info.com/comments

• Send E-mail to: [email protected]

• By telephoneDocument support telephone numbers are:

– for the continental United States: 1 888 727 3615

– for all countries: 1 630 713 5000

Technical support

For technical support, contact your local customer support team. Reach them via theweb at https://support.lucent.com/ or the telephone number listed under the TechnicalAssistance Center menu at http://www.lucent.com/contact/.

Order number

The order number for this information product (IP) is401-382-071.


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How to order

Website ordering

For IPs intended for customers in the North American region (NAR)

• To order Lucent Technologies information products, use the following websites orthe email, phone, and fax contacts linked from “Contact Us” on those sites:

– Documentation: http://www.lucentdocs.com

– Training: https://training.lucent.com/

For IPs intended for customers in all other regions:

• To order Lucent Technologies information products, contact your local salesrepresentative, use the following websites, or use the email, phone, and fax contactslinked from “Contact Us” on those sites:

– Documentation: http://www.lucentdocs.com/

– Training: https://training.lucent.com/

Telephone, fax or email ordering

To order Lucent Technologies information products from an order entry representativeuse one of the following:

• Within the United States, call 1-888-582-3688 or send email [email protected] (to fax an order, call 1-800-566-9568)

• Within Canada, call 1-317-322-6616 or send email to [email protected] (to faxan order, call 1-317-322-6699)

• International, call 1-317-322-6416 or send email to [email protected] (to faxan order, call 1-317-322-6699).

How to comment

To comment on this information product, go to theOnline Comment Form(http://www.lucent-info.com/comments/enus/) or e-mail your comments to theComments Hotline ([email protected]).


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http://www.lucent-info.com/comments/enus/

http://www.lucent-info.com/comments/enus/

1 1SNM object descriptions

Overview...................................................................................................................................................................................................................................

Purpose

This chapter contains the descriptions of all the SNM objects.

Contents

SNM information model 1-3

ExternalGsmCell 1-5

ExternalRnc 1-9

Externals 1-12

ExternalUtranCell 1-13

ItfBGroup 1-25

ItfBLink 1-26

ItfRLink 1-30

IubLink 1-33

IucsLink 1-38

IupsLink 1-43

IurLink 1-47

LinkProfile 1-52

Msc 1-54

NodeBFunction 1-56

NodeBManagedElement 1-60

OMCU 1-62

RncFunction 1-66

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RncManagedElement 1-69

Rns 1-71

Sgsn 1-73

Uni 1-75

VccDetail 1-83

VccQos 1-87

SNM object descriptions Overview

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SNM information model...................................................................................................................................................................................................................................

Overview

The SNM information model presents a management view of the logical resourcesacross multiple network elements within the UTRAN.

SNM information model - GUI

The following figure shows the objects of the SNM information model that are visibleon the OMC-U GUI.

SNM information model - CLI

The following figure shows the objects of the SNM information model that are visibleon the OMC-U CLI.

OMCU

Externals ItfRLink

Sgsn Msc

= Containment

Network

ItfBLink

ItfBGroup

ExternalRnc ExternalGsmCell ExternalUtranCell

SubNwUMTSOMCPS

SNM object descriptions

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b

b

= Association

= Containment

Externals

a

b

b

ExternalRnc

OMCU

Sgsn

Msc

IubLink

UtranCell

IupsLink

IurLink

RncManagedElement

RncFunction IucsLink

VccQos

ItfBLink

ItfRLink

LinkProfile

Rns

Uni

ab

VccDetail

ExternalUtranCell

ExternalGSMCell

ItfBGroup

b

NodeBManagedElement

NodeBFunction

a

a

a

= Not visible on the OMC GUI

SNM object descriptions SNM information model

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ExternalGsmCell...................................................................................................................................................................................................................................

Full name

External GSM cell

Description

This object represents an external GSM cell. This object is a proxy of a real GSM cellobject that is controlled by another Base Station Controller (BSC) object.

Hierarchical location

Hierarchical location of the ExternalGsmCell object:

Common attributes

This object has attributes that are common to other objects. If these attributes areupdated for this object, then the corresponding attributes must also be updated on therelevant objects.

See“ExternalGsmCell” (p. A-2)in Appendix A, “Common attributes”for details.

Object constraints and supported actions

You can create, delete, and modify this object.

The following are the object constraints for deleting an ExternalGsmCell object:

• You must make sure that there are no UTRAN relations that reference theExternalGsmCell object.

Attributes

The following attributes apply to the ExternalGsmCell object and are available throughthe GUI and CLI.

Attribute/Name Required Description Value

bcc

(Base station color code)

yes (RW) The Base station Color Code(BCC) of the neighboringGSM cell.

0 through 7 step size=1

No default

OMCU

ExternalGsmCell

Externals


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bcchFrequency

(BCCH frequency number)

yes (RW) The Absolute RadioFrequency Number (ARFN)of the neighboring GSMcell.

0 through 1023 stepsize=1

No default

bsicVerificationRequired

(Base Station Identity Codeverification required)

yes (RW) The BSIC VerificationRequired parameter defineswhether, in case of MAHO,the UE has to verify theBSIC of the GSM frequencyin order to recognize theGSM cell as valid forhandover.

true

false

Default = false

cellIdentity

(Cell identity)

yes (RW) The Cell Identity (CI) of theneighboring GSM cell.


No default

frequencyBand yes (RW) Indicates how the UE/RNCshould interpret theBroadcast Control Channel(BCCH) Absolute RadioFrequency Channel Number(ARFCN) of the GSMneighboring cell.

gSM_450

(Frequency band) gSM_480

gSM_850

gSM_900

gSM_900E

gSM_1800

gSM_1900

No default

lAC

(Location area code)

yes (RW) Identifies a location areawithin a PLMN.


No default

SNM object descriptions ExternalGsmCell

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marketLabel

(Market label)

no (RW) Label being used to identifymarket of the FddExtCell,GsmExtCell, LCell, LNodeBand LRNC objects inplanning tools.

Any valid string.

The maximum lengthis 255 alphanumericcharacters, includinghyphens andunderscores.

Default is an emptystring.

maxUlTxPwr

(Maximum uplink transmitpower)

yes (RW) The maximum amount ofpower that the UE isallowed to use on the GSMRandom Access Channel(RACH).

-50 through 33 stepsize=1

No default

mCC

(Mobile country code)

yes (RW) Identifies the country towhich a PLMN belongs.

Sequenceof 3 records,using the followingvalue(s):


No default

mNC

(Mobile network code)

yes (RW) Identifies a PLMN within acountry.

Sequenceof 2 through3 records, using thefollowing value(s):


No default

ncc

(Network color code)

yes (RW) The Network Color Code(NCC) of the neighboringGSM cell.


No default

ndpLabel

(Network data provisioningcell label)

no (RW) Label used to identify thecell in the NDP planningtools.

Any valid string.



qrxLevMin

(Quality receive levelminimum)

yes (RW) Minimum receive-qualitylevel that is needed in theneighboring GSM cell.

-115 through -25 stepsize=2

No default


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userLabel

(User label)

no (RW) Operator-defined text stringthat is used as an easilyrecognizable name for thisobject.

Any valid string.




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ExternalRnc...................................................................................................................................................................................................................................

Full name

External radio network controller

Description

This object represents a view of an external Radio Network Controller (RNC). This isan RNC not managed by this OMC-U.


Hierarchical location of the ExternalRnc object:



The following are the object constraints for deleting an ExternalRnc object:

• All communication links used by this external RNC must be removed before thisobject can be deleted.

Attributes

The following attributes apply to the ExternalRnc object and are available through theGUI and CLI.


associatedExternalUtran-Cells

(Associated externalUTRAN cells)

no (RO) The Distinguished Names(DNs) of the neighboringcells (externalUtranCellobjects) that are associatedwith this RNC.


String of characters

No default

OMCU

ExternalRnc

Externals


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linkReferences

(Link references)

no (RW) The Distinguished Names(DNs) of the links that arerelated to this object.



No default

marketLabel

(Market label)


Any valid string.



mcc





No default

mnc





No default

rncId

(RNC identity)

yes (RW) The unique identifier of anRNC node within a UTRANis the RNC Identifier(RNC-Id).


No default

sRNSRelocationForPSAl-lowed

(SRNS relocation for PSallowed)

no (RW) This parameter is used toallow or not allow thetriggering of SRNSRelocation for the PSDomain on the SRNC,depending on whether thePRNC can accept SRNSRelocation for the PSDomain.

true

false

Default = true

SNM object descriptions ExternalRnc

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uniReferences

(Universal network interfacereference)

no (RW) The list of DistinguishedNames (DNs) of theUniversal Network Interface(UNI) objects that arerelated to this instance.



No default

userLabel

(User label)


Any valid string.



SNM object descriptions ExternalRnc

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Externals...................................................................................................................................................................................................................................

Full name

Externals

Description

This object is used to collect external objects together.


Hierarchical location of the Externals object:


You can modify this object.

Attributes

The following attributes apply to the Externals object and are available through theGUI and CLI.


userLabel

(User label)


Any valid string.



OMCU

Externals


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ExternalUtranCell...................................................................................................................................................................................................................................

Full name

External UTRAN cell

Description

This object represents a UTRAN cell. This object is a proxy of a real UTRAN cellobject that is controlled by another OMC.


Hierarchical location of the ExternalUtranCell object:

Common attributes


See“ExternalUtranCell” (p. A-2)in Appendix A, “Common attributes”for details.


You can create, delete, and modify this object. The ExternalUtranCell object is createdwhen a Cell object is created.

The following are the object constraints for deleting an ExternalUtranCell object:

• You must make sure that there are no UTRAN relations that reference theExternalUtranCell object.

Attributes

The following attributes apply to the ExternalUtranCell object and are availablethrough the GUI and CLI.

OMCU

ExternalUtranCell

Externals


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associatedExternalRnc

(Associated external RNC)

yes (RO-SC) The Distinguished Names(DNs) of the associatedExternalRnc object.


No default

borderCellToGsm

(Border cell to Gsm flag)

no (RW) Marks a cell as a border cellof the UMTS network to aGSM network.

true

false

Default = false

cId

(Cell identity)

yes (RW) The Cell Identity (C-Id) isused as a unique identifierof a logical cell (LCell) thatis controlled by the RNC.


No default

compressedModeInterRat

(Compressed mode forinter-RAT measurements)

no (RW) The parameter defineswhether the use of thecompressed mode is allowedin the cell for inter-RATmeasurements.

true

false

Default = true

interFreqBorderCellToFdd

(Inter frequency FDD bordercell)

no (RW) Marks a cell as a border cellto another FDD frequency.

true

false

Default = false

interFreqCompressedMode

(Compressed ModeInter-frequency)

no (RW) Enables the use ofcompressed mode forinter-frequencymeasurements per cell.

true

false

Default = true

lac




No default

marketLabel

(Market label)


Any valid string.



SNM object descriptions ExternalUtranCell

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measurementQuantityInter-RATCCO

no (RW) This parameter is used forinter-RAT Cell ChangeOrder from UTRAN to GSMfor PS connections. Itdetermines the quantity tobe used for measurements ofthe UMTS frequency.

rSCP

(Inter-RAT Cell ChangeOrder measurementquantity)

eCN0

rSCP_ECN0

Default: rSCP_ECN0

measurementQuantityIn-terRATHHO

no (RW) This parameter is used forinter-RAT hard handoverfrom UTRAN to GSM. Itdetermines the quantity tobe used for measurements ofthe UMTS frequency.

rSCP

(Inter-RAT hard handovermeasurement quantity)

eCN0

rSCP_ECN0

Default: rSCP_ECN0

ndpLabel



Any valid string.



primaryCpichPower

(Primary CPICH power)

yes (RW) Defines the output powerlevel of the PrimaryCommon Pilot Channel(P-CPICH) physical channel.

-10.0 through 50.0 stepsize=0.1

No default

primaryScramblingCode

(Primary scrambling code)

yes (RW) The primary scramblingcode that is used for thiscell which is not controlledby the LRNC.


No default


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rac

(Routing area code)

yes (RW) The Routing Area Code(RAC) is used to identify arouting area within alocation area.


No default

readSFNIndicator

(Read system frame numberindicator)

yes (RW) Indicates to the UE whetherthe UE has to decode theSystem Frame Number(SFN) of the cell.

true

false

Default = true

refPeerRncs

(Peer RNCs reference list)

no (RW) This is a list of peer RNC’swhich need knowledgeabout this cell even thoughit might not have anydefined outgoing neighbourrelations to this cell.


Any valid string.



sac

(Service area code)

yes (RW) The Service Area Code ispart of the Service AreaIdentifier (SAI) andidentifies a service areawithin a location area.


No default

uarfcnDl

(UTRA absolute radiofrequency channel numberdownlink)

yes (RW) This absolute numberrepresents the frequency thatis used in the downlinkdirection.


No default

uarfcnUl

(UTRA absolute radiofrequency channel numberuplink)

no (RO) This absolute numberrepresents the frequency thatis used in the uplinkdirection.


Default = 0


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umts2GsmCCOQActCM2D

(UMTS to GSM CellChange Order activatecompressed mode)

no (RW) Defines the measurementcriteria for activation ofcompressed mode for CellChange Order from UMTSto GSM.

See“Structure ofExternalUtranCellvalues” (p. 1-19).

Default = {-111,

-16,

tIMETOTRIGGER_320}

umts2GsmCCOQDeactCM2F

(UMTS to GSM CellChange Order deactivatecompressed mode)

no (RW) Defines the measurementcriteria for deactivation ofcompressed mode for CellChange Order from UMTSto GSM.


Default = {-108,

-13,

tIMETOTRIGGER_5000}

umts2GsmCCOQTriggerDAHO

(UMTS to GSM CellChange Order trigger(DAHO))

no (RW) Defines the measurementcriteria to trigger CellChange Order from UMTSto GSM (DAHO).


Default = {-111,

-16,

tIMETOTRIGGER_320,

1.0}

umts2GsmCCOQTriggerMAHO

(UMTS to GSM CellChange Order trigger(MAHO))

no (RW) Defines the measurementcriteria to trigger CellChange Order from UMTSto GSM (MAHO).


Default = {-108,

-13,

tIMETOTRIGGER_120,

1.0}

umts2GsmQActCM2D

(UMTS to GSM activatecompressed mode)

no (RW) Contains UMTS to GSMHO measurement - UMTSquality to activatecompressed modeparameters.


Default = {-16,

-111,

tIMETOTRIGGER_320}


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umts2GsmQDeactCM2F

(UMTS to GSM deactivatecompressed mode)

no (RW) Contains UMTS to GSMHO measurement - UMTSquality to deactivatecompressed modeparameters.


Default = {-13,

-108,

tIMETOTRIGGER_5000}

umts2GsmQTriggerDAHO

(UMTS to GSM Trigger,DAHO)

no (RW) Contains UMTS to GSMHO measurement - UMTSquality to trigger DAHO.


Default = {-16,

-111,

tIMETOTRIGGER_320,

1.0}

umts2GsmQTriggerMAHO

(UMTS to GSM Trigger,MAHO)

no (RW) Contains UMTS to GSMHO measurement - UMTSquality to trigger MAHO.


Default = {-13,

-108,

tIMETOTRIGGER_120,

1.0}

umtsFrequencyBand yes (RW) Indicates the frequency bandthat the cell supports.

bAND_I

(UMTS frequency band) bAND_II

bAND_III

bAND_IV

bAND_V

bAND_VI

bAND_IX

bAND_VIII

No default

urac

(Utran Registration AreaCode)

yes (RO-SC) Utran Registration AreaCode identifies a UtranRegistration Area


No default


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userLabel

(User label)


Any valid string.



Structure of ExternalUtranCell values

The following table describes the value format used for the ExternalUtranCell objectattribute.

Attribute Sequence of structure Values

umts2GsmCCOQActCM2DrSCPThreshold -115 through -25 step size=1

eCN0Threshold -24 through 0 step size=1

umts2GsmCCOQActCM2DtimeToTrigger tIMETOTRIGGER_0

tIMETOTRIGGER_10

tIMETOTRIGGER_20

tIMETOTRIGGER_40

tIMETOTRIGGER_60

tIMETOTRIGGER_80

tIMETOTRIGGER_100

tIMETOTRIGGER_120

tIMETOTRIGGER_160

tIMETOTRIGGER_200

tIMETOTRIGGER_240

tIMETOTRIGGER_320

tIMETOTRIGGER_640

tIMETOTRIGGER_1280

tIMETOTRIGGER_2560

tIMETOTRIGGER_5000

umts2GsmCCOQDeactCM2FrSCPThreshold -115 through -25 step size=1


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umts2GsmCCOQDeactCM2FtimeToTrigger tIMETOTRIGGER_0

tIMETOTRIGGER_10

tIMETOTRIGGER_20

tIMETOTRIGGER_40

tIMETOTRIGGER_60

tIMETOTRIGGER_80

tIMETOTRIGGER_100

tIMETOTRIGGER_120

tIMETOTRIGGER_160

tIMETOTRIGGER_200

tIMETOTRIGGER_240

tIMETOTRIGGER_320

tIMETOTRIGGER_640

tIMETOTRIGGER_1280

tIMETOTRIGGER_2560

tIMETOTRIGGER_5000

umts2GsmCCOQTriggerDAHOrSCPThreshold -115 through -25 step size=1


timeToTrigger tIMETOTRIGGER_0

tIMETOTRIGGER_10

tIMETOTRIGGER_20

tIMETOTRIGGER_40

tIMETOTRIGGER_60

tIMETOTRIGGER_80

tIMETOTRIGGER_100

tIMETOTRIGGER_120

tIMETOTRIGGER_160

tIMETOTRIGGER_200

tIMETOTRIGGER_240

tIMETOTRIGGER_320

tIMETOTRIGGER_640


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tIMETOTRIGGER_1280

tIMETOTRIGGER_2560

tIMETOTRIGGER_5000

weight 0.0 through 2.0 step size=0.1

umts2GsmCCOQTriggerMAHOrSCPThreshold -115 through -25 step size=1



tIMETOTRIGGER_10

tIMETOTRIGGER_20

tIMETOTRIGGER_40

tIMETOTRIGGER_60

tIMETOTRIGGER_80

tIMETOTRIGGER_100

tIMETOTRIGGER_120

tIMETOTRIGGER_160

tIMETOTRIGGER_200

tIMETOTRIGGER_240

tIMETOTRIGGER_320

tIMETOTRIGGER_640

tIMETOTRIGGER_1280

tIMETOTRIGGER_2560

tIMETOTRIGGER_5000


umts2GsmQActCM2D eCN0Threshold -24 through 0 step size=1

rSCPThreshold -115 through -25 step size=1

umts2GsmQActCM2D timeToTrigger tIMETOTRIGGER_0

tIMETOTRIGGER_10

tIMETOTRIGGER_20

tIMETOTRIGGER_40

tIMETOTRIGGER_60

tIMETOTRIGGER_80

tIMETOTRIGGER_100


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tIMETOTRIGGER_120

tIMETOTRIGGER_160

tIMETOTRIGGER_200

tIMETOTRIGGER_240

tIMETOTRIGGER_320

tIMETOTRIGGER_640

tIMETOTRIGGER_1280

tIMETOTRIGGER_2560

tIMETOTRIGGER_5000

umts2GsmQDeactCM2F eCN0Threshold -24 through 0 step size=1


umts2GsmQDeactCM2F timeToTrigger tIMETOTRIGGER_0

tIMETOTRIGGER_10

tIMETOTRIGGER_20

tIMETOTRIGGER_40

tIMETOTRIGGER_60

tIMETOTRIGGER_80

tIMETOTRIGGER_100

tIMETOTRIGGER_120

tIMETOTRIGGER_160

tIMETOTRIGGER_200

tIMETOTRIGGER_240

tIMETOTRIGGER_320

tIMETOTRIGGER_640

tIMETOTRIGGER_1280

tIMETOTRIGGER_2560

tIMETOTRIGGER_5000

umts2GsmQTriggerDAHOeCN0Threshold -24 through 0 step size=1



tIMETOTRIGGER_10

tIMETOTRIGGER_20


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tIMETOTRIGGER_40

tIMETOTRIGGER_60

tIMETOTRIGGER_80

tIMETOTRIGGER_100

tIMETOTRIGGER_120

tIMETOTRIGGER_160

tIMETOTRIGGER_200

tIMETOTRIGGER_240

tIMETOTRIGGER_320

tIMETOTRIGGER_640

tIMETOTRIGGER_1280

tIMETOTRIGGER_2560

tIMETOTRIGGER_5000


umts2GsmQTriggerMAHOeCN0Threshold -24 through 0 step size=1



tIMETOTRIGGER_10

tIMETOTRIGGER_20

tIMETOTRIGGER_40

tIMETOTRIGGER_60

tIMETOTRIGGER_80

tIMETOTRIGGER_100

tIMETOTRIGGER_120

tIMETOTRIGGER_160

tIMETOTRIGGER_200

tIMETOTRIGGER_240

tIMETOTRIGGER_320

tIMETOTRIGGER_640

tIMETOTRIGGER_1280

tIMETOTRIGGER_2560

tIMETOTRIGGER_5000


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ItfBGroup...................................................................................................................................................................................................................................

Full name

Itf-B group

Description

This object exists for grouping Itf-B management communications links between NodeBs and the OMC-U. The proposed convention is that ItfBLink instances are groupedby RNS.


Hierarchical location of the ItfBGroup object:



Attributes

The following attributes apply to the ItfBGroup object and are available through theGUI and CLI.


userLabel

(User label)


Any valid string.



OMCU

ItfBGroup


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ItfBLink...................................................................................................................................................................................................................................

Full name

Itf-B link

Description

This object represents an Itf-B management communications interface between a NodeB and the OMC-U.


Hierarchical location of the ItfBLink object:



The following are the object constraints for creating an ItfBLink object:

• The Node B and OMC-U to be linked must already exist, and these ends must havedefined LAN uni(s) associated with them.

The following are the object constraints for deleting an ItfBLink object:

• You must make sure that the Itf-B link is no longer in use (the appropriateresources on the managed functions have been locked to ensure this).

Attributes

The following attributes apply to the ItfBLink object and are available through the GUIand CLI.


associatedFunctionId

(Associated functionidentity)

yes (RO-SC) The Distinguished Name(DN) of the function objectthat is associated with thisIu-link.


No default

OMCU

ItfBLink

ItfBGroup


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connectionDirection yes (RO-SC) The connection direction ofthis link, between networkelements.

a_to_B

(Connection direction) b_to_A

notapplicable

bidirectional

No default

connectionType

(Connection type)

yes (RO-SC) Type of connection for thislink between networkelements.

Any valid string.



endPointA

(End point A)

yes (RO-SC) Endpoint A’s NE Iu object. String of characters

No default

endPointB

(Endpoint B)

yes (RO-SC) Endpoint B’s NE Iu object. String of characters

No default

itfbVccs

(Itf-B virtual channelconnections)

yes (RO-SC) A sequence of VirtualChannel Connections(VCCs).


See“Structure ofItfBLink values”(p. 1-28).

Default is an emptysequence.

linkNumber

(Link number)

yes (RO-SC) This is the link number tobe used when calling theATM algorithm forallocation of VirtualChannel Identifier(VCI)/Virtual Path Identifier(VPI) values.


No default

SNM object descriptions ItfBLink

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linkProfileReference

(Link profile reference)

yes (RO-SC) The Distinguished Name(DN) of the LinkProfileobject that is related to thisinstance.


No default

operationalState no (RW) The operational state of themanaged object.

enabled

(Operational state) disabled

Default: disabled

userLabel

(User label)


Any valid string.



Structure of ItfBLink values

The following table describes the value format used for the ItfBLink object attribute.


itfbVccs userLabel 0 through 100

localVPI 0 through 4095 step size=1

localVCI 32 through 65535 step size=1

localUNIReference String of characters

remoteVPI 0 through 4095 step size=1

remoteVCI 32 through 65535 step size=1

remoteUNIReference String of characters

vccQosReference String of characters

ermVpnIpNetworkInterface 0 through 2048 step size=1

bngateIpAddress String of characters

bngateIpAddressMask String of characters

anaddrIpAddress String of characters

anaddrIpAddressMask String of characters


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yiaddrIpAddress String of characters

yiaddrIpAddressMask String of characters


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ItfRLink...................................................................................................................................................................................................................................

Full name

Itf-R link

Description

This object represents the Itf-R management communications interface between anRNC and the OMC-U.


Hierarchical location of the ItfRLink object:



The following are the object constraints for creating an ItfRLink object:

• The RNC and OMC-U to be linked must already exist, and these ends must havedefined LAN uni(s) associated with them.

The following are the object constraints for deleting an ItfRLink object:

• You must make sure that the Itf-R link is no longer in use (the appropriateresources on the managed functions have been locked to ensure this).

Attributes

The following attributes apply to the ItfRLink object and are available through the GUIand CLI.






No default


a_to_B

OMCU

ItfRLink


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notapplicable

bidirectional

No default

connectionType

(Connection type)


Any valid string.



endPointA

(End point A)


No default

endPointB

(Endpoint B)


No default

itfRVccs

(Itf virtual channelconnections)

yes (RO-SC) A sequence of 1..1 AAL5VCCs to carry Itf-R(XML/CORBA, FTP, telnet)IP-based managementmessages for the RNC.


See“Structure ofItfRLink values”(p. 1-32).


linkNumber

(Link number)



No default





No default

operationalState no (RW) The operational state of themanaged object.

enabled

SNM object descriptions ItfRLink

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Default: disabled

userLabel

(User label)


Any valid string.



Structure of ItfRLink values

The following table describes the value format used for the ItfRLink object attribute.


itfRVccs userLabel 0 through 100

localVPI -1 through 4095 step size=1

localVCI -1 through 65535 step size=1


remoteVPI -1 through 4095 step size=1

remoteVCI -1 through 65535 step size=1



localErmVpnIpNetworkInter-face


remoteErmVpnIpNet-workInterface


SNM object descriptions ItfRLink

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IubLink...................................................................................................................................................................................................................................

Full name

Iub link

Description

This object represents the management communications link between functions residingin different physical entities, the RNC and the Node B.

Note: This object is only visible on the OMC-U CLI.


Hierarchical location of the IubLink object:

Common attributes


See“IubLink” (p. A-2) in Appendix A, “Common attributes”for details.


You cannot modify this object.

The following are the object constraints for creating an IubLink object:

• A pre-requisite is that the RNC and Node B to be linked must already exist, andhave defined uni(s) associated with them.

The following are the object constraints for deleting an IubLink object:

• A pre-requisite is that the Iub link is no longer in use (the appropriate resources onthe managed functions have been locked to ensure this).

OMCU

RncManagedElement

Rns

RncFunction

IubLink


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Attributes

The following attributes apply to the IubLink object and are available through the GUIand CLI.


alcapVccs

(ALCAP virtual channelconnection)

yes (RO-SC) Lists the different attributesthat are assigned to theVirtual Channel Connections(VCC) that are used forcarring ALCAP signaling.


See“Structure ofIubLink values”(p. 1-36).






No default

ccpNbapVccs

(Communication controlport NBAP virtual channelconnections)

yes (RO-SC) Lists the different attributesthat are assigned to theVirtual Channel Connections(VCC) that are used forcarrying the NBAP commoncontrol port signalingmessages.





a_to_B


notapplicable

bidirectional

No default

SNM object descriptions IubLink

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connectionType

(Connection type)


Any valid string.



endPointA

(End point A)


No default

endPointB

(Endpoint B)


No default

iubAssociatedReference

(Iub associated reference)

yes (RO-SC) The Distinguished Name(DN) of the NodeBfunctionobject that is related to thisIub link.


No default

iubContainedReference

(Iub contained reference)

yes (RO-SC) The Distinguished Name(DN) of the RncFunctionobject that is related to thisIub link.


No default

linkNumber

(Link number)



No default





No default


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nbcpNbapVccs

(Node B control port NBAPvirtual channel connections)

yes (RO-SC) List the attributes that areused for the Virtual ChannelConnections (VCCs) thatcarry the NBAP messagesfor the Node B Control Portsignaling.




userLabel

(User label)


Any valid string.



userplaneBVccs

(Userplane B virtual channelconnection)

yes (RO-SC) Lists the different attributesthat are assigned to eachVirtual Channel Connection(VCC) that is valid for thisIub link.




Structure of IubLink values

The following table describes the value format used for the IubLink object attribute.


alcapVccs userLabel 0 through 100








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ccpNbapVccs userLabel 0 through 100








nbcpNbapVccs userLabel 0 through 100








userplaneBVccs userLabel 0 through 100









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IucsLink...................................................................................................................................................................................................................................

Full name

Iu-cs Link

Description

This object represents the management communications link between functions residingin different physical entities, the RNC and the External Mobile Switching Center(MSC).



Hierarchical location of the IucsLink object:

Common attributes


See“IucsLink” (p. A-2) in Appendix A, “Common attributes”for details.



The following are the object constraints for creating an IucsLink object:

• A pre-requisite is that the two functions to be linked must already exist, and in thecase of the UTRAN, these functions must have defined uni(s) associated with them.

The following are the object constraints for deleting an IucsLink object:

• A pre-requisite is that the Iu-cs link is no longer in use (the appropriate resourceson the managed functions have been locked to ensure this).

OMCU

RncManagedElement

Rns

RncFunction

IucsLink


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Attributes

The following attributes apply to the IucsLink object and are available through theGUI and CLI.






No default


a_to_B


notapplicable

bidirectional

No default

connectionType

(Connection type)


Any valid string.



endPointA

(End point A)


No default

endPointB

(Endpoint B)


No default

iucsContainedReference

(Iu-CS contained reference)

yes (RO-SC) The Distinguished Name(DN) of the rncFunctionobject that is related to thisIu-CS link.


No default

SNM object descriptions IucsLink

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linkNumber

(Link number)



No default





No default

mtp3bAlcapVccs

(Message transfer part 3bALCAP virtual channelconnections)

no (RO-SC) Lists the atrributes that areused for the Virtual ChannelConnections (VCCs) forSignaling System number 7(SS7) signaling linksmaking up a SS7 linksetthat carries Access LinkControl Application Protocol(ALCAP) signaling (only).


See“Structure ofIucsLink values”(p. 1-41).


mtp3bRanapVccs

(Message transfer part 3bRANAP virtual channelconnections)

no (RO-SC) Lists the atrributes that areused for the Virtual ChannelConnections (VCCs) forSignaling System number 7(SS7) signaling linksmaking up a SS7 linksetthat carries Radio AccessNetwork Application Part(RANAP) signaling (only).




mtp3bVccs

(Message transfer part 3bvirtual channel connections)

no (RO-SC) List the atrributes that arefor the Virtual ChannelConnections (VCCs) forSignaling System number 7(SS7) signaling links thatmake up a SS7 linkset.





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userLabel

(User label)


Any valid string.



userplaneCSVccs

(Userplane circuit switchedvirtual channel connections)

yes (RO-SC) Lists the different attributesthat are assigned to eachVirtual Channel Connection(VCC) that is valid for thisIu-CS link.




Structure of IucsLink values

The following table describes the value format used for the IucsLink object attribute.


mtp3bAlcapVccs userLabel 0 through 100








mtp3bRanapVccs userLabel 0 through 100






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mtp3bVccs userLabel 0 through 100








userplaneCSVccs userLabel 0 through 100









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IupsLink...................................................................................................................................................................................................................................

Full name

Iu-ps link

Description

This object represents the management communications link between functions residingin different physical entities, the RNC object and the External Serving GPRS SupportNode (SGSN).



Hierarchical location of the IupsLink object:

Common attributes


See“IupsLink” (p. A-3) in Appendix A, “Common attributes”for details.



The following are the object constraints for creating an IupsLink object:


The following are the object constraints for deleting an IupsLink object:

• A pre-requisite is that the Iu-ps link is no longer in use (the appropriate resourceson the managed functions have been locked to ensure this).

OMCU

RncManagedElement

Rns

RncFunction

IupsLink


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Attributes

The following attributes apply to the IupsLink object and are available through theGUI and CLI.






No default


a_to_B


notapplicable

bidirectional

No default

connectionType

(Connection type)


Any valid string.



endPointA

(End point A)


No default

endPointB

(Endpoint B)


No default

iupsContainedReference

(Iu-PS contained reference)

yes (RO-SC) The Distinguished Name(DN) of the rncFunctionobject that is related to thisIu-PS link.


No default

SNM object descriptions IupsLink

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linkNumber

(Link number)



No default





No default

mtp3bVccs


yes (RO-SC) List the atrributes that arefor the Virtual ChannelConnections (VCCs) forSignaling System number 7(SS7) signaling links thatmake up a SS7 linkset.


See“Structure ofIupsLink values”(p. 1-45).


userLabel

(User label)


Any valid string.



userplanePSVccs

(Userplane packet switchedvirtual channel connections)

yes (RO-SC) Lists the different attributesthat are assigned to eachVirtual Channel Connection(VCC) that is valid for thisIu-PS link.


See“Structure ofIupsLink values”(p. 1-45).


Structure of IupsLink values

The following table describes the value format used for the IupsLink object attribute.


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userplanePSVccs userLabel 0 through 100









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IurLink...................................................................................................................................................................................................................................

Full name

Iur link

Description

This object represents the communication link between two Rncfunction objects orbetween an RncFunction object and an ExternalRnc object.



Hierarchical location of the IurLink object:

Common attributes


See“IurLink” (p. A-3) in Appendix A, “Common attributes”for details.



The following are the object constraints for creating an IurLink object:


OMCU

RncManagedElement

Rns

RncFunction

IurLink

Externals

ExternalRnc

IurLink


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The following are the object constraints for deleting an IurLink object:

• A pre-requisite is that the Iur link is no longer in use (the appropriate resources onthe managed functions have been locked to ensure this).

Attributes

The following attributes apply to the IurLink object and are available through the GUIand CLI.






No default

associatedLinkNumber

(Associated Link number)

yes (RO-SC) The Associated Link numberto be used when calling theATM Algorithm forallocation of VCI/VPIvalues at the Peer RNC endof an Iur Link.


No default


a_to_B


notapplicable

bidirectional

No default

connectionType

(Connection type)


Any valid string.



containedLinkNumber

(Contained Link number)

yes (RO-SC) The Contained Link numberto be used when calling theATM Algorithm forallocation of VCI/VPIvalues at the Owner RNCend of an Iur Link.


No default

SNM object descriptions IurLink

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endPointA

(End point A)


No default

endPointB

(Endpoint B)


No default

iurAssociatedReference

(Iur associated reference)

yes (RO-SC) The Distinguished Name(DN) of the extRncFunctionobject that is related to thisIur link.


No default

iurContainedReference

(Iur contained reference)

yes (RO-SC) The Distinguished Name(DN) of the RncFunctionobject that is related to thisIur link.


No default





No default

mtp3bAlcapVccs

(Message transfer part 3bALCAP virtual channelconnections)

no (RO-SC) Lists the atrributes that areused for the Virtual ChannelConnections (VCCs) forSignaling System number 7(SS7) signaling linksmaking up a SS7 linksetthat carries Access LinkControl Application Protocol(ALCAP) signaling (only).


See“Structure ofIurLink values”(p. 1-50).


mtp3bRnsapVccs

(Message transfer part 3bRNSAP virtual channelconnections)

no (RO-SC) Lists the atrributes that areused for the Virtual ChannelConnections (VCCs) forSignaling System number 7(SS7) signaling linksmaking up a SS7 linksetthat carries Radio NetworkSubsystem Application Part(RNSAP) signaling (only).





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mtp3bVccs


no (RO-SC) List the atrributes that arefor the Virtual ChannelConnections (VCCs) forSignaling System number 7(SS7) signaling links thatmake up a SS7 linkset.




userLabel

(User label)


Any valid string.



userplaneRVccs

(Userplane R virtual channelconnections)

yes (RO-SC) Lists the different attributesthat are assigned to eachVirtual Channel Connection(VCC) that is valid for thisIur link.




Structure of IurLink values

The following table describes the value format used for the IurLink object attribute.


mtp3bAlcapVccs userLabel 0 through 100








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mtp3bRnsapVccs userLabel 0 through 100
















userplaneRVccs userLabel 0 through 100









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LinkProfile...................................................................................................................................................................................................................................

Full name

Link profile

Description

This object defines a template that is referenced when creating object links. TheLinkProfile object is used for all types of links and must exist before any link usingthe LinkProfile object is created.



Hierarchical location of the LinkProfile object:


You cannot modify this object. The LinkProfile object is created as part of OMC-Ucommissioning.

The following are the object constraints for deleting a LinkProfile object:

• You must make sure that no objects reference the LinkProfile object.

Attributes

The following attributes apply to the LinkProfile object and are available through theGUI and CLI.


assocFuncType yes (RO-SC) The class of the associatedfunction that is applicablefor this link.

rncFunction

(Associated function type) nodeBFunction

itfbGroup

msc

sgsn

OMCU

LinkProfile


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externalrnc

omcu

No default

contFuncType yes (RO-SC) The class of the functionthat controls this link.

rncFunction

(Controling function type) nodeBFunction

itfbGroup

msc

sgsn

externalrnc

omcu

No default

linkReferences

(Link references)




No default

linkType yes (RO-SC) The type of link for whichthe profile is created.

iubLink

(Link type) iurLink

iucsLink

iupsLink

initCcmsLink

itfRLink

itfBLink

No default

userLabel

(User label)


Any valid string.



SNM object descriptions LinkProfile

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Msc...................................................................................................................................................................................................................................

Full name

Mobile services switching center

Description

This object represents a view of an external Mobile services Switching Center (MSC).


Hierarchical location of the Msc object:



All communication links used by this external MSC must be removed before thisobject can be deleted.

Attributes

The following attributes apply to the Msc object and are available through the GUI andCLI.


linkReferences

(Link references)




No default

uniReferences





No default

OMCU

Msc

Externals


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userLabel

(User label)


Any valid string.



SNM object descriptions Msc

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NodeBFunction...................................................................................................................................................................................................................................

Full name

Node B function

Description

This object represents the Node B function supported by the NodeBManagedElementobject.



Hierarchical location of the NodeBFunction object:



All communication links used by this Node B function must be removed before thisobject can be deleted.

Attributes

The following attributes apply to the NodeBFunction object and are available throughthe GUI and CLI.


linkReferences

(Link references)




No default

OMCU

NodeBManagedElement

Rns

NodeBFunction


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logicalNodeBReference

(Logical Node B reference)

yes (RW) The Distinguished Name(DN) of the Logical Node B(LNodeB) object that isrelated to this instance.


No default

manageableNodeParams

(Manageable NodeParameters)

no (RW) OMCU internal ManageableNode Parameters.

See“Structure ofNodeBFunction values”(p. 1-58).


nodeBFunctionIubLink

(Node B function Iub link)

no (RW) The Distinguished Name(DN) of the Iub link that isrelated to this Node Bfunction.


No default

nodeBReference

(Node B reference)

yes (RW) The Distinguished name(DN) of the physical NodeBon the Itf-B interface fromthe level of the Node Bmanaged element (parent).


No default

uniqueIdentifier

(Unique identifier)

yes (RW) This attribute stores theidentifier that is configuredinto the agent and includedwith the AgentRegistra-tion::registerAgent method.The OMC-U uses thisattribute to locate the objectfrom which to retrieve andreturn to the Agent theappropriate DN Suffix forthe Agent rootobject.

Any valid string.



uniReferences





No default

SNM object descriptions NodeBFunction

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userLabel

(User label)


Any valid string.



Structure of NodeBFunction values

The following table describes the value format used for the NodeBFunction objectattribute.


manageableNode-Params

grp 0 through 52

bulkProt 0 through 16

ftpDefaultPassword 0 through 16

ftpDefaultUserName 0 through 16

ftpHostIp String of characters

ftpNumRetries -32768 through 32767 step size=1

ftpPort -32768 through 32767 step size=1

ftpRootStatsDir 0 through 256

incrProtocol 0 through 16

localIdentifier 0 through 256

notifProtocol 0 through 16

httpUrl 0 through 256

telnetDefaultPassword 0 through 16

telnetDefaultUserName 0 through 16

telnetHostIp String of characters

telnetPort -32768 through 32767 step size=1

userLabel 0 through 52

ver 0 through 52


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nodeId -32768 through 32767 step size=1


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NodeBManagedElement...................................................................................................................................................................................................................................

Full name

Node B managed element

Description

This object represents the equipment within the network that perform Node Bfunctions. The NodeB object communicates with the NodeBManagedElement objectover one or more interfaces for the purpose of being monitored or controlled, providingsupport and/or service to the subscriber.



Hierarchical location of the NodeBManagedElement object:


You cannot modify this object. The NodeBManagedElement object is created when theNodeB object is created.

When you delete the NodeB object the NodeBManagedElement object is deleted alongwith any contained RNC and Node B functions. The following are the objectconstraints for deleting a NodeBManagedElement object:

• You must make sure that you removed all communication links used by thecontained Node B and RNC functions before deleting the NodeBManagedElementobject.

Attributes

The following attributes apply to the NodeBManagedElement object and are availablethrough the GUI and CLI.

OMCU

NodeBManagedElement

Rns


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userDefinedState

(User defined state)

no (RW) Operator-defined textualinformation about the stateof the element.

Any valid string.



userLabel

(User label)


Any valid string.



SNM object descriptions NodeBManagedElement

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OMCU...................................................................................................................................................................................................................................

Full name

Operations and maintenance center UTRAN

Description

This object represents collections of interconnected telecommunications andmanagement objects (logical or physical) capable of exchanging information.


Hierarchical location of the OMCU object:


You cannot create or delete the OMCU object. The object is created during OMC-Ucommisioning.

Attributes

The following attributes apply to the OMCU object and are available through the GUIand CLI.


dnPrefix

(Distinguished name prefix)

no (RW) The Distinguished Name(DN) that is used as a prefixfor this subnetwork.

Any valid string.



OMCU


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locationName

(Location name)

no (RW) The physical location of thiselement.

Any valid string.



mimVersion

(Management informationmodel version)

no (RW) The version of theManagement InformationModel (information model)that is supported by thismanagement agent.

Any valid string.



subNetworkId no (RW) An attribute whose ’name +value’ can be used as anRDN when naming aninstance of the SubNetworkobject class. This RDNuniquely identifies theobject instance within thescope of its containing(parent) object instanc

-32768 through 32767step size=1

Default = 0

subNwUserLabel

(Sub Network User Label)

no (RW) Sub Network User Label 0 through 52

Default =OMC-System

swVersion

(Software version)

yes (RW) The software version of themanaged element.

Any valid string.



SNM object descriptions OMCU

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unis

(Universal networkinterfaces)

no (RW) The list of the DistinguishedNames (DNs) of theUniversal Network Interface(UNI) objects that arerelated to this managementnode.



No default

userDefinedNetworkType

(User defined network type)

no (RW) Textual information aboutthe type of network.

0 through 52

Default = UMTS

userDefinedState



Any valid string.



userLabel

(User label)


Any valid string.



utranDnPrefix

(UTRAN Network DNPrefix)

no (RW) Prefix for the UTRANNetwork distinguished name(DN)

Any valid string.



utranSubNetworkId

(UTRAN Network ID)

no (RW) Identity of the UTRAN subnetwork.


Default = 999


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utranSubNwUserLabel

(Utran Network User Label)

no (RW) A user assigned name forthe UTRAN Network.

0 through 52

Default =UTRAN-System

utranUserDefinedNetwork-Type

(UTRAN Network UserDefined Network Type)

no (RW) UTRAN Network UserDefined Network Type.

0 through 52

Default = UTRAN


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RncFunction...................................................................................................................................................................................................................................

Full name

RNC function

Description

This object represents the RNC function supported by the RncManagedElement.



Hierarchical location of the RncFunction object:


You cannot modify this object. The RncFunction object is created when the RNC iscreated.

The following are the object constraints for creating an RncFunction object:

• The value of theuniqueIdentifier attribute must be unique across all instancesof the RncFunction.

The RncFunction object is deleted when the RNC is deleted.

The following are the object constraints for deleting an RncFunction object:

• All communication links used by this RNC function must be removed before thisobject can be deleted.

Attributes

The following attributes apply to the RncFunction object and are available through theGUI and CLI.

OMCU

RncManagedElement

Rns

RncFunction


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linkReferences

(Link references)




No default

manageableNodeParams

(Manageable NodeParameters)

no (RW) OMCU internal ManageableNode Parameters.

See“Structure ofRncFunction values”(p. 1-68).


rncReference

(RNC reference)

yes (RO-SC) The Distinguished Name(DN) of the RNC object thatis related to this RNCfunction.


No default

uniqueIdentifier

(Unique identifier)

yes (RW) This attribute stores theidentifier that is configuredinto the agent and includedwith the AgentRegistra-tion::registerAgent method.The OMC-U uses thisattribute to locate the objectfrom which to retrieve andreturn to the Agent theappropriate DN Suffix forthe Agent rootobject.

Any valid string.



uniReferences





No default

userLabel

(User label)


Any valid string.



SNM object descriptions RncFunction

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Structure of RncFunction values

The following table describes the value format used for the RncFunction objectattribute.


manageableNode-Params

grp 0 through 52

bulkProt 0 through 16

ftpDefaultPassword 0 through 16

ftpDefaultUserName 0 through 16

ftpHostIp String of characters

ftpNumRetries -32768 through 32767 step size=1

ftpPort -32768 through 32767 step size=1

ftpRootStatsDir 0 through 256

httpUrl 0 through 256

incrProtocol 0 through 16

localIdentifier 0 through 256

notifProtocol 0 through 16

telnetDefaultPassword 0 through 16

telnetDefaultUserName 0 through 16

telnetHostIp String of characters

telnetPort -32768 through 32767 step size=1

userLabel 0 through 52

ver 0 through 52

nodeId -32768 through 32767 step size=1

SNM object descriptions RncFunction

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RncManagedElement...................................................................................................................................................................................................................................

Full name

RNC managed element

Description

This object represents the equipment within the network that perform RNC managedelement functions, providing support and/or service to the subscriber. The RNC objectcommunicates with the RncManagedElement object (directly or indirectly) over one ormore interfaces for the purpose of being monitored and controlled. A managed objectcontains equipment that may or may not be geographically distributed. A managedobject is often referred to as a node or network element.



Hierarchical location of the RncManagedElement object:


You cannot modify this object. The RncManagedElement object is created when theRNC is created.

When you delete the RNC object the RncManagedElement object is deleted along withany contained RNC and Node B functions. The following are the object constraints fordeleting an RncManagedElement object:

• You must make sure that you remove all communication links used by thecontained Node B and RNC functions before deleting the RncManagedElementobject.

Attributes

The following attributes apply to the RncManagedElement object and are availablethrough the GUI and CLI.

OMCU

RncManagedElement

Rns


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userDefinedState



Any valid string.



userLabel

(User label)


Any valid string.



SNM object descriptions RncManagedElement

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Rns...................................................................................................................................................................................................................................

Full name

Radio network subsystem

Description

This object represents a Radio Network Subsystem (RNS).

An RNS consists of one Radio Network Controller (RNC), one or more Node Bs.


Hierarchical location of the Rns object:



The following are the object constraints for deleting an Rns object:

• You must make sure that you delete all contained managed element objects beforedeleting the Rns object.

Attributes

The following attributes apply to the Rns object and are available through the GUI andCLI.


dnPrefix

(Distinguished name prefix)

no (RW) The Distinguished Name(DN) that is used as a prefixfor this subnetwork.

Any valid string.



Rns

OMCU


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subNetworkId no (RW) An attribute whose ’name +value’ can be used as anRDN when naming aninstance of the SubNetworkobject class. This RDNuniquely identifies theobject instance within thescope of its containing(parent) object instanc


Default = 0

subNwUserLabel

(Sub Network User Label)

no (RW) Sub Network User Label Any valid string.



userDefinedNetworkType

(User defined network type)

no (RW) Textual information aboutthe type of network.

0 through 52

Default = RNS

userLabel

(User label)


Any valid string.



SNM object descriptions Rns

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Sgsn...................................................................................................................................................................................................................................

Full name

Serving GPRS support node

Description

This object represents a view of an external Serving GPRS Support Node (SGSN).


Hierarchical location of the Sgsn object:



All communication links used by this external SGSN must be removed before thisobject can be deleted.

Attributes

The following attributes apply to the Sgsn object and are available through the GUIand CLI.


linkReferences

(Link references)




No default

OMCU

Sgsn

Externals


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sgsnId

(Serving GPRS support nodeidentity)

yes (RW) The number or name that isthe unique identifier of theServing GPRS Support Node(SGSN) within thepacket-switched network.

Any valid string.



uniReferences





No default

userLabel

(User label)


Any valid string.



SNM object descriptions Sgsn

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Uni...................................................................................................................................................................................................................................

Full name

User network interface

Description

This object contains information for the Asynchronous Transfer Mode (ATM) edgedevice ports or User Network Interfaces (UNIs) that are available for UMTS allocationusage. This object also contains network element physical port data that is associatedwith the UNI.



Hierarchical location of the Uni object:



The following are the object constraints for deleting a Uni object:

• You must make sure that theCurrentNumberVCCsProvisioned attribute is equal tozero.

• You must make sure that the Uni object does not have any port informationspecified.

The following are the object constraints for modifying a Uni object using thesetcommand:

• You must make sure thatmaxVPI > minVPI.

• You must make sure thatmaxVCI > minVCI.

• You must make sure thatneMaxVPI > neMinVPI.

• You must make sure thatneMaxVCI > neMinVCI.

Attributes

The following attributes apply to the Uni object and are available through the GUI andCLI.

Uni

OMCU


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currentNumberVCCsProvi-sioned

(Current number of virtualchannel connections that areprovisioned)

no (RW) The current number ofVirtual Channel Connections(VCCs) that are provisionedon this user networkinterface.

0 through 2147483647step size=1

Default = 0

dhcpRelayAgentIpAddress

(BOOTP/DHCP Relay AgentIP address)

no (RW) IP Address of theBOOTP/DHCP Relay Agent,


No default

edgeDeviceIMAGroupMem-bers

(Edge device groupinformation)

no (RW) Sequence of ATM EdgeDevice IMA UNI Groupinformation.


See“Structure of Univalues” (p. 1-81).


edgeDeviceName

(Edge device name)

yes (RW) The name of the edgedevice card supporting portused by this User NetworkInterface (UNI).

Any valid string.



edgeDevicePortInfo

(Edge device portinformation)

no (RW) Set of edge device slot,port, and channel for thephysical port(s) used by thisUser Network Interface(UNI).




edgeDeviceVclTermination no (RW) This attribute defines thefinal Virtual Channel Link(VCL) termination point forthe Permanent VirtualCircuit (PVC) on the edgedevice.

notApplicable

(Edge device virtual channellink termination)

bridgeGroup

SNM object descriptions Uni

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ipEdgeRouterVpn

Default: notApplicable

ermVpnIpNetworkInter-faceOffset

(ERM virtual privatenetwork IP networkinterface offset)

no (RW) This defines the offset to beapplied to the IP networkinterface number on the IPedge router Virtual PrivateNetwork (VPN).


Default = -1

functionReference

(Function reference)

no (RW) The Distinguished Names(DNs) of the networkelements (functions) ormanagement nodes that arerelated to this universalnetwork interface.



No default

imaFrameLength no (RW) This parameter defines theframe length for the IMAgroup.

notApplicable

(IMA group frame length) m32

m64

m128

m256


imaFrameSyncParam

(IMA frame synchronizationparameter)

no (RW) This parameter consists of aset of 3 data items (Alpha,Beta, Gamma), required tocontrol the IMA FrameSynchronization Mechanism(IFSM).


Default = {2,

2,

1}

imaIdentifier

(IMA group identifier)

no (RW) This parameter defines theidentifier of the IMA group.


Default = -1

imaMinLinks

(IMA group minimum links)

no (RW) The parameter contains theminimum number of linksrequired for the operation ofthe IMA group.


Default = -1

ipEdgeRouter

(IP edge router)

no (RW) Defines the IP edge routerserving this User NetworkInterface (UNI).


Default = -1


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ipEdgeRouterBGNet-workInterface

(IP edge router bridge groupnetwork interface)

no (RW) Defines the bridge groupnetwork interface on IP edgerouter serving this LANUser Network Interface(UNI).


Default = -1

ipEdgeRouterVpn

(IP edge router virtualprivate network)

no (RW) Defines the Virtual PrivateNetwork (VPN) on IP edgerouter serving this UserNetwork Interface (UNI).


Default = -1

lanBridgeGroup

(Local area network bridgegroup)

no (RW) Defines the Local AreaNetwork (LAN) bridgegroup.


Default = -1

maxVCI

(Maximum virtual channelidentifier)

yes (RW) The maximum value thatmay be used for the pool ofVirtual Channel Identifiers(VCIs).


Default = 65535

maxVPI

(Maximum virtual pathidentifier)

yes (RW) The maximum value thatmay be used for the pool ofVirtual Path Identifiers(VPIs).


Default = 255

minVCI

(Minimum virtual channelidentifier)

yes (RW) The minimum value thatmay be used for the pool ofVirtual Channel Identifiers(VCIs).


Default = 32

minVPI

(Minimum virtual pathidentifier)

yes (RW) The minimum value thatmay be used for the pool ofVirtual Path Identifiers(VPIs).


Default = 0

neMaxVCI

(Network element maximumvirtual channel identifier)

no (RW) The maximum value thatmay be used for the pool ofVirtual Channel Identifiers(VCIs).


Default = 65535

neMaxVPI

(Network element maximumvirtual path identifier)

no (RW) The maximum value thatmay be used for the pool ofVirtual Path Identifiers(VPIs).


Default = 255


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neMinVCI

(Network element minimumvirtual channel identifier)

no (RW) The minimum value thatmay be used for the pool ofVirtual Channel Identifiers(VCIs).


Default = 32

neMinVPI

(Network element minimumvirtual path identifier)

no (RW) The minimum value thatmay be used for the pool ofVirtual Path Identifiers(VPIs).


Default = 0

nePortDn

(Network port distinguishedname)

no (RW) The Distinguished Name(DN) of the hardware portthat is connected to this usernetwork interface.

Any valid string.



neTypeEarmarkedFor yes (RW) The type of UMTS networkelement for which this UserNetwork Interface objectwas created (earmarked).

rnc

(Network entity typeearmarked for)

nodeb

omcu

msc

sgsn

No default

neUserLabel

(Network entity user label)

no (RW) A unique description for theport.

Any valid string.




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niEdgeDevicePortInfo

(Network interface edgedevice port information)

no (RW) This attribute defines theslot, port, and channelnumber of the edge devicesupporting network interfaceused by the UNI fortermination of InternetProtocol over ATM (IPOA)Permanent Virtual Circuits(PVCs).




nsapAddress

(Network service accesspoint address)

yes (RW) The unique ATM endaddress that identifies thisuser network interface.

Any valid string.



physicalPortType yes (RW) The physical port type thatis attached at the usernetwork interface.

e1

(Physical port type) t1

stm1

stm1Pg

ethernet

ipEdgeRouterVpn

e1ImaGroup

t1ImaGroup

e3

t3

No default

primaryDhcpServerIpAd-dress

(Primary DHCP Server IPaddress)

no (RW) IP Address of the PrimaryDHCP Server, to beconfigured in theBOOTP/DHCP Relay Agent


No default


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secondaryDhcpServerIpAd-dress

(Secondary DHCP Server IPaddress)

no (RW) IP Address of the SecondaryDHCP Server, to beconfigured in theBOOTP/DHCP Relay Agent


No default

userLabel

(User label)


Any valid string.



vciOffset

(Virtual channel identifieroffset)

no (RW) This is an offset to be usedwhen calculating the VirtualChannel Identifier (VCI).


Default = -1

vpiOffset

(Virtual path identifieroffset)

no (RW) This is an offset to be usedwhen calculating the VirtualPath Identifier (VPI).


Default = -1

Structure of Uni values

The following table describes the value format used for the Uni object attribute.


edgeDeviceIMAGroup-Members

slot -1 through 999 step size=1

port -1 through 999 step size=1

channel -1 through 999 step size=1

userlabel 0 through 100

shelf -1 through 999 step size=1

module -1 through 999 step size=1

subChannel -1 through 999 step size=1

edgeDevicePortInfo slot -1 through 999 step size=1




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imaFrameSyncParam alpha 1 through 2 step size=1

beta 1 through 5 step size=1

gamma 1 through 1 step size=1

niEdgeDevicePortInfo slot -1 through 999 step size=1







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VccDetail...................................................................................................................................................................................................................................

Full name

Virtual channel connection detail

Description

This object defines a template that is referenced when creating object link bundles.

This object contains information on the bundle of Virtual Channel Connections (VCCs)required to create a link, information about which QoS object and which networkelement physical port uses the VCC, and information on the Virtual Path Identifier(VPI) and Virtual Channel Identifier (VCI) numbers used in conjunction with an ATMVPI/VCI allocation algorithm.

The VccDetail object must exist before any links that use the VccDetail object can becreated.



Hierarchical location of the VccDetail object:


You cannot modify this object. This object is created as part of OMC-Ucommissioning.

The following are the object constraints for deleting a VccDetail object:

• You must make sure that no objects reference the VccDetail object.

Attributes

The following attributes apply to the VccDetail object and are available through theGUI and CLI.

OMCU

VccDetail

LinkProfile


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userLabel

(User label)


Any valid string.



vccPortMap

(Virtual channel connectionport mapping)

no (RO-SC) List of the attributes that arerelated to this ATMconnection.


See“Structure ofVccDetail values”(p. 1-85).


vccType yes (RO-SC) The interface type for whichthis virtual connection hasbeen defined.

mtp3b

(Virtual channel connectiontype)

userplanePs

userplaneCs

userplaneR

userplaneB

nbcpNbap

ccpNbap

alcap

itfR

itfB

initCcms

mtp3bRanap

mtp3bRnsap

mtp3bAlcap

No default

SNM object descriptions VccDetail

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vccTypeName

(Virtual channel connectiontype name)

yes (RO-SC) Operator-defined text stringthat is used to identify thistype of Virtual ChannelConnection (VCC).

Any valid string.



Structure of VccDetail values

The following table describes the value format used for the VccDetail object attribute.


vccPortMap vccQosIdentifier String of characters

containedPortType e1

t1

stm1

stm1Pg

ethernet

ipEdgeRouterVpn

e1ImaGroup

t1ImaGroup

e3

t3

containedMaxLinksSeq 0 through 512

containedPortDNSeq 0 through 512

containedStartVpiNumber 0 through 255 step size=1

containedStartVciNumber 32 through 65535 step size=1

containedVpiIncrement -2147483647 through 2147483647 stepsize=1

containedVciIncrement -2147483647 through 2147483647 stepsize=1

containedAlcapOwnership lOCAL

rEMOTE


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notApplicable

associatedPortType e1

t1

stm1

stm1Pg

ethernet

ipEdgeRouterVpn

e1ImaGroup

t1ImaGroup

e3

t3

associatedMaxLinksSeq 0 through 512

associatedPortDNSeq 0 through 512

associatedStartVpiNumber 0 through 255 step size=1

associatedStartVciNumber 32 through 65535 step size=1

associatedVpiIncrement -2147483647 through 2147483647 stepsize=1

associatedVciIncrement -2147483647 through 2147483647 stepsize=1

associatedAlcapOwnership lOCAL

rEMOTE

notApplicable

a2PIdentifier -1 through 2147483647 step size=1

a2PIdentifierIncrement -999999999 through 999999999 step size=1

lnkTstSLC -1 through 15 step size=1

lnkTstSLCIncrement -999999999 through 999999999 step size=1

priority 0 through 255 step size=1


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VccQos...................................................................................................................................................................................................................................

Full name

Virtual channel connection quality of service

Description

This object contains information on the Quality of Service (QoS) profile that isassociated with an ATM Virtual Channel Connection (VCC). These QoS parameters arenetwork QoS parameters required when setting up the soft PVCs.



Hierarchical location of the VccQos object:

Common attributes


See“VccQos” (p. A-3) in Appendix A, “Common attributes”for details.


You cannot modify or delete this object. This object is created as part of OMC-Ucommissioning.

Attributes

The following attributes apply to the VccQos object and are available through the GUIand CLI.


aal2PathSubscriptionLevel

(AAL2 path subscriptionlevel)

yes (RO-SC) The percentage ofoversubscription permittedon a particular ATMAdaptation Layer type 2(AAL2) path.


Default = 100

VccQos

OMCU


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aalType yes (RO-SC) The ATM Adaptation Layer(AAL) type that is allowedfor this connection.

aal2

(ATM adaptation layer type) aal5

No default

atmClass yes (RO-SC) The ATM service type. cbr

(ATM class) vbrRt

vbrNrt

ubr

abr

No default

cellDelayVariationTolerance

(Cell delay variationtolerance)

yes (RO-SC) The variance in cell deliverytime.


No default

cellLossRatio

(Cell loss ratio)

yes (RO-SC) The fraction of ATM cellsthat may be lost or deliveredlate.


No default

eDCHulCacSubsLevels

(E-DCH Uplink, CarrierAccess Code subscriptionlevels)

yes (RO-SC) This parameter defines theE-DCH Uplink CarrierAccess Code subscriptionlevels.

See“Structure ofVccQos values”(p. 1-94).

Default = {100,

100,

100,

100,

100}

hSDPACongestionSum-CappedRate

yes (RO-SC) This attribute specifies thecapped HSDPA maximumrate to be used for the RateController functionality forthe sum ofall the HSDPAconnections on the PVC..


Default = 1000

maxBurstSize

(Maximum burst size)

yes (RO-SC) The maximum burst sizethat is allowed for this ATMservice class.


No default

SNM object descriptions VccQos

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maxCellTransferDelay

(Maximum cell transferdelay)

yes (RO-SC) The maximum ATM celltransfer delay that isallowed for this quality ofservice definition.


No default

maxCPSPacketPayloadSize

(CPS Packet Size)

no (RO-SC) This parameter defines themaximum size of an AAL2CPS-Packet payload.


Default = 64

maxFrameSize

(Maximum frame size)

yes (RO-SC) The maximum ATM framesize that is allowed for thisquality of service definition.


No default

maxHSDPAFrameSize

(Maximum HSDPA FrameSize)

yes (RO-SC) Maximum HSDPA FrameSize in bytes.


Default = 1472

minCellRate

(Minimum cell rate)

yes (RO-SC) The minimum cell rate thatis permitted for this serviceclass.


No default

nodebUniOversubscription

(Node B user networkinterface oversubscription)

no (RO-SC) Defines the expected NodeB E1/T1/IMAoversubscription on theATM edge device UserNetwork Interface (UNI). Avalue of -1.0 signifies notapplicable for this VccQos.


-1.0 through 10.0

Default = -1.0

peakCellRate

(Peak cell rate)

yes (RO-SC) The peak cell rate that ispermitted for this serviceclass.


No default

peakToPeakCellDelayVaria-tion

(Peak to peak cell delayvariation)

yes (RO-SC) The worst-case delayvariation that is allowed forthe delivery of an ATM cell.


No default

rncUniOversubscription

(RNC user network interfaceoversubscription)

no (RO-SC) Defines the expected RNCPG UNI oversubscription onthe ATM edge device UserNetwork Interface (UNI). Avalue of -1.0 signifies notapplicable for this VccQos.


-1.0 through 10.0

Default = -1.0


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sustainedCellRate

(Sustained cell rate)

yes (RO-SC) The long-term average cellrate that is permitted for thisATM service class.


No default

trafficClassMinimumRate

(Traffic Class MinimumRate)

yes (RO-SC) This attribute provides thevalue that specifies theminimum rate for theservice.


Default = {0,

0,

0,

0,

0,

0,

0,

0,

0,

0,

0,

0}

trafficClassSubsLevels

(Traffic class subscriptionlevels)

yes (RO-SC) Provides the value thatindicates the percentage ofoversubscription permittedby a particular BEARERQoS trafficClass within aparticular AAL2 path.


Default = {100,

100,

100,

100,

100,

100,

100,

100}

umtsQosClass yes (RO-SC) The UMTS Quality ofService (QoS) class that ispermitted for this service.

notApplicable

(UMTS quality of serviceclass)

conv


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strm

convAndStrm

int

back

intAndBack

strmAndIntAndBack

convAndStrmAnd-IntAndBack

comch

comchAndConvAnd-Strm

comchAndIntAndBack

comchAndStrmAnd-IntAndBack

comchAndConvAndStr-mAndIntAndBack


userLabel

(User label)


Any valid string.



vccUsage yes (RO-SC) Applies to PermanentVirtual Circuits (PVCs) thatare shared by differenttraffic classes. Controls useof the Virtual ChannelConnection (VCC) bypacket switched data,HSPDA data, circuitswitched data, and voicetraffic.

nOTAPPLICABLE

(Virtual channel connectionusage)

pSDATAONLY


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cSDATAONLY

pSDATAANDCS-DATAONLY

vOICEONLY

vOICEANDPSDATA-ONLY

vOICEANDCSDATA-ONLY

vOICEANDCS-DATAANDPSDATA-ONLY

hSDATAONLY

hSDATAANDPSDATA-ONLY

hSDATAANDCS-DATAONLY

hSDATAANDPS-DATAANDCSDATA-ONLY

hSDATAAND-VOICEONLY

hSDATAANDVOICE-ANDPSDATAONLY

hSDATAANDVOICE-ANDCSDATAONLY

hSDATAANDVOICE-ANDCSDATAANDPS-DATA

hSUPAONLY

hSUPAANDPSDATA-ONLY

hSUPAANDCSDATA-ONLY

hSUPAANDPS-DATAANDCSDATA-ONLY


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hSUPAAND-VOICEONLY

hSUPAANDVOICE-ANDPSDATAONLY

hSUPAANDVOICE-ANDCSDATAONLY

hSUPAANDVOICE-ANDCSDATAANDPS-DATAONLY

hSDPAONLY

hSDPAANDPSDATA-ONLY

hSDPAANDCSDATA-ONLY

hSDPAANDPS-DATAANDCSDATA-ONLY

hSDPAAND-VOICEONLY

hSDPAANDVOICE-ANDPSDATAONLY

hSDPAANDVOICE-ANDCSDATAONLY

hSDPAANDVOICE-ANDCSDATAANDPS-DATAONLY

aLLSERVICES

Default:nOTAPPLICABLE


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wMBwdSubsLevels

(Weighted mean backwardsubscription level)

yes (RO-SC) This attribute provides afigure to be used for ULPVC CAC.


Default = {100,

100,

100,

100,

100,

100,

100,

100,

100}

wMFwdSubsLevels

(Weighted mean forwardsubscription level)

yes (RO-SC) This provides the ratecontrollers and CallAdmission Controls with afigure for non-ratecontrolled traffic classes.For example, signalling,voice, AND for weightedbandwidth allocation forhandover traffic (Interactive,Background and so on) fromthe IuR destined for IuBPVC.


Default = {100,

100,

100,

100,

100,

100,

100,

100,

100}

Structure of VccQos values

The following table describes the value format used for the VccQos object attribute.


eDCHulCacSubsLevels dcchSig 100 through 10000 step size=5

int1 100 through 10000 step size=5



back 100 through 10000 step size=5


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trafficClassMinimum-Rate

dCHINT1 0 through 1000 step size=1



dCHBACK 0 through 1000 step size=1

hSDINT1 0 through 1000 step size=1



hSDBACK 0 through 1000 step size=1

edchInt1 0 through 1000 step size=1



edchBack 0 through 1000 step size=1

trafficClassSubsLevels dchInt1 100 through 15000 step size=1

dchInt2 100 through 15000 step size=1


dchBack 100 through 15000 step size=1

hsdInt1 100 through 15000 step size=1



hsdBack 100 through 15000 step size=1

wMBwdSubsLevels dcchSig 100 through 500 step size=1

voice 100 through 500 step size=1

convNonVoice 100 through 500 step size=1

comCh 100 through 500 step size=1

strm 100 through 500 step size=1





wMFwdSubsLevels dcchSig 100 through 500 step size=1



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2 2RNC object descriptions

Overview...................................................................................................................................................................................................................................

Purpose

This chapter contains the descriptions of all the RNC objects.

Contents

RNC information model 2-4

AC 2-7

ATMQOS 2-14

Cabinet 2-25

CellSP 2-27

CICC 2-30

CICCBPEtherPort 2-34

CICCProc 2-37

EDCH 2-43

ESC 2-46

ESCBPEtherPort 2-53

ESCFAEtherPort 2-56

ESCProc 2-59

ExtAlmBox 2-62

FanTray 2-67

FBPShelf 2-71

FddExtCell 2-75

GICC 2-87

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GICCBPEtherPort 2-91

GICCFAEtherPort 2-94

GICCPair 2-97

GICCProc 2-100

GICCSTM1OC3Port 2-106

GsmExtCell 2-109

HSDPA 2-114

IntraFreqMeas 2-120

IPQOS 2-128

IuB 2-132

IuCS 2-138

IuPS 2-146

IuPSSubNet 2-153

IuR 2-157

LA 2-165

LCell 2-168

LNodeB 2-225

LRNC 2-231

OCNS 2-287

OCNSHSDPA 2-293

PeriodCriteria 2-297

PG 2-301

PRACH 2-304

PRNC 2-310

PSU 2-314

RA 2-318

RFTrace 2-321

SACS 2-326

SAPS 2-329

SB 2-332

SBBPEtherPort 2-340

SBClan 2-343

RNC object descriptions Overview

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SBProc 2-346

SCCPCHFach 2-349

SCCPCHPch 2-355

SMLC 2-361

SpareMOC 2-365

SS7Link 2-367

SS7LinkSet 2-371

SS7Stack 2-375

SS7StackInst 2-386

SuMgr 2-389

UNIStack 2-393

URA 2-398

RNC object descriptions Overview

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RNC information model...................................................................................................................................................................................................................................

Overview

The RNC information model presents a network element management view of thelogical and physical resources for a particular RNC element within the UTRAN.

RNC hardware object tree

The following diagram illustrates the hardware-related objects of the RNC informationmodel.

RNC object descriptions

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RNC logical object tree

The following diagram illustrates the logical objects of the RNC information model.

ExtAlmBox

CICCProc

FBPShelf

CICC

LRNC

Cabinet

FanTray

= Pre-configured

=

=

Containment

Association

Refer to logical object tree=

GICC ESCSBPSU AC

CICCBPEtherPort

GICCProc

GICCBPEtherPort

GICCFAEtherPort

GICCSTM1OC3Port

SBProc

SBBPEtherPort

ESCBPEtherPort

ESCFAEtherPort

ESCProc

SBClan

PG

Network

Rns

SMLC

GICCPair

RNC object descriptions RNC information model

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=

GsmExtCell

LA

SAPS

SACS

IntraFreqMeas

PeriodCriteria

PRACH

LCell

SCCPCHFach

OCNS

LNodeB

URA

RA

FddExtCell

RFTrace

LRNC

=

= Association

Containment

Value valid for all

SS7LinkSet

SS7Link

PG

ATMQOS

IuCSIub IuPSPRNC IuR

SCCPCHPch

IuPSSubNet UNIStack CellSP

Rns

= Pre-configured

SuMgr

HSDPA

SS7StackInst

OCNSHSDPA

SS7Stack

Network

EDCH

RNC object descriptions RNC information model

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AC...................................................................................................................................................................................................................................

Full name

Alarm card

Description

This object represents an alarm card in theFlexent® Blade Platform (FBP) shelf.


Hierarchical location of the AC object:



Attributes

The following attributes apply to the AC object and are available through the GUI andCLI.


administrativeState no (RO) The administrative state ofthe managed object.

unlocked

(Administrative state) shuttingDown

locked

Default: locked

apparatusCode

(Apparatus code)

no (RO) Apparatus code of themaintenance-replaceableunit.

0 through 52

Default = N/A

artMaster

(Art master)

no (RO) Art master of themaintenance-replaceableunit.

0 through 52

Default = N/A

AC

LRNC

FBPShelf

Cabinet


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availabilityStatus no (RO) The availability status of amanaged object. This statuscomplements the operationalstate information and mustbe seen in combination.

inTest

(Availability status) failed

powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty

No default

bootSoftwareVersion

(Boot software version)

no (RO) The Boot Software Versionof the hardware unit.

0 through 100

Default = N/A

clei

(Common languageequipment identifier)

no (RO) The Common LanguageEquipment Identifier (CLEI)code of the hardware unit.

0 through 52

Default = N/A

currentSoftwareVersion

(Current software version)

no (RO) The version of the softwarethat is currently running onthe related component.

Any valid string.



dateOfManufacture

(Inventory unit build date)

no (RO) Date of Manufacture ofinventory unit.

0 through 52

Default = N/A

eci

(Equipment catalog item)

no (RO) The Equipment Catalog Itemof the hardware unit.

0 through 52

Default = N/A

firmwareVersion

(Firmware version)

no (RO) The firmware version of thehardware unit.

0 through 100

Default = N/A

RNC object descriptions AC

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inventoryUnitId

(Inventory unit identifier)

yes (RO-SC) The ASCII representation ofthe value of the RDNattribute which uniquelyidentifies the object instancewithin the scope of itscontaining (parent) objectinstance.

Any valid string.



inventoryUnitType

(Inventory unit type)

no (RO) Type of inventory unit(Hardware, Firmware).

0 through 52

Default = Hardware

manufacturerData

(Manufacturer identity ofthe inventory unit)

no (RO) Manufacturer specific dataof the inventory unit.

0 through 52

Default = N/A

miscellaneous

(Miscellaneous)

no (RO) This attribute allows theoperator to specifymiscellaneous informationabout the hardware unit.

0 through 52

Default = N/A

operationalState no (RO) The operational state of themanaged object.

enabled


Default: enabled

serialNumber

(Serial number)

no (RO) The serial number of thehardware unit.

0 through 52

Default = N/A

series

(Series)

no (RO) The subversion identifier ofthe hardware unit.

0 through 52

Default = N/A

shelfNumber

(Shelf number)

yes (RO-SC) The number of the shelf inwhich the hardwarecomponent is installed.


No default

slotNumber

(Slot number)

yes (RO-SC) The number of the slot inwhich the hardware unit islocated.


No default

standbyStatus no (RO) The standby status of theresource.

notSupported

(Standby status) hotStandby

coldStandby


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providingService

Default: notSupported

suState no (RO) The state of thesoftware-upgrade process.

sUINVALIDSTATE

(Software update state) dOWNLOADIN-PROGRESS

dOWNLOADCOM-PLETE

dOWNLOADFAILED

iNSTALL-INPROGRESS

iNSTALLCOMPLETE

iNSTALLFAILED

sWITCHOVERIN-PROGRESS

aCTIVATEIN-PROGRESS

aCTIVATECOMPLETE

aCTIVATEFAILED

pARTIALLYACTI-VATED

fALLBACKIN-PROGRESS

fALLBACKCOM-PLETE

fALLBACKFAILED

pARTIALFALLBACK

aBORTED

lOCKINPROGRESS

lOCKCOMPLETE

lOCKFAILED

uNLOCKIN-PROGRESS

uNLOCKCOMPLETE


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uNLOCKFAILED

cHECKINPROGRESS

cHECKCOMPLETE

cHECKFAILED

gRRESTART

cOMMITIN-PROGRESS

cOMMITFAILED

cOMMITCOMPLETE

bACKOUTIN-PROGRESS

bACKOUTFAILED

bACKOUTCOM-PLETE

pARTIALLY-BACKOUT

dOWNLOAD-ABORTED

iNSTALLABORTED

aCTIVATEABORTED

fALLBACKABORTED

bACKOUTABORTED

dELETEINPROGRESS

dELETECOMPLETE

dELETEFAILED

nOTUPGRADED

aCTCOMPTPUPAR-TIALACT

bACKCOMPTPUPAR-TIALBACK

fBACKCOMPTPU-PARTIALFBACK

aCTCOMPESCNO-TUPGRADED


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bACKCOMPESCNO-TUPGRADED

fBACKCOMPESCNO-TUPGRADED

aCTCOMPACNOTUP-GRADED

bACKCOMPACNO-TUPGRADED

fBACKCOMPACNO-TUPGRADED

aPPLYINPROGRESS

aPPLYCOMPLETE

aPPLYFAILED

aPPLYABORTED

dEAPPLYIN-PROGRESS

dEAPPLYCOMPLETE

dEAPPLYFAILED

dEAPPLYABORTED

uNEQP

aUTORECOVER-RESTART

fWUPDATEIN-PROGRESS

fWUPDATECOM-PLETE

fWUPDATEFAILED

fWUPDATEABORTED

Default:cHECKCOMPLETE

unitNumber

(Unit number)

no (RO-SC) The number of the hardwareunit.


Default = 0


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unknownStatus

(Unknown status)

no (RO) Unknown status of themanaged object.

true

false

Default = false

userLabel

(User label)


Any valid string.



vendorName

(Vendor name)

no (RO) The name of the vendor ofthe Managed Element.

0 through 52

Default = LucentTechnologies

vendorUnitFamilyType

(Vendors unit family type)

no (RO-SC) Function Code, for example;UCU, UCR

0 through 52

Default = N/A

vendorUnitTypeNumber

(Vendors unit type number)

no (RO) Comcode Number 0 through 52

Default = N/A


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ATMQOS...................................................................................................................................................................................................................................

Full name

Asynchronous transfer mode quality of service

Description

This object is a logically managed object which provides a mechanism for definingtransport network quality of service profiles. These profiles are referenced from theVirtual Channel Connection (VCC) definitions within the Iu interface profile objects.


Hierarchical location of the ATMQOS object:

Common attributes


See“ATMQOS” (p. A-4) in Appendix A, “Common attributes”for details.


You can create or modify this object.

The following list outlines the object constraints for deleting an ATMQOS object.

• The RNC agent automatically deletes this object when there are no longer anyreferences to it from Iu objects (Iub, Iur, Iu-cs, Iu-ps). This is whenrefListbecomes empty.

Attributes

The following attributes apply to the ATMQOS object and are available through theGUI and CLI.

LRNC

ATMQOS


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aal2PathSubscriptionLevel

(AAL2 path subscriptionlevel)

yes (RO-SC) The percentage ofoversubscription permittedon a particular ATMAdaptation Layer type 2(AAL2) path.


Default = 100


aal2


No default


unlocked


locked

Default: unlocked


(ATM class) vbrRt

vbrNrt

ubr

abr

No default


inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

RNC object descriptions ATMQOS

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empty

No default

cellDelayVariationTolerance

(Cell delay variationtolerance)

yes (RO-SC) The variance in cell deliverytime.


No default

eDCHulCacSubsLevels

(E-DCH Uplink, CarrierAccess Code subscriptionlevels)

yes (RO-SC) This parameter defines theE-DCH Uplink CarrierAccess Code subscriptionlevels.

See“Structure ofATMQOS values”(p. 2-22).

Default = {100,

100,

100,

100,

100}

hSDPACongestionSum-CappedRate

yes (RO-SC) This attribute specifies thecapped HSDPA maximumrate to be used for the RateController functionality forthe sum ofall the HSDPAconnections on the PVC..


Default = 1000

maxBurstSize




No default


(CPS Packet Size)

no (RO-SC) This parameter defines themaximum size of an AAL2CPS-Packet payload.


Default = 64

maxHSDPAFrameSize

(Maximum HSDPA FrameSize)

yes (RO-SC) Maximum HSDPA FrameSize in bytes.


Default = 1472

minCellRate

(Minimum cell rate)



No default


enabled


Default: enabled


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peakCellRate

(Peak cell rate)



No default

pVCCongestionThreshold

(Permanent VirtualConnection upper threshold)

yes (RO-SC) This parameter indicates theupper limit in percentage ofSustainable Cell Rate of allthe PVCs using this ATMQoS Class.interactive class.


Default = 97

refList

(Reference list)

no (RO) The Distinguished Names(DNs) of the objects thatreference this ATMquality-of-service object.



No default


notSupported


coldStandby

providingService


sustainedCellRate




No default


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trafficClassMinimumRate

(Traffic Class MinimumRate)

yes (RO-SC) This attribute provides thevalue that specifies theminimum rate for theservice.


Default = {0,

0,

0,

0,

0,

0,

0,

0,

0,

0,

0,

0}

trafficClassSubsLevels

(Traffic class subscriptionlevels)

yes (RO-SC) Provides the value thatindicates the percentage ofoversubscription permittedby a particular BEARERQoS trafficClass within aparticular AAL2 path.


Default = {100,

100,

100,

100,

100,

100,

100,

100}

umtsQosClass yes (RO-SC) The UMTS Quality ofService (QoS) class that ispermitted for this service.

notApplicable

(UMTS quality of serviceclass)

conv

strm

convAndStrm

int


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back

intAndBack

strmAndIntAndBack

convAndStrmAnd-IntAndBack

comch

comchAndConvAnd-Strm

comchAndIntAndBack

comchAndStrmAnd-IntAndBack

comchAndConvAndStr-mAndIntAndBack


unknownStatus

(Unknown status)


true

false

Default = false

userLabel

(User label)


Any valid string.



vccUsage yes (RO-SC) Applies to PermanentVirtual Circuits (PVCs) thatare shared by differenttraffic classes. Controls useof the Virtual ChannelConnection (VCC) bypacket switched data,HSPDA data, circuitswitched data, and voicetraffic.

nOTAPPLICABLE

(Virtual channel connectionusage)

pSDATAONLY


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cSDATAONLY

pSDATAANDCS-DATAONLY

vOICEONLY

vOICEANDPSDATA-ONLY

vOICEANDCSDATA-ONLY

vOICEANDCS-DATAANDPSDATA-ONLY

hSDATAONLY

hSDATAANDPSDATA-ONLY

hSDATAANDCS-DATAONLY

hSDATAANDPS-DATAANDCSDATA-ONLY

hSDATAAND-VOICEONLY

hSDATAANDVOICE-ANDPSDATAONLY

hSDATAANDVOICE-ANDCSDATAONLY

hSDATAANDVOICE-ANDCSDATAANDPS-DATA

hSUPAONLY

hSUPAANDPSDATA-ONLY

hSUPAANDCSDATA-ONLY

hSUPAANDPS-DATAANDCSDATA-ONLY


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hSUPAAND-VOICEONLY

hSUPAANDVOICE-ANDPSDATAONLY

hSUPAANDVOICE-ANDCSDATAONLY

hSUPAANDVOICE-ANDCSDATAANDPS-DATAONLY

hSDPAONLY

hSDPAANDPSDATA-ONLY

hSDPAANDCSDATA-ONLY

hSDPAANDPS-DATAANDCSDATA-ONLY

hSDPAAND-VOICEONLY

hSDPAANDVOICE-ANDPSDATAONLY

hSDPAANDVOICE-ANDCSDATAONLY

hSDPAANDVOICE-ANDCSDATAANDPS-DATAONLY

aLLSERVICES

Default:nOTAPPLICABLE


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wMBwdSubsLevels

(Weighted mean backwardsubscription level)

yes (RO-SC) This attribute provides afigure to be used for ULPVC CAC.


Default = {100,

100,

100,

100,

100,

100,

100,

100,

100}

wMFwdSubsLevels

(Weighted mean forwardsubscription level)

yes (RO-SC) This provides the ratecontrollers and CallAdmission Controls with afigure for non-ratecontrolled traffic classes.For example, signalling,voice, AND for weightedbandwidth allocation forhandover traffic (Interactive,Background and so on) fromthe IuR destined for IuBPVC.


Default = {100,

100,

100,

100,

100,

100,

100,

100,

100}

Structure of ATMQOS values

The following table describes the value format used for the ATMQOS object attribute.


eDCHulCacSubsLevels dcchSig 100 through 10000 step size=5






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trafficClassMinimum-Rate








edchBack 0 through 1000 step size=1





trafficClassSubsLevels dchInt1 100 through 15000 step size=1








wMBwdSubsLevels dcchSig 100 through 500 step size=1









wMFwdSubsLevels dcchSig 100 through 500 step size=1



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Cabinet...................................................................................................................................................................................................................................

Full name

Cabinet

Description

This object represents the physical Radio Network Controller (RNC) cabinet. The RNCobject can be contained in one single cabinet or a number of cabinets.


Hierarchical location of the Cabinet object:



Attributes

The following attributes apply to the Cabinet object and are available through the GUIand CLI.



unlocked


locked

Default: unlocked


inTest


powerOff

offLine

LRNC

Cabinet


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offDuty

dependency

degraded

notInstalled

logFull

empty

No default

cabinetMulticastIPAddress

(Cabinet multicast IPaddress)

no (RO) Cabinet multicast IP addressneeded to broadcast a failureof the Ethernet Switch Card(ESC) on other shelves orframes.


Default =239.192.100.191


enabled


Default: enabled


notSupported


coldStandby

providingService


unknownStatus

(Unknown status)


true

false

Default = false

userLabel

(User label)


Any valid string.



RNC object descriptions Cabinet

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CellSP...................................................................................................................................................................................................................................

Full name

Cell service profile

Description

This object defines cell service profiles for Transport Format Sets (TFSs) and TransportFormat Combination Sets (TFCSs). Each LCell must have a pointer to this object toenable TFS and TFCS selection for its common channels.

The CellSP object is a physical object and is automatically created as part of a newRNC object.


Hierarchical location of the CellSP object:


You cannot create or delete this object, it is pre-configured in for each service profile.


Attributes

The following attributes apply to the CellSP object and are available through the GUIand CLI.



unlocked


locked

Default: unlocked

LRNC

CellSP


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inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty

No default


enabled


Default: enabled

profileName

(Profile name)

no (RW) A descriptive name for thisCell Service Profile(CellSP).

0 through 100

Default = N/A


notSupported


coldStandby

providingService


unknownStatus

(Unknown status)


true

false

Default = false

RNC object descriptions CellSP

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userLabel

(User label)


Any valid string.



RNC object descriptions CellSP

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CICC...................................................................................................................................................................................................................................

Full name

Common intelligent carrier card

Description

This object represents a Common Intelligent Carrier Card (CICC) in theFlexent®

Blade Platform (FBP) shelf.


Hierarchical location of the CICC object:



The following list outlines the object constraints for diagnosing a CICC object usingthe diagnose command:

• Make sure thatadministrativeState is set to locked or thatoperationalStateis set to disabled and theavailabilityStatus contains an element that is set todependency.

Attributes

The following attributes apply to the CICC object and are available through the GUIand CLI.



unlocked


locked

Default: locked

CICC

LRNC

FBPShelf

Cabinet


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apparatusCode

(Apparatus code)


0 through 52

Default = N/A

artMaster

(Art master)


0 through 52

Default = N/A


inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty

No default

bootSoftwareVersion



0 through 100

Default = N/A

clei



0 through 52

Default = N/A

dateOfManufacture



0 through 52

Default = N/A

eci



0 through 52

Default = N/A

firmwareVersion

(Firmware version)


0 through 100

Default = N/A

RNC object descriptions CICC

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inventoryUnitId


no (RO) The ASCII representation ofthe value of the RDNattribute which uniquelyidentifies the object instancewithin the scope of itscontaining (parent) objectinstance.

Any valid string.



inventoryUnitType



0 through 52

Default = Hardware

manufacturerData



0 through 52

Default = N/A

miscellaneous

(Miscellaneous)


0 through 52

Default = N/A


enabled


Default: enabled

serialNumber

(Serial number)


0 through 52

Default = N/A

series

(Series)


0 through 52

Default = N/A

shelfNumber

(Shelf number)

no (RO) The number of the shelf inwhich the hardwarecomponent is installed.


Default = 1

slotNumber

(Slot number)

no (RO) The number of the slot inwhich the hardware unit islocated.


Default = 0


notSupported


coldStandby


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providingService


unitNumber

(Unit number)

no (RO) The number of the hardwareunit.


Default = 0

unknownStatus

(Unknown status)


true

false

Default = false

userLabel

(User label)


Any valid string.



vendorName

(Vendor name)


0 through 52




no (RO) Function Code, for example;UCU, UCR

0 through 52

Default = N/A




Default = N/A


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CICCBPEtherPort...................................................................................................................................................................................................................................

Full name

Common intelligent carrier card backplane ethernet port

Description

This object represents an Ethernet port on the backplane of a Common IntelligentCarrier Card (CICC) in theFlexent® Blade Platform (FBP) shelf.


Hierarchical location of the CICCBPEtherPort object:



Attributes

The following attributes apply to the CICCBPEtherPort object and are availablethrough the GUI and CLI.



unlocked


locked

Default: unlocked

CICC

CICCBPEtherPort

LRNC

FBPShelf

Cabinet


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inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty

No default


enabled


Default: enabled


notSupported


coldStandby

providingService


unknownStatus

(Unknown status)


true

false

Default = false

RNC object descriptions CICCBPEtherPort

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userLabel

(User label)


Any valid string.



RNC object descriptions CICCBPEtherPort

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CICCProc...................................................................................................................................................................................................................................

Full name

Common intelligent carrier card processor

Description

This object represents a processor on the Common Intelligent Carrier Card (CICC) inthe Flexent® Blade Platform (FBP) shelf.


Hierarchical location of the CICCProc object:



Attributes

The following attributes apply to the CICCProc object and are available through theGUI and CLI.



unlocked


locked

Default: unlocked

CICC

CICCProc

LRNC

FBPShelf

Cabinet


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inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty

No default

cProcPersonality no (RO) The personality of eachprocessor on the CommonIntelligent Carrier Card(CICC).

cP

(Common intelligent carriercard processor personality)

sP

tP

Default: cP


enabled


Default: enabled


notSupported


coldStandby

providingService



sUINVALIDSTATE

RNC object descriptions CICCProc

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dOWNLOADCOM-PLETE

dOWNLOADFAILED

iNSTALL-INPROGRESS

iNSTALLCOMPLETE

iNSTALLFAILED


aCTIVATEIN-PROGRESS

aCTIVATECOMPLETE

aCTIVATEFAILED

pARTIALLYACTI-VATED

fALLBACKIN-PROGRESS

fALLBACKCOM-PLETE

fALLBACKFAILED

pARTIALFALLBACK

aBORTED

lOCKINPROGRESS

lOCKCOMPLETE

lOCKFAILED

uNLOCKIN-PROGRESS

uNLOCKCOMPLETE

uNLOCKFAILED

cHECKINPROGRESS

cHECKCOMPLETE

cHECKFAILED


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gRRESTART

cOMMITIN-PROGRESS

cOMMITFAILED

cOMMITCOMPLETE

bACKOUTIN-PROGRESS

bACKOUTFAILED

bACKOUTCOM-PLETE

pARTIALLY-BACKOUT

dOWNLOAD-ABORTED

iNSTALLABORTED

aCTIVATEABORTED

fALLBACKABORTED

bACKOUTABORTED

dELETEINPROGRESS

dELETECOMPLETE

dELETEFAILED

nOTUPGRADED








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aPPLYINPROGRESS

aPPLYCOMPLETE

aPPLYFAILED

aPPLYABORTED

dEAPPLYIN-PROGRESS

dEAPPLYCOMPLETE

dEAPPLYFAILED

dEAPPLYABORTED

uNEQP

aUTORECOVER-RESTART

fWUPDATEIN-PROGRESS

fWUPDATECOM-PLETE

fWUPDATEFAILED

fWUPDATEABORTED


unknownStatus

(Unknown status)


true

false

Default = false


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userLabel

(User label)


Any valid string.




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EDCH...................................................................................................................................................................................................................................

Full name

Enhanced Dedicated Channel

Description

This class contains data related to the configuration of the E-DCH resources within theUTRAN. If E-DCH resources are not required in a cell then no object needs to becreated.


Hierarchical location of the EDCH object:


You can create, delete or modify this object.

Before creating an EDCH object ensure that the parent LCell object is in locked state.

Before deleting an EDCH object ensure that it is in locked state.

Attributes

The following attributes apply to the EDCH object and are available through the GUIand CLI.



unlocked


locked

Default: locked

LRNC

L odeN B

EDCH

L ellC


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inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty

No default

eAGCHcodes

(eAGCH channelisationcodes)

yes (RO-SC) Structure of E-AGCH codes,SF256, used for scheduling.



No default

eHICHRGCHcodes

(E-HICH and E-RGCHchannelisation codes)

yes (RO-SC) Structure of E-HICH andE-RGCH codes, SF128.



No default

maxEdchUsersPerCell

(Maximum E-DCH UsersPer Cell)

no (RW) Maximum number ofconcurrent users that theRNC will attempt to assignto an E-DCH channel on aCell of a NodeB.


Default = 30


enabled


Default: enabled

RNC object descriptions EDCH

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notSupported


coldStandby

providingService


targetNonServingToTotalED-CHPwrRatio

(Target Non-serving E-DCHto Total E-DCH PowerRatio)

no (RW) This attribute indicates thetarget ratio of the receivedE-DCH power fromnon-serving UEs to thereceived total E-DCHpower.


Default = 25

targetULNoiseRise

(E-DCH target uplink noiserise)

no (RW) This is the value which theE-DCH scheduler will takeas the upper limit.


Default = 15

unknownStatus

(Unknown status)


true

false

Default = false

userLabel

(User label)


Any valid string.



RNC object descriptions EDCH

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ESC...................................................................................................................................................................................................................................

Full name

Ethernet switch card

Description

This object represents an Ethernet Switch Card (ESC) in theFlexent® Blade Platform(FBP) shelf.

The ESCs provide internal and external Ethernet connectivity. Two ESCs are used ineach cPSB shelf.


Hierarchical location of the ESC object:



Attributes

The following attributes apply to the ESC object and are available through the GUIand CLI.



unlocked


locked

Default: locked

apparatusCode

(Apparatus code)


0 through 52

Default = N/A

LRNC

FBPShelf

Cabinet

ESC


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artMaster

(Art master)


0 through 52

Default = N/A


inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty

No default

bootSoftwareVersion



0 through 100

Default = N/A

clei



0 through 52

Default = N/A




Any valid string.



dateOfManufacture



0 through 52

Default = N/A

RNC object descriptions ESC

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eci



0 through 52

Default = N/A

firmwareVersion

(Firmware version)


0 through 100

Default = N/A

inventoryUnitId



Any valid string.



inventoryUnitType



0 through 52

Default = Hardware

manufacturerData



0 through 52

Default = N/A

miscellaneous

(Miscellaneous)


0 through 52

Default = N/A


enabled


Default: enabled

serialNumber

(Serial number)


0 through 52

Default = N/A

series

(Series)


0 through 52

Default = N/A

shelfNumber

(Shelf number)



No default


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slotNumber

(Slot number)



No default


notSupported


coldStandby

providingService



sUINVALIDSTATE


dOWNLOADCOM-PLETE

dOWNLOADFAILED

iNSTALL-INPROGRESS

iNSTALLCOMPLETE

iNSTALLFAILED


aCTIVATEIN-PROGRESS

aCTIVATECOMPLETE

aCTIVATEFAILED

pARTIALLYACTI-VATED

fALLBACKIN-PROGRESS

fALLBACKCOM-PLETE

fALLBACKFAILED

pARTIALFALLBACK


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aBORTED

lOCKINPROGRESS

lOCKCOMPLETE

lOCKFAILED

uNLOCKIN-PROGRESS

uNLOCKCOMPLETE

uNLOCKFAILED

cHECKINPROGRESS

cHECKCOMPLETE

cHECKFAILED

gRRESTART

cOMMITIN-PROGRESS

cOMMITFAILED

cOMMITCOMPLETE

bACKOUTIN-PROGRESS

bACKOUTFAILED

bACKOUTCOM-PLETE

pARTIALLY-BACKOUT

dOWNLOAD-ABORTED

iNSTALLABORTED

aCTIVATEABORTED

fALLBACKABORTED

bACKOUTABORTED

dELETEINPROGRESS

dELETECOMPLETE

dELETEFAILED

nOTUPGRADED


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aPPLYINPROGRESS

aPPLYCOMPLETE

aPPLYFAILED

aPPLYABORTED

dEAPPLYIN-PROGRESS

dEAPPLYCOMPLETE

dEAPPLYFAILED

dEAPPLYABORTED

uNEQP

aUTORECOVER-RESTART

fWUPDATEIN-PROGRESS

fWUPDATECOM-PLETE

fWUPDATEFAILED


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fWUPDATEABORTED


unitNumber

(Unit number)



Default = 0

unknownStatus

(Unknown status)


true

false

Default = false

userLabel

(User label)


Any valid string.



vendorName

(Vendor name)


0 through 52





0 through 52

Default = N/A




Default = N/A


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ESCBPEtherPort...................................................................................................................................................................................................................................

Full name

Ethernet switch card backplane ethernet port

Description

This object represents an Ethernet port on the backplane of an Ethernet Switch Card(ESC) in theFlexent® Blade Platform (FBP) shelf.



Hierarchical location of the ESCBPEtherPort object:



Attributes

The following attributes apply to the ESCBPEtherPort object and are available throughthe GUI and CLI.



unlocked


locked

Default: unlocked

ESC

ESCBPEtherPort

LRNC

FBPShelf

Cabinet


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inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty

No default


enabled


Default: enabled


notSupported


coldStandby

providingService


unknownStatus

(Unknown status)


true

false

Default = false

RNC object descriptions ESCBPEtherPort

...................................................................................................................................................................................................................................


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userLabel

(User label)


Any valid string.



RNC object descriptions ESCBPEtherPort

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ESCFAEtherPort...................................................................................................................................................................................................................................

Full name

Ethernet switch card front access ethernet port

Description

This object represents an Ethernet port on the front panel of an Ethernet Switch Card(ESC) in theFlexent® Blade Platform (FBP) shelf.



Hierarchical location of the ESCFAEtherPort object:



Attributes

The following attributes apply to the ESCFAEtherPort object and are available throughthe GUI and CLI.



unlocked


locked

Default: unlocked

ESC

ESCFAEtherPort

LRNC

FBPShelf

Cabinet


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inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty

No default


enabled


Default: enabled


notSupported


coldStandby

providingService


unknownStatus

(Unknown status)


true

false

Default = false

RNC object descriptions ESCFAEtherPort

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userLabel

(User label)


Any valid string.



RNC object descriptions ESCFAEtherPort

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ESCProc...................................................................................................................................................................................................................................

Full name

Ethernet switch card processor

Description

This object represents a processor on the Ethernet Switch Card (ESC) in theFlexent®

Blade Platform (FBP) shelf.


Hierarchical location of the ESCProc object:



Attributes

The following attributes apply to the ESCProc object and are available through theGUI and CLI.



unlocked


locked

Default: unlocked

ESC

ESCProc

LRNC

FBPShelf

Cabinet


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inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty

No default


enabled


Default: enabled


notSupported


coldStandby

providingService


unknownStatus

(Unknown status)


true

false

Default = false

RNC object descriptions ESCProc

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userLabel

(User label)


Any valid string.



RNC object descriptions ESCProc

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ExtAlmBox...................................................................................................................................................................................................................................

Full name

External alarm box

Description

This object allows the control of an external alarm box connected to an RNC.

This object represents a physical object and is automatically created as part of a newRNC object.


Hierarchical location of the ExtAlmBox object:



Attributes

The following attributes apply to the ExtAlmBox object and are available through theGUI and CLI.



unlocked


locked

Default: unlocked

apparatusCode

(Apparatus code)


0 through 52

Default = N/A

artMaster

(Art master)


0 through 52

Default = N/A

LRNC

ExtAlmBox


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inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty

No default

bootSoftwareVersion



0 through 100

Default = N/A

clei



0 through 52

Default = N/A

dateOfManufacture



0 through 52

Default = N/A

eci



0 through 52

Default = N/A

externalAlarms

(External alarms)

yes (RW) The specific characteristicsof each external alarm thatis connected to thisinput/output unit.

Sequenceof 32records, using thefollowing value(s):

See“Structure ofExtAlmBox values”(p. 2-65).


firmwareVersion

(Firmware version)


0 through 100

Default = N/A

RNC object descriptions ExtAlmBox

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inventoryUnitId



Any valid string.



inventoryUnitType



0 through 52

Default = Hardware

manufacturerData



0 through 52

Default = N/A

miscellaneous

(Miscellaneous)


0 through 52

Default = N/A


enabled


Default: enabled

pollingInterval

(Polling interval)

no (RW) The polling interval that isapplicable for this externalalarm box.


Default = 5

serialNumber

(Serial number)


0 through 52

Default = N/A

series

(Series)


0 through 52

Default = N/A

shelfNumber

(Shelf number)



No default

slotNumber

(Slot number)



No default


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notSupported


coldStandby

providingService


unitNumber

(Unit number)



Default = 0

unknownStatus

(Unknown status)


true

false

Default = false

userLabel

(User label)


Any valid string.



vendorName

(Vendor name)


0 through 52





0 through 52

Default = N/A




Default = N/A

Structure of ExtAlmBox values

The following table describes the value format used for the ExtAlmBox objectattribute.


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externalAlarms portNumber 1 through 32 step size=1

enabled yes

no

externalAlarms activeState eASNA

eASOPEN

eASCLOSE


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FanTray...................................................................................................................................................................................................................................

Full name

Fan tray

Description

This object represents the fan tray in aFlexent® Blade Platform (FBP) shelf.

Each tray contains three fans, a control board, and a status LED. This combination ofthree trays with three fans each provides cooling for the entire shelf.


Hierarchical location of the FanTray object:



Attributes

The following attributes apply to the FanTray object and are available through the GUIand CLI.



unlocked


locked

Default: unlocked

apparatusCode

(Apparatus code)


0 through 52

Default = N/A

LRNC

FBPShelf

FanTray

Cabinet


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artMaster

(Art master)


0 through 52

Default = N/A


inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty

No default

bootSoftwareVersion



0 through 100

Default = N/A

clei



0 through 52

Default = N/A

dateOfManufacture



0 through 52

Default = N/A

eci



0 through 52

Default = N/A

firmwareVersion

(Firmware version)


0 through 100

Default = N/A

RNC object descriptions FanTray

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inventoryUnitId



Any valid string.



inventoryUnitType



0 through 52

Default = Hardware

manufacturerData



0 through 52

Default = N/A

miscellaneous

(Miscellaneous)


0 through 52

Default = N/A


enabled


Default: enabled

serialNumber

(Serial number)


0 through 52

Default = N/A

series

(Series)


0 through 52

Default = N/A

shelfNumber

(Shelf number)



No default

slotNumber

(Slot number)



No default


notSupported


coldStandby


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providingService


unitNumber

(Unit number)



Default = 0

unknownStatus

(Unknown status)


true

false

Default = false

userLabel

(User label)


Any valid string.



vendorName

(Vendor name)


0 through 52





0 through 52

Default = N/A




Default = N/A


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FBPShelf...................................................................................................................................................................................................................................

Full name

Flexent® bladeplatform shelf

Description

This object represents the equipment holder for the primary Compact Packet SwitchBackplane (cPSB) components.


Hierarchical location of the FBPShelf object:



Attributes

The following attributes apply to the FBPShelf object and are available through theGUI and CLI.



unlocked


locked

Default: unlocked

apparatusCode

(Apparatus code)


0 through 52

Default = N/A

artMaster

(Art master)


0 through 52

Default = N/A

LRNC

FBPShelf

Cabinet


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inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty

No default

bootSoftwareVersion



0 through 100

Default = N/A

clei



0 through 52

Default = N/A

dateOfManufacture



0 through 52

Default = N/A

eci



0 through 52

Default = N/A

firmwareVersion

(Firmware version)


0 through 100

Default = N/A

inventoryUnitId



Any valid string.



RNC object descriptions FBPShelf

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inventoryUnitType



0 through 52

Default = Hardware

manufacturerData



0 through 52

Default = N/A

miscellaneous

(Miscellaneous)


0 through 52

Default = N/A


enabled


Default: enabled

serialNumber

(Serial number)


0 through 52

Default = N/A

series

(Series)


0 through 52

Default = N/A

shelfNumber

(Shelf number)



No default

slotNumber

(Slot number)



No default


notSupported


coldStandby

providingService


unitNumber

(Unit number)



Default = 0


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unknownStatus

(Unknown status)


true

false

Default = false

userLabel

(User label)


Any valid string.



vendorName

(Vendor name)


0 through 52





0 through 52

Default = N/A




Default = N/A


...................................................................................................................................................................................................................................


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FddExtCell...................................................................................................................................................................................................................................

Full name

Frequency division duplex external cell

Description

This object represents an adjacent cell relationship between an LCell object of theLRNC and another non-managed UTRAN FDD cell. The external cell may or may nothave a relationship with a PRNC object.


Hierarchical location of the FddExtCell object:

Common attributes


See“FddExtCell” (p. A-4) in Appendix A, “Common attributes”for details.



The following list outlines the object constraints for creating an FddExtCell object.

• Make sure that the SACS object referenced byfDDExtCellRefSACS exists.

• Make sure that the SAPS object referenced byfDDExtCellRefSAPS exists.

• Make sure that the RA object referenced byfDDExtCellRefRA exists.

• Make sure that the URA object referenced byfDDExtCellRefURA exists.

• Make sure that the GsmExtCell objects referenced byoutFddExtToGsmCellsDahoexist.

Attributes

The following attributes apply to the FddExtCell object and are available through theGUI and CLI.

LRNC

FddExtCell


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unlocked


locked

Default: unlocked


inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty

No default

borderCellToGsm



true

false

Default = false




true

false

Default = true

fDDExtCellRefLA

(Cell location area)

yes (RW) Location Area that this cellbelongs to.


No default

RNC object descriptions FddExtCell

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fDDExtCellRefRA

(FDD external cell referencerouting area)

yes (RW) The Distinguished Name(DN) of the Routing Area(RA) object that isassociated with thisneighboring cell.


No default

fDDExtCellRefSACS

(FDD external cell referenceto the service area circuitswitch)

yes (RW) The Distinguished Name(DN) of the Service AreaCircuit Switch (SACS)object that is associatedwith this neighboring cell.


No default

fDDExtCellRefSAPS

(FDD external cell referenceto the service area packetswitch)

yes (RW) The Distinguished Name(DN) of the Service AreaPacket Switch (SAPS)object that is associatedwith this neighboring cell.


No default

inAdjCells

(Incoming adjacent cells)

no (RO) The Distinguished Names(DNs) of the incomingadjacent cells that arerelated to this object.



No default

inInterFreqFddAdjCells

(Incoming Inter-FrequencyCell Reselection relations)

no (RO) Incoming relations fromUTRAN Cells forInter-Frequency CellReselection and MobileAssisted Handover(ifCrsMaho).



No default

inInterFreqFddAdjCells-Daho

(Incoming UTRAN cellrelations)

no (RO) Incoming relations fromUTRAN Cells for InterFrequency Database AssistedHandover (ifDaho).



No default

interFreqBorderCellToFDD



true

false

Default = false




true

false

Default = true


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logicalCellId

(Logical cell identity)

yes (RW) The Logical Cell Identity(C-Id) is used as a uniqueidentifier of a logical cell(LCell) that is controlled bythe RNC.


No default

marketLabel

(Market label)


Any valid string.





rSCP


eCN0

rSCP_ECN0

Default: rSCP_ECN0



rSCP


eCN0

rSCP_ECN0

Default: rSCP_ECN0


enabled



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Default: enabled

pCPICHPower

(Primary common pilotchannel power)

yes (RW) Primary Common PilotChannel (P-CPICH)downlink power.


Default = 33.0



yes (RW) The primary scramblingcode that is used for thiscell which is not controlledby the LRNC.


No default

readSFNIndicator


yes (RW) Indicates to the UE whetherthe UE has to decode theSystem Frame Number(SFN) of the cell.

true

false

Default = true

rNCId

(RNC identity)

yes (RW) The unique identifier of anRNC node within aUniversal Terrestrial RadioAccess Network (UTRAN)is the RNC Identifier(RNC-Id).


No default


notSupported


coldStandby

providingService


uARFCNNd


yes (RW) This absolute numberrepresents the frequency thatis used in the downlinkdirection.


No default

uARFCNNu




Default = 0


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umts2GsmCCOQActCM2D



See“Structure ofFddExtCell values”(p. 2-82).

Default = {-111,

-16,

tIMETOTRIGGER_320}





Default = {-108,

-13,

tIMETOTRIGGER_5000}





Default = {-111,

-16,

tIMETOTRIGGER_320,

1.0}





Default = {-108,

-13,

tIMETOTRIGGER_120,

1.0}

umts2GsmQActCM2D




Default = {-16,

-111,

tIMETOTRIGGER_320}


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umts2GsmQDeactCM2F




Default = {-13,

-108,

tIMETOTRIGGER_5000}





Default = {-16,

-111,

tIMETOTRIGGER_320,

1.0}





Default = {-13,

-108,

tIMETOTRIGGER_120,

1.0}

umtsFrequencyBand yes (RW) Indicates the frequency bandthat the cell supports.

bAND_I


bAND_III

bAND_IV

bAND_V

bAND_VI

bAND_VIII

bAND_IX

Default: bAND_I

unknownStatus

(Unknown status)


true

false

Default = false


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userLabel

(User label)


Any valid string.



Structure of FddExtCell values

The following table describes the value format used for the FddExtCell object attribute.





tIMETOTRIGGER_10

tIMETOTRIGGER_20

tIMETOTRIGGER_40

tIMETOTRIGGER_60

tIMETOTRIGGER_80

tIMETOTRIGGER_100

tIMETOTRIGGER_120

tIMETOTRIGGER_160

tIMETOTRIGGER_200

tIMETOTRIGGER_240

tIMETOTRIGGER_320

tIMETOTRIGGER_640

tIMETOTRIGGER_1280

tIMETOTRIGGER_2560

tIMETOTRIGGER_5000




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tIMETOTRIGGER_10

tIMETOTRIGGER_20

tIMETOTRIGGER_40

tIMETOTRIGGER_60

tIMETOTRIGGER_80

tIMETOTRIGGER_100

tIMETOTRIGGER_120

tIMETOTRIGGER_160

tIMETOTRIGGER_200

tIMETOTRIGGER_240

tIMETOTRIGGER_320

tIMETOTRIGGER_640

tIMETOTRIGGER_1280

tIMETOTRIGGER_2560

tIMETOTRIGGER_5000




tIMETOTRIGGER_10

tIMETOTRIGGER_20

tIMETOTRIGGER_40

tIMETOTRIGGER_60

tIMETOTRIGGER_80

tIMETOTRIGGER_100

tIMETOTRIGGER_120

tIMETOTRIGGER_160

tIMETOTRIGGER_200

tIMETOTRIGGER_240

tIMETOTRIGGER_320

tIMETOTRIGGER_640

tIMETOTRIGGER_1280


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tIMETOTRIGGER_2560

tIMETOTRIGGER_5000





tIMETOTRIGGER_10

tIMETOTRIGGER_20

tIMETOTRIGGER_40

tIMETOTRIGGER_60

tIMETOTRIGGER_80

tIMETOTRIGGER_100

tIMETOTRIGGER_120

tIMETOTRIGGER_160

tIMETOTRIGGER_200

tIMETOTRIGGER_240

tIMETOTRIGGER_320

tIMETOTRIGGER_640

tIMETOTRIGGER_1280

tIMETOTRIGGER_2560

tIMETOTRIGGER_5000





tIMETOTRIGGER_10

tIMETOTRIGGER_20

tIMETOTRIGGER_40

tIMETOTRIGGER_60

tIMETOTRIGGER_80

tIMETOTRIGGER_100

tIMETOTRIGGER_120


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tIMETOTRIGGER_160

tIMETOTRIGGER_200

tIMETOTRIGGER_240

tIMETOTRIGGER_320

tIMETOTRIGGER_640

tIMETOTRIGGER_1280

tIMETOTRIGGER_2560

tIMETOTRIGGER_5000




tIMETOTRIGGER_10

tIMETOTRIGGER_20

tIMETOTRIGGER_40

tIMETOTRIGGER_60

tIMETOTRIGGER_80

tIMETOTRIGGER_100

tIMETOTRIGGER_120

tIMETOTRIGGER_160

tIMETOTRIGGER_200

tIMETOTRIGGER_240

tIMETOTRIGGER_320

tIMETOTRIGGER_640

tIMETOTRIGGER_1280

tIMETOTRIGGER_2560

tIMETOTRIGGER_5000




tIMETOTRIGGER_10

tIMETOTRIGGER_20

tIMETOTRIGGER_40


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tIMETOTRIGGER_60

tIMETOTRIGGER_80

tIMETOTRIGGER_100

tIMETOTRIGGER_120

tIMETOTRIGGER_160

tIMETOTRIGGER_200

tIMETOTRIGGER_240

tIMETOTRIGGER_320

tIMETOTRIGGER_640

tIMETOTRIGGER_1280

tIMETOTRIGGER_2560

tIMETOTRIGGER_5000





tIMETOTRIGGER_10

tIMETOTRIGGER_20

tIMETOTRIGGER_40

tIMETOTRIGGER_60

tIMETOTRIGGER_80

tIMETOTRIGGER_100

tIMETOTRIGGER_120

tIMETOTRIGGER_160

tIMETOTRIGGER_200

tIMETOTRIGGER_240

tIMETOTRIGGER_320

tIMETOTRIGGER_640

tIMETOTRIGGER_1280

tIMETOTRIGGER_2560

tIMETOTRIGGER_5000



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GICC...................................................................................................................................................................................................................................

Full name

Gateway intelligent carrier card

Description

This object represents a network processor based Gateway Intelligent Carrier Card(GICC), in the Compact Packet Switch Backplane (cPSB) shelf.

The GICC blade provides the interface of the RNC to the external world.


Hierarchical location of the GICC object:



The following are the object constraints for diagnosing a GICC object using thediagnose command:

• Make sure thatadministrativeState is set to locked or thatoperationalStateis set to disabled and theavailabilityStatus contains an element that is set todependency.

Attributes

The following attributes apply to the GICC object and are available through the GUIand CLI.



unlocked


locked

GICC

LRNC

FBPShelf

Cabinet


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Default: locked

apparatusCode

(Apparatus code)


0 through 52

Default = N/A

artMaster

(Art master)


0 through 52

Default = N/A


inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty

No default

bootSoftwareVersion



0 through 100

Default = N/A

clei



0 through 52

Default = N/A

dateOfManufacture



0 through 52

Default = N/A

eci



0 through 52

Default = N/A

firmwareVersion

(Firmware version)


0 through 100

Default = N/A

RNC object descriptions GICC

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inventoryUnitId



Any valid string.



inventoryUnitType



0 through 52

Default = Hardware

manufacturerData



0 through 52

Default = N/A

miscellaneous

(Miscellaneous)


0 through 52

Default = N/A


enabled


Default: enabled

refGICCPair

(Reference gatewayintelligent controller cardpair)

no (RO) The Distinguished Name(DN) of the GICCPairobject to which thisGateway IntelligentController Card (GICC)belongs.


No default

serialNumber

(Serial number)


0 through 52

Default = N/A

series

(Series)


0 through 52

Default = N/A

shelfNumber

(Shelf number)



No default


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slotNumber

(Slot number)



No default


notSupported


coldStandby

providingService


unitNumber

(Unit number)



Default = 0

unknownStatus

(Unknown status)


true

false

Default = false

userLabel

(User label)


Any valid string.



vendorName

(Vendor name)


0 through 52





0 through 52

Default = N/A




Default = N/A


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GICCBPEtherPort...................................................................................................................................................................................................................................

Full name

Gateway intelligent carrier card backplane ethernet port

Description

This object represents an Ethernet port on the backplane of a Gateway IntelligentCarrier Card (GICC) in the Compact Packet Switch Backplane (cPSB) shelf.



Hierarchical location of the GICCBPEtherPort object:



Attributes

The following attributes apply to the GICCBPEtherPort object and are availablethrough the GUI and CLI.



unlocked


locked

Default: unlocked

GICC

GICCBPEtherPort

LRNC

FBPShelf

Cabinet


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inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty

No default


enabled


Default: enabled


notSupported


coldStandby

providingService


unknownStatus

(Unknown status)


true

false

Default = false

RNC object descriptions GICCBPEtherPort

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userLabel

(User label)


Any valid string.



RNC object descriptions GICCBPEtherPort

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GICCFAEtherPort...................................................................................................................................................................................................................................

Full name

Gateway intelligent carrier card front access ethernet port

Description

This object represents an Ethernet port on the front access panel of a GatewayIntelligent Carrier Card (GICC) in the Compact Packet Switch Backplane (cPSB) shelf.



Hierarchical location of the GICCFAEtherPort object:



Attributes

The following attributes apply to the GICCFAEtherPort object and are availablethrough the GUI and CLI.



unlocked


locked

Default: unlocked

GICC

GICCFAEtherPort

LRNC

FBPShelf

Cabinet


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inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty

No default


enabled


Default: enabled


notSupported


coldStandby

providingService


unknownStatus

(Unknown status)


true

false

Default = false

RNC object descriptions GICCFAEtherPort

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userLabel

(User label)


Any valid string.



RNC object descriptions GICCFAEtherPort

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GICCPair...................................................................................................................................................................................................................................

Full name

Gateway intelligent carrier card pair

Description

This object represents a pair of Gateway Intelligent Carrier Cards (GICCs) in theCompact Packet Switch Backplane (cPSB) shelf.



Hierarchical location of the GICCPair object:



The following list outlines the object constraints for modifying a GICCPair objectusing theset command:

• The attributegICCs can not be updated as part of aset request.

• For GICCPair 1 ensure that the value ofhostMulticastIPAddress is239.192.100.011.

• For GICCPair 2 ensure that the value ofhostMulticastIPAddress is239.192.100.012.

• For GICCPair 1 ensure that the value ofnpMulticastIPAddress is239.192.100.111.

• For GICCPair 2 ensure that the value ofnpMulticastIPAddress is239.192.100.112.

Attributes

The following attributes apply to the GICCPair object and are available through theGUI and CLI.

GICCPair

LRNC

Cabinet


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unlocked


locked

Default: unlocked


inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty

No default

gICCs

(Gateway intelligent carriercards)

yes (RO-SC) A sequence of GatewayIntelligent Carrier Card(GICC) DistinguishedNames (DNs).



No default

hostMulticastIPAddress

(Host multicast IP address)

no (RO) The host multicast IPaddress of the GatewayIntelligent Carrier Card(GICC).


Default =239.192.100.011

npMulticastIPAddress

(Network processormulticast IP address)

no (RO) The Network Processor (NP)multicast IP address of theGateway Intelligent CarrierCard (GICC).


Default =239.192.100.111


enabled

RNC object descriptions GICCPair

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Default: enabled


notSupported


coldStandby

providingService


unknownStatus

(Unknown status)


true

false

Default = false

userLabel

(User label)


Any valid string.



RNC object descriptions GICCPair

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GICCProc...................................................................................................................................................................................................................................

Full name

Gateway intelligent carrier card processor

Description

This object represents a network processor that transports the Asynchronous TransferMode (ATM) messages across the RNC internal Ethernet network.



Hierarchical location of the GICCProc object:



Attributes

The following attributes apply to the GICCProc object and are available through theGUI and CLI.



unlocked


locked

Default: unlocked

GICC

GICCProc

LNRC

FBPShelf

Cabinet


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inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty

No default




Any valid string.



gProcPersonality yes (RO-SC) The personality of eachnetwork processor on theGateway IntelligentController Card (GICC).

nP

No default


enabled


Default: enabled


notSupported


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coldStandby

providingService



sUINVALIDSTATE


dOWNLOADCOM-PLETE

dOWNLOADFAILED

iNSTALL-INPROGRESS

iNSTALLCOMPLETE

iNSTALLFAILED


aCTIVATEIN-PROGRESS

aCTIVATECOMPLETE

aCTIVATEFAILED

pARTIALLYACTI-VATED

fALLBACKIN-PROGRESS

fALLBACKCOM-PLETE

fALLBACKFAILED

pARTIALFALLBACK

aBORTED

lOCKINPROGRESS

lOCKCOMPLETE

lOCKFAILED

uNLOCKIN-PROGRESS


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uNLOCKCOMPLETE

uNLOCKFAILED

cHECKINPROGRESS

cHECKCOMPLETE

cHECKFAILED

gRRESTART

cOMMITIN-PROGRESS

cOMMITFAILED

cOMMITCOMPLETE

bACKOUTIN-PROGRESS

bACKOUTFAILED

bACKOUTCOM-PLETE

pARTIALLY-BACKOUT

dOWNLOAD-ABORTED

iNSTALLABORTED

aCTIVATEABORTED

fALLBACKABORTED

bACKOUTABORTED

dELETEINPROGRESS

dELETECOMPLETE

dELETEFAILED

nOTUPGRADED





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aPPLYINPROGRESS

aPPLYCOMPLETE

aPPLYFAILED

aPPLYABORTED

dEAPPLYIN-PROGRESS

dEAPPLYCOMPLETE

dEAPPLYFAILED

dEAPPLYABORTED

uNEQP

aUTORECOVER-RESTART

fWUPDATEIN-PROGRESS

fWUPDATECOM-PLETE

fWUPDATEFAILED

fWUPDATEABORTED



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unknownStatus

(Unknown status)


true

false

Default = false

userLabel

(User label)


Any valid string.




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GICCSTM1OC3Port...................................................................................................................................................................................................................................

Full name

Gateway intelligent carrier card STM-1/OC-3 port

Description

This object represents the Gateway Intelligent Carrier Card (GICC) ATM STM-1/OC-3port that provides connection to the Asynchronous Transfer Mode (ATM) switches.



Hierarchical location of the GICCSTM1OC3Port object:



Attributes

The following attributes apply to the GICCSTM1OC3Port object and are availablethrough the GUI and CLI.



unlocked


locked

Default: unlocked

GICC

GICCSTM1OC3Port

LRNC

FBPShelf

Cabinet


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inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty

No default


enabled


Default: enabled

refPG

(Reference protection group)

no (RO) The Distinguished Name(DN) of the ProtectionGroup (PG) object that isrelated to this O3S1Port.


No default


notSupported


coldStandby

providingService


unknownStatus

(Unknown status)


true

false

Default = false

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userLabel

(User label)


Any valid string.



RNC object descriptions GICCSTM1OC3Port

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GsmExtCell...................................................................................................................................................................................................................................

Full name

GSM external cell

Description

This object represents an adjacent cell relationship between an LCell object of theLRNC and another GSM cell object.


Hierarchical location of the GsmExtCell object:

Common attributes


See“GsmExtCell” (p. A-4) in Appendix A, “Common attributes”for details.



The following list outlines the constraints for creating or modifying a GsmExtCellobject:

• If attribute frequencyBand = gSM-450, attributebCCHARFCN must be within therange 259 to 293.




• If attribute frequencyBand = gSM-900E, attributebCCHARFCN must be within therange 0 to 124 or 975 to 1023.

LRNC

GsmExtCell


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Attributes

The following attributes apply to the GsmExtCell object and are available through theGUI and CLI.



unlocked


locked

Default: unlocked


inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty

No default

bCCHARFCN

(BCCH absolute radiofrequency channel number)

yes (RW) The Absolute RadioFrequency Channel Number(ARFCN) of the neighboringGSM cell.


No default

RNC object descriptions GsmExtCell

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bsicVerificationRequired

(Base Station Identity Codeverification required)

no (RW) The BSIC VerificationRequired parameter defineswhether, in case of MAHO,the UE has to verify theBSIC of the GSM frequencyin order to recognize theGSM cell as valid forhandover.

true

false

Default = false

cI

(Cell identity)

yes (RW) The Cell Identity (CI)uniquely identifies the cellwithin a location area.


No default

frequencyBand yes (RW) Indicates how the UE/RNCshould interpret theBroadcast Control Channel(BCCH) Absolute RadioFrequency Channel Number(ARFCN) of the GSMneighboring cell.

gSM_450

(Frequency band) gSM_480

gSM_850

gSM_900

gSM_900E

gSM_1800

gSM_1900

No default

gSMBCC

(GSM Base station colorcode)

yes (RW) The Base station Color Code(BCC) of the neighboringGSM cell.


No default

gSMNCC

(GSM Network color code)

yes (RW) The Network Color Code(NCC) of the neighboringGSM cell.


No default

inAdjCells





No default


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inFddToGsmCellsDaho

(Incoming GSM relationsfrom FDD to GSM cells forinter system databaseassisted handover)

no (RO) The UTRAN cells (LCell)which have a relation to thisGSM cell for the purpose ofinter system DatabaseAssisted Handover (DAHO).



No default

inFddToGsmCellsDahoNQB

(Incoming Inter-Systemshandover relations)

no (RO) Incoming relations fromUTRAN Cells forInter-Systems DatabaseAssisted HandoverNon-Quality Based(isDahoNqb).



No default

lAC




No default

marketLabel

(Market label)


Any valid string.



maxULTxPwr

(Maximum uplink transmitpower)

yes (RW) The maximum amount ofpower that the UE isallowed to use on the GSMRandom Access Channel(RACH).


Default = 33

mCC





No default

mNC





No default


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enabled


Default: enabled

qrxLevMin

(Quality receive levelminimum)

yes (RW) Minimum receive-qualitylevel that is needed in theneighboring GSM cell.


No default


notSupported


coldStandby

providingService


unknownStatus

(Unknown status)


true

false

Default = false

userLabel

(User label)


Any valid string.




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HSDPA...................................................................................................................................................................................................................................

Full name

High speed downlink packet access

Description

This object contains data related to the configuration of the High Speed DownlinkPacket Access (HSDPA) resources within the UTRAN. If HSDPA resources are notrequired in a cell then no HSDPA object needs to be created.

HSDPA is a packet-based data service in the UMTS downlink, with data transmissionsof up to 8-10 Mbps over a 5MHz bandwidth in the downlink only (from network touser’s terminal).

Note: If the HSDPA object is set to “disabled” HSDPA services are no longer availablein the cell.



Attributes

The following attributes apply to the HSDPA object and are available through the GUIand CLI.


additionalFreeSF128CodesForIncrease

(Additional SF128 codes)

no (RW) These additional spreadingfactor (SF) 128 codes areadded tominFreeSF128CodesForHSDPADecreasealong with an SF128 code tocalculate the SF128threshold.


Default = 16





Default = 2


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Default = 32





Default = 4



no (RW) These additional spreadingfactor (SF) 8 codes areadded tominFreeSF8CodesForHSDPADecreasealong with an SF8 code tocalculate the SF8 threshold.


Default = 1


unlocked


locked

Default: locked


inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

RNC object descriptions HSDPA

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empty

No default

hSCCHcode

(HS-SCCH code)

yes (RO-SC) Structure of HS-SCCHcodes, SF128. Sequence ofintegers {0 to 127}sequence containing at least4 elements. Therecommended codes are {4,5, 6, 7}.



No default

hSDPASrvCellChgCrit

(High speed downlinkpacket access serving cellchange)

no (RW) The attributes which arenecessary to configure event1D “Change of best cellwithin the active set” for theserving HS-DSCH cellchange procedure.

See“Structure ofHSDPA values”(p. 2-118).

Default = {1.0,

tIMETOTRIGGER_640,

true}

hSDPAStatusInfo

(High speed downlinkpacket access statusinformation)

no (RO) The operational state andavailablity status of theHSDPA resources in thecell.

See“Structure ofHSDPA values”(p. 2-118).

Default = {enabled,

empty}

hSDSCHStartCode

(High speed downlinkshared channel start code)

yes (RO-SC) The lowest High SpeedDownlink Shared Channel(HS-DSCH) code number ofspreading factor SF=16.


Default = 12

isDLDCAActive

(Is DLDCA Active)

no (RW-PL) The enabling of thisattribute when HSDPA isoperational will allow theoperator to reserve aminimum and maximumnumber of SF16 codes forHSDPA in the cell.

true

false

Default = false

maxHSDPACodesAllowed

(Maximum HSDPA CodesAllowed)

no (RW) The maximum number ofspreading factor 16 codes toreserve for HSDPA.


Default = 10


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maxHsdpaUsersPerCell

(Maximum HSDPA usersper cell)

no (RW) This attribute is themaximum number ofconcurrent users that theRNC will assign to anHS-DSCH channel on a Cellof a NodeB.


Default = 24

minFreeSF128CodesForHSDPADecrease

(Minimum SF128 codes)

no (RW) The minimum number ofspreading factor (SF) 128codes reserved for R99.


Default = 16





Default = 2





Default = 32





Default = 4


(Minimum SF8 codes)



Default = 1

minHSDPACodesToReserve

(Minimum HSDPA codes)

no (RW) The minimum number ofspreading factor (SF) 16codes to reserve for HSDPA.


Default = 4

numberOfHSDSCHcode

(Number of HS-DSCHcodes)

yes (RO-SC) Number of HS-DSCH codesof SF 16.


Default = 4

numHSDPACode

(Current assigned HSDPAcodes)

no (RO) The number of currentassigned HSDPA codes byRNC when Dynamic Codeallocation is enabled.


Default = 1


enabled


Default: enabled


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notSupported


coldStandby

providingService


unknownStatus

(Unknown status)


true

false

Default = false

userLabel

(User label)


Any valid string.



Structure of HSDPA values

The following table describes the value format used for the HSDPA object attribute.


hSDPASrvCellChgCrit hysteresis 0.0 through 7.5 step size=0.5


tIMETOTRIGGER_10

tIMETOTRIGGER_20

tIMETOTRIGGER_40

tIMETOTRIGGER_60

tIMETOTRIGGER_80

tIMETOTRIGGER_100

tIMETOTRIGGER_120

tIMETOTRIGGER_160

tIMETOTRIGGER_200


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tIMETOTRIGGER_240

tIMETOTRIGGER_320

tIMETOTRIGGER_640

tIMETOTRIGGER_1280

tIMETOTRIGGER_2560

tIMETOTRIGGER_5000

hSDPASrvCellChgCrit useCIO true

false

hSDPAStatusInfo operationalState enabled

disabled

hSDPAStatusInfo availability inTest

failed

powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty


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IntraFreqMeas...................................................................................................................................................................................................................................

Full name

Intra-frequency measurement

Description

This object allows the control of intra-frequency measurements in the User Equipment(UE).


Hierarchical location of the IntraFreqMeas object:



The following list outlines the constraints for modifying the IntraFreqMeas object:

• Attribute measQty.quantity must be set to value rEPORTINGCPICHECNO.

• Attribute periodRepEvTrig must be set to value eENTTRIGGERED.

• Attribute measQty.measQtyFdd must be set to value mEASURE-MENTCPICHECNO.

Attributes

The following attributes apply to the IntraFreqMeas object and are available throughthe GUI and CLI.

LRNC

IntraFreqMeas


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activeSetRepQty

(Active set reportingquantity)

no (RO) The attributes that are usedto define the reportingquantities for the cells thatbelong to the active set of aUE.

See“Structure ofIntraFreqMeas values”(p. 2-124).

Default ={cELLSYNCIND_DISABLED,

false,

true,

true,

false}


unlocked


locked

Default: unlocked


inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty

No default

RNC object descriptions IntraFreqMeas

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detSetRepQu

(Detected set reportingquantity)

no (RO) The attributes that are usedto define the reportingquantities for the cells thatbelong to the detected set ofa UE.


Default ={cELLSYNCIND_ENABLED,

false,

true,

true,

false}

measQty

(Measurement quantity)

yes (RW) The attributes needed for theintra-frequencymeasurements that the UEshould take.


Default = {cOEFF_4,

rEPORTINGCPICHECNO,

sFNTYPE_1,

mEASUREMENTCPICHECNO,

cURRENTCELLAND2BESTNEIGHB

iNTRAFREQMEAS-REPORTING}

measurementReportTransfer-Mode

yes (RW) Defines whether themeasurement reports fromthe UE to the RNC shouldbe sent in acknowledged orunacknowledged mode.

aM_RLC

(Measurement reporttransfer mode)

uM_RLC

Default: aM_RLC


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monSetRepQu

(Monitored set reportingquantity)

no (RO) The attributes that are usedto define the reportingquantities for the cells thatbelong to the monitored setof a UE.


Default ={cELLSYNCIND_ENABLED,

false,

true,

true,

false}


enabled


Default: enabled

periodRepEvTrig no (RO) Defines whether theintra-frequency measurementreports should be sentperiodically by the UE, oronly when a specified eventhas occurred.

pERIODIC

(Periodic reporting or eventtriggered)

eVENTTRIGGERED

Default:eVENTTRIGGERED

reportingCellStatus

(Reporting cell status)

yes (RW) Indicates to the UE whichand how manymeasurements should bereported in anintra-frequency measurementreport.




notSupported


coldStandby

providingService



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unknownStatus

(Unknown status)


true

false

Default = false

userLabel

(User label)


Any valid string.



Structure of IntraFreqMeas values

The following table describes the value format used for the IntraFreqMeas objectattribute.


activeSetRepQty cellSyncIndicator cELLSYNCIND_DISABLED

cELLSYNCIND_ENABLED

cellInd true

false

cPICHECNO true

false

cPICHRSCP true

false

activeSetRepQty pathloss true

false

detSetRepQu cellSyncIndicator cELLSYNCIND_DISABLED

cELLSYNCIND_ENABLED

cellInd true

false

cPICHECNO true

false


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cPICHRSCP true

false

detSetRepQu pathloss true

false

measQty filterCoefficient cOEFF_0

cOEFF_1

cOEFF_2

cOEFF_3

cOEFF_4

cOEFF_5

cOEFF_6

cOEFF_7

cOEFF_8

cOEFF_9

cOEFF_11

cOEFF_13

cOEFF_15

cOEFF_17

cOEFF_19

quantity rEPORTINGCPICHECNO

rEPORTINGCPICHRSCP

rEPORTINGPATHLOSS

rEPORTINGNOREPORT

sFNSFNObsTimeDiff sFNTYPE_1

measQtyFdd mEASUREMENTCPICHECNO

mEASUREMENTCPICHRSCP

mEASUREMENTPATHLOSS

maxNoReportedCellsOn-RACH

nOCURRENTCELLREPORT

cURRENTCELL

cURRENTCELLAND1BESTNEIGHBOUR

cURRENTCELLAND2BESTNEIGHBOURS


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measQty reportingCriteriaChoice iNTRAFREQMEASREPORTING

pERIODICALREPORTING

nOREPORTING

monSetRepQu cellSyncIndicator cELLSYNCIND_DISABLED

cELLSYNCIND_ENABLED

cellInd true

false

cPICHECNO true

false

cPICHRSCP true

false

monSetRepQu pathloss true

false

reportingCellStatus reportedCell rEPORTCELLSACTIVESET

rEPORTCELLSMONITOREDSET

rEPORTCELLSACTIVEMONITOREDSET

rEPORTCELLSDETECTEDSET

rEPORTCELLSMONITOREDDE-TECTEDSET

rEPORTCELLSALLACTIVEANDMONI-TOREDSET

rEPORTCELLSALLACTIVEANDDE-TECTEDSET

rEPORTCELLSALLACTIVEANDMONI-TOREDDETECTEDSET

rEPORTCELLSVIRTUALACTIVESET

rEPORTCELLSMONITOREDSETNON-FREQ


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rEPORTCELLSMONITOREDAC-TIVESETNONFREQ

rEPORTCELLSALLVIRTUALACTIVE-ANDMONITOREDSETNONFREQ

rEPORTCELLSACTIVEORVIRTUALSET

rEPORTCELLSACTIVEMONITOREDO-RACTIVEMONITOREDSETNONFREQ

maxNumOfRepCells 0 through 65535 step size=1


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IPQOS...................................................................................................................................................................................................................................

Full name

IP Quality of Service

Description

This object provides a mechanism for defining IP transport network Quality of Service(QOS) profiles that can be referenced from the Iu interface profile objects.

Impacted by add IuCS link, add IuPC link, add IuPS link, add peer RNC and Iur link,add IuB link, remove IuCS link, remove IuPC link, remove IuPS link, remove peerRNC and IuR link and remove IuB link use cases.


Hierarchical location of the IPQOS object:



The value of trafficClassRAB must be unique within an IPQOS::umtsQos2DscpMapsequence.

Attributes

The following attributes apply to the IPQOS object and are available through the GUIand CLI.



unlocked


locked

Default: unlocked

IPQOS

LRNC


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inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty

No default


enabled


Default: enabled


notSupported


coldStandby

providingService


umtsQos2DscpMap

(UMTS QoS to DSCPmapping)

yes (RW) Provides mapping fromUMTS QoS classes to IETFDiffServ Code Points for theUL DSCP marking.


See“Structure ofIPQOS values”(p. 2-130).


RNC object descriptions IPQOS

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unknownStatus

(Unknown status)


true

false

Default = false

userLabel

(User label)


Any valid string.



Structure of IPQOS values

The following table describes the value format used for the IPQOS object attribute.


umtsQos2DscpMap trafficClassRAB cONVERSATIONAL

sTREAMING

bACKGROUND

sIGNALLING

iNTERACTIVE1

iNTERACTIVE2

iNTERACTIVE3

umtsQos2DscpMap dscp bE

aF11

aF12

aF13

aF21

aF22

aF23

aF31

aF32

aF33


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aF41

aF42

aF43

eF


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IuB...................................................................................................................................................................................................................................

Full name

Interface to Node B

Description

This object represents the Iub interface between the RNC and the Node B networkelements.


Hierarchical location of the IuB object:

Common attributes


See“IuB” (p. A-4) in Appendix A, “Common attributes”for details.



The following list outlines the object constraints for creating an IuB object.

• The vPI/vCI pairs in all arrays[x] of the following VCLs must be unique on a perPG basis (defined byprotectionGroup), across all these VCLs:

– IuB nbcpNbapVCLs[x]

– IuB ccpNbapVCLs[x]

– IuB alcapVCLs[x]

– IuB userplaneBVCLs[x]

– SS7Link.ss7VCL[x]

– IuR userplaneRVCLs[x]

LRNC

Iub


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– IuPSuserplanePsVCLs[x]

– IuCSuserplaneCsVCLS[x].With the exception that IuBnbcpNbapVCLs[1] and IuBccpNbapVCLs[1] areallowed to use the samevPI/vCI pairs for the sameprotectionGroup.

• Make sure thataal5BrefUNIStack refers to a valid UNIStack object.

• Make sure that each LNodeB object referenced byiuBRefLnodeb exists.

• Make sure that each PG object exists, referenced by:

– IuB nbcpNbapVCLs.protectionGroup

– IuB ccpNbapVCLs.protectionGroup

– IuB alcapVCLs.protectionGroup

– IuB userplaneBVCLs.protectionGroup.

• Make sure that each ATMQOS object exists, referenced by:

– IuB nbcpNbapVCLs.aTMQOS

– IuB ccpNbapVCLs.aTMQOS

– IuB alcapVCLs.aTMQOS

– IuB userplaneBVCLs.aTMQOS.

• Make sure that each ATMQOS referenced by:

– IuB nbcpNbapVCLs.aTMQOS is of type “vbrNrt”

– IuB ccpNbapVCLs.aTMQOS is of type “vbrNrt”

– IuB alcapVCLs.aTMQOS is of type “vbrNrt”

– IuB userplaneBVCLs.aTMQOS is of type “vbrNrt”, “vbrRt”, or “cbr”.

Attributes

The following attributes apply to the IuB object and are available through the GUI andCLI.


aal5BrefUNIStack

(ATM adaptation layer type5 Iub reference user networkinterface stack)

yes (RO-SC) Reference to the UserNetwork Interface stack(UNIStack) object used bythis interface.


No default


unlocked


locked

Default: locked

RNC object descriptions IuB

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alcapVCLs

(Access link controlapplication protocol virtualchannel links)

yes (RO-SC) The attributes that arerelated to the VirtualChannel Links (VCLs) forVirtual Channel Connections(VCCs) that carry AccessLink Control ApplicationProtocol (ALCAP)signaling.


See“Structure of IuBvalues” (p. 2-136).



inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty

No default

ccpNbapVCLs

(Communication controlport NBAP virtual channellinks)

yes (RO-SC) The attributes that arerelated to the VirtualChannel Links (VCLs) forVirtual Channel Connections(VCCs) that carrycommunication control portNBAP messages for anytraffic-termination point thatis associated with this NodeB.




inhibitAlarms

(Inhibit Alarms)

yes (RW) This boolean flag is used tosuppress alarms from theRNC when the NodeB is inpreprovisioned orunmanaged state.

true

false

Default = false


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iuBRefLnodeb

(Iub link reference to thelogical node B)

yes (RO-SC) The Distinguished Name(DN) of the Logicial NodeB object that is associatedwith this Iub link.


No default

linkNumber

(Link number)

yes (RW) This is the link number tobe used when calling theATM algorithm forallocation of VirtualChannel Identifier(VCI)/Virtual Path Identifier(VPI) values.


No default

linkProfileDN

(Link Profile label)

yes (RW) Distinguished name label ofLinkProfile used toprovision this link

Any valid string.



nbcpNbapVCLs

(Node B control port NBAPvirtual channel links)

yes (RO-SC) The attributes that arerelated to the VirtualChannel Link (VCL) thatcarries the Node B controlport Node B ApplicationPart (NBAP) messages.





enabled


Default: enabled

resetRequestMaxRetries

(Reset request maximumretries)

no (RW) The maximum number oftimes the NBAP RESETREQUEST message can bere-transmitted by the RNCafter theresetRequest-Timer expires.


Default = 10


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resetRequestTimer

(Reset request timer)

no (RW) The length of time the RNCwill await a response fromthe Node B after sending aNBAP RESET REQUESTmessage to Node B.


Default = 30000


notSupported


coldStandby

providingService


unknownStatus

(Unknown status)


true

false

Default = false

userLabel

(User label)


Any valid string.



userplaneBVCLs

(Userplane B virtual channellinks)

yes (RO-SC) The attributes that arerelated to theVirtual ChannelLinks (VCLs) for AAL2based Virtual ChannelConnections (VCCs) thatcarry userplane B traffic.




Structure of IuB values

The following table describes the value format used for the IuB object attribute.


alcapVCLs vclTerminationRef 0 through 2147483647 step size=1


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vPI 0 through 255 step size=1

vCI 32 through 63 step size=1

protectionGroup String of characters

alcapTLA String of characters

aTMQOS String of characters

ccpNbapVCLs vclTerminationRef 0 through 2147483647 step size=1





nbcpNbapVCLs vclTerminationRef 0 through 2147483647 step size=1





userplaneBVCLs vclTerminationRef 0 through 2147483647 step size=1





a2PIdentifier 1 through 2147483647 step size=1

ownership lOCAL

rEMOTE

tiCU 100 through 100 step size=1


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IuCS...................................................................................................................................................................................................................................

Full name

Interface to the circuit switched core network

Description

This object represents the Iu-cs interface between the RNC and the Third GenerationMobile services Switching Center (3G-MSC) in the circuit switched core network.


Hierarchical location of the IuCS object:

Common attributes


See“IuCS” (p. A-5) in Appendix A, “Common attributes”for details.



The following list outlines the object constraints for creating an IuCS object.

• The vPI/vCI pairs in all arrays[x] of the following Virtual Channel Links (VCLs)must be unique on a per Protection Group (PG) basis (defined byprotectionGroup), across all these VCLs:







LRNC

IuCS


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• Make sure that the SS7LinkSet object referenced bymtp3bCSrefSS7ALCAP hasSS7LinkSetrefIuInterface with an empty sequence.

• Make sure that the SS7LinkSet object referenced bymtp3bCSrefSS7 hasSS7LinkSetrefIuInterface with an empty sequence.

• Whenmtp3bCSrefSS7 has the same value asmtp3bCSrefSS7ALCAP and IuCSrANAPDestinationPointCode does not match SS7LinkSetadjacentPointCode forthe SS7LinkSet referenced bymtp3bCSrefSS7ALCAP, make sure that IuCSrANAPDestinationPointCode is not the same as any one of the following pointcodes within an LRNC:

– SS7StackoriginatingPointCode

– SS7LinkSetadjacentPointCode

– IuR rNSAPDestinationPointCode.

• Make sure that each PG object referenced byuserplaneCsVCLs.protectionGroupexists.

• Make sure that each ATMQOS object referenced byuserplaneCsVCLs.aTMQOSexists.

• Make sure that each ATMQOS referenced byuserplaneCsVCLs.aTMQOS is of type“vbrRt” or “cbr”.

• Make sure thatmtp3bCSrefSS7 refers to a valid SS7LinkSet object that referencesa valid SS7Link object.

• Make sure thatmtp3bCSrefSS7ALCAP refers to a valid SS7LinkSet object thatreferences a valid SS7Link object.

• Whenmtp3bCSrefSS7 points to a different SS7LinkSet thanmtp3bCSrefSS7ALCAP,ensure that the IuCSrANAPDestinationPointCode matches the SS7LinkSetadjacentPointCode referenced bymtp3bCSrefSS7.

Attributes

The following attributes apply to the IuCS object and are available through the GUIand CLI.



unlocked


locked

RNC object descriptions IuCS

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Default: locked

aLCAPDestinationPointCode

(ALCAP destination pointcode)

no (RO) The Signaling System no. 7(SS7) Destination PointCode (DPC) of the remoteentity.


Default = 0


inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty

No default

cnCsDrxCoefficient

(Core network circuitswitched discontinuousreception coefficient)

no (RW) The DiscontinuousReception (DRX) coefficientthat should be used by theUE when it is monitoringthe Paging IndicationChannel (PICH) for pagingmessages sent by the circuitswitched network.


Default = 8

linkNumber

(Link number)



No default


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linkProfileDN



Any valid string.



maxQ

(Maximum Q)

yes (RO-SC) This timer is used toindicate the maximum timean Iu User Plane (Iu-UP)downlink frame shouldspend in the buffer beforebeing sent to the MediumAccess Control (MAC).


Default = 6

minQ

(Minimum Q)

yes (RO-SC) This timer is used toindicate the minimum timean Iu User Plane (Iu-UP)downlink frame shouldspend in the buffer beforebeing sent to the MediumAccess Control (MAC).


Default = 3

mtp3bCSrefSS7

(Message transfer part level3 Iu-CS reference SS7)

yes (RO-SC) Reference to the SS7 linkset used by this interface.


No default

mtp3bCSrefSS7ALCAP

(Message transfer part level3 Iu-CS reference SS7ALCAP)

yes (RO-SC) Reference to the SS7 linkset used by this interface(for ALCAP).


No default

nINIT

(Number of initializationframe)

no (RW) This identifies the maximumnumber of repetitions of anInitialization frame due tofailure at theInitializationprocedure.


Default = 3

numberTA

(Number of time alignmentframes)

no (RW-RR) This identifies the maximumnumber of repetitions of atime alignment frame due tofailure at the time alignmentprocedure.


Default = 3


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numRateControlRetry

(Maximum Rate Controlframes)

no (RW) This parameter identifies themaximum number ofrepetitions of a Rate Controlframe due to failure at theRate Control procedure.


Default = 3


enabled


Default: enabled

pagingPriority

(Paging priority)

yes (RW) The applicable pagingpriority for the pagingrequests that are originatedfrom this network entity.


Default = 2

rANAPDestinationPointCode

(RANAP destination pointcode)

yes (RO-SC) The Signaling System no. 7(SS7) Destination PointCode (DPC) of the remoteentity.


Default = 0

rateControlTimer

(Rate Control Timer)

no (RW-RR) This Timer is used tosupervise the reception ofthe rate controlacknowledgement framefrom the peer Iu UPinstance.


Default = 180


notSupported


coldStandby

providingService


stepIncTraf

(Step size increasing traffic)

yes (RW) The step size by whichoverload-reduction filteringshould be increased aftertimer tINTR has expired.


Default = 1


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stepRedFiltering

(Step reduction filtering)

yes (RW) The traffic reductionfiltering steps that are usedin the RNC when the CoreNetwork (CN) is in anoverload situation.

See“Structure of IuCSvalues” (p. 2-144).

Default = {6,

13,

19,

25,

31,

38,

44,

50,

56,

63,

69,

75,

81,

88,

94,

100}

tAIndicator

(Time alignment indicator)

no (RW-RR) This identifies whether (ornot) the time alignmentprocedure should beattempted.

true

false

Default = false

tIGOR

(Timer ignore)

yes (RW) While this timer is runningall OVERLOAD messagesor signaling point congestedinformation received at theRNC are ignored.


Default = 15000

timerINIT

(Timer initialization)

no (RW-RR) This timer is used tosupervise the reception ofthe initializationacknowledgement framefrom the peer Iu User Plane(UP) instance.


Default = 180


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timerTA

(Timer time alignment)

no (RW-RR) This timer is used tosupervise the reception ofthe time alignmentacknowledgement framefrom the peer Iu User Plane(UP) instance.


Default = 180

tINTR

(Timer internal threshold)

yes (RW) While this timer is running,the RNC is not allowed toincrease the traffic load.


Default = 30000

tpageVal

(Timer paging validity)

yes (RW) The lifetime of a pagingmessage.


Default = 3000

unknownStatus

(Unknown status)


true

false

Default = false

userLabel

(User label)


Any valid string.



userplaneCsVCLs

(Userplane C virtual channellinks)

yes (RO-SC) The attributes that areapplicable for the VirtualChannel Link (VCL)termination for AAL2Virtual Channel Connections(VCCs) that carry the Iu-CSuserplane traffic (referred toas userplane C traffic).


See“Structure of IuCSvalues” (p. 2-144).


Structure of IuCS values

The following table describes the value format used for the IuCS object attribute.


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stepRedFiltering filter1 0 through 100 step size=1

filter2 0 through 100 step size=1















userplaneCsVCLs vclTerminationRef 0 through 2147483647 step size=1






ownership lOCAL

rEMOTE



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IuPS...................................................................................................................................................................................................................................

Full name

Interface to the packet switched core network

Description

This object represents the Iu-ps interface between the RNC and the Serving GPRSSupport Node (SGSN) in the packet switched core network.


Hierarchical location of the IuPS object:

Common attributes


See“IuPS” (p. A-5) in Appendix A, “Common attributes”for details.



The following list outlines the object constraints for creating an IuPS object.








LRNC

IuPS


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• Make sure that the SS7LinkSet object referenced bymtp3bPSrefSS7 hasSS7LinkSetrefIuInterface with an empty sequence.

• Make sure that each PG object referenced by IuPSuserplanePsVCLs.protec-tionGroup exists.

• Make sure that each ATMQOS object referenced by IuPSuserplanePsVCLs.aT-MQOS exists.

• Make sure that each ATMQOS referenced by IuPSuserplanePsVCLs.aTMQOS is oftype “vbrNrt”.

• Make sure that every element ofuserplanePsVCLs has a uniquevCLId within thesequence.

• Make sure thatmtp3bPSrefSS7 refers to a valid SS7LinkSet object that hasrefLink referring to a valid SS7Link object.

Attributes

The following attributes apply to the IuPS object and are available through the GUIand CLI.



unlocked


locked

Default: locked


inTest


powerOff

offLine

offDuty

dependency

degraded

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notInstalled

logFull

empty

No default

cnPsDrxCoefficient

(Core network packetswitched discontinuousreception coefficient)

no (RW) The DiscontinuousReception (DRX) coefficientthat should be used by theUE when it is monitoringthe Paging IndicationChannel (PICH) for pagingmessages sent by the packetswitched network.


Default = 8

gTPUEchoCounterThresh

(GPRS tunneling protocoluser plane echo counterthreshold)

no (RW) This attribute provides thethreshold associated with theGPRS Tunneling ProtocolUser (GTP-U) echo counter.


Default = 3

gTPUEchoReqActivated

(GPRS tunneling protocoluser plane echo requestactivated)

no (RW) This attribute defineswhether or not the RNCtransmits the GPRSTunneling Protocol User(GTP-U) ECHO REQUESTmessage.

true

false

Default = false

gTPUEchoReqTimer

(GPRS tunneling protocoluser plane echo requesttimer)

no (RW) This timer is used to triggerthe transmission of theGPRS Tunneling ProtocolUser (GTP-U) ECHOREQUEST message fromthe RNC to the SGSN.


Default = 120

gTPUMulticastIPAddress

(GPRS tunneling protocoluser plane multicast IPaddress)

no (RO) GPRS Tunneling Protocolfor the User plane (GTP-U)multicast IP address neededto broadcast GTP errorconditions.


Default =239.192.100.001

linkNumber

(Link number)



No default


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linkProfileDN



Any valid string.



mtp3bPSrefSS7

(Message transfer part level3 Iu-PS reference SS7)



No default


enabled


Default: enabled

pagingPriority

(Paging priority)



Default = 3

rANAPDestinationPointCode

(RANAP destination pointcode)



Default = 0


notSupported


coldStandby

providingService


stepIncTraf

(Step size increasing traffic)

yes (RW) The step size by whichoverload-reduction filteringshould be increased aftertimer tINTR has expired.


Default = 1


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stepRedFiltering

(Step reduction filtering)

yes (RW) The traffic reductionfiltering steps that are usedin the RNC when the CoreNetwork (CN) is in anoverload situation.

See“Structure of IuPSvalues” (p. 2-151).

Default = {6,

13,

19,

25,

31,

38,

44,

50,

56,

63,

69,

75,

81,

88,

94,

100}

tIGOR

(Timer ignore)

yes (RW) While this timer is runningall OVERLOAD messagesor signaling point congestedinformation received at theRNC are ignored.


Default = 15000

tINTR

(Timer internal threshold)

yes (RW) While this timer is running,the RNC is not allowed toincrease the traffic load.


Default = 30000

tpageVal




Default = 3000

unknownStatus

(Unknown status)


true

false

Default = false


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userLabel

(User label)


Any valid string.



userplanePsVCLs

(Userplane P virtual channellinks)

yes (RO-SC) The attributes that areapplicable for the VirtualChannel Link (VCL)termination for multipleAAL5 Virtual ChannelConnections (VCCs) thatcarry the Iu-PS GTP/IPuserplane traffic (referred toas userplane P traffic).


See“Structure of IuPSvalues” (p. 2-151).


Structure of IuPS values

The following table describes the value format used for the IuPS object attribute.


stepRedFiltering filter1 0 through 100 step size=1














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userplanePsVCLs vclTerminationRef 0 through 2147483647 step size=1

rNCGwayIPAddress String of characters

sGSNGwayIPaddress String of characters

gwaySubnetMask String of characters





vCLId 1 through 999 step size=1


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IuPSSubNet...................................................................................................................................................................................................................................

Full name

Interface to the packet switched core network subnet

Description

This object defines the relationship between a set of IuPS Virtual Channel Connections(VCCs) with an RNC GPRS Tunneling Protocol (GTP) subnet and an SGSN GTPsubnet.


Hierarchical location of the IuPSSubNet object:



The following list outlines the object constraints for creating an IuPSSubNet object.

• Make sure that every element ofvCLRef refers to a valid IuPSuserplanePsVCLs-.vCLId.

The following list outlines the object constraints for deleting an IuPSSubNet object.

• Make sure IuPS is locked to perform a delete of IuPSSubNet.

Attributes

The following attributes apply to the IuPSSubNet object and are available through theGUI and CLI.



unlocked


locked

Default: unlocked

LRNC

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inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty

No default


enabled


Default: enabled

rncNetworkIds

(RNC network identities)

yes (RO-SC) The valid RNC subnetworkidentifiers.


See“Structure ofIuPSSubNet values”(p. 2-155).


sgsnNetworkIds

(SGSN network identities)

yes (RO-SC) The valid SGSN subnetworkidentifiers.


See“Structure ofIuPSSubNet values”(p. 2-155).


RNC object descriptions IuPSSubNet

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notSupported


coldStandby

providingService


supportApplLoopback

(Support applicationloopback)

yes (RW) This attribute indicateswhether applicationloopback is supported.

true

false

Default = false

supportLinkLoopback

(Support link loopback)

yes (RW) This attribute indicateswhether link loopback issupported.

true

false

Default = false

unknownStatus

(Unknown status)


true

false

Default = false

userLabel

(User label)


Any valid string.



vCLRef

(Virtual channel linkreference)

yes (RO-SC) Virtual Channel Link (VCL)identifiers to allow theIuPSSubNet definition toreference a number of ATMVCLs.



No default

Structure of IuPSSubNet values

The following table describes the value format used for the IuPSSubNet objectattribute.


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rncNetworkIds netId String of characters

netMask String of characters

sgsnNetworkIds netId String of characters

netMask String of characters


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IuR...................................................................................................................................................................................................................................

Full name

Interface between RNCs

Description

This object represents the Iur interface between two RNCs.


Hierarchical location of the IuR object:

Common attributes


See“IuR” (p. A-5) in Appendix A, “Common attributes”for details.



The following list outlines the object constraints for creating an IuR object.








LRNC

IuR


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• Make sure that the SS7LinkSet object referenced bymtp3bRrefSS7 has SS7LinkSetrefIuInterface with an empty sequence.

• Make sure that the SS7LinkSet object referenced bymtp3bRrefSS7ALCAP hasSS7LinkSetrefIuInterface with an empty sequence.

• Whenmtp3bRrefSS7 has the same value asmtp3bRrefSS7ALCAP and IuRrNSAPDestinationPointCode does not match SS7LinkSetadjacentPointCode forthe SS7LinkSet referenced bymtp3bRrefSS7ALCAP, make sure that IuRrNSAPDestinationPointCode is not the same as any one of the following pointcodes within an LRNC:

– SS7StackoriginatingPointCode

– SS7LinkSetadjacentPointCode

– IuCSrANAPDestinationPointCode

– IuR rNSAPDestinationPointCode.

• Make sure that the Peer Radio Network Controller (PRNC) object referenced byrefPrnc exists.

• Make sure that each PG object referenced by IuRuserplaneRVCLs.protection-Group exists.

• Make sure that each ATMQOS object referenced by IuRuserplaneRVCLs.aTMQOSexists.

• Make sure that each ATMQOS referenced by IuRuserplaneRVCLs.aTMQOS is oftype “vbrNrt”, “vbrRt”, or “cbr”.

• Make sure thatmtp3bRrefSS7 refers to a valid SS7LinkSet object that hasrefLinkreferring to a valid SS7Link object.

• Make sure thatmtp3bRrefSS7ALCAP refers to a valid SS7LinkSet object that hasrefLink referring to a valid SS7Link object.

• Whenmtp3bRrefSS7 points to a different SS7LinkSet thanmtp3bRrefSS7ALCAP,ensure that the IuRrNSAPDestinationPointCode matches SS7LinkSetadjacentPointCode referenced bymtp3bRrefSS7.

Attributes

The following attributes apply to the IuR object and are available through the GUI andCLI.



unlocked

RNC object descriptions IuR

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locked

Default: locked

aLCAPDestinationPointCode

(ALCAP destination pointcode)



Default = 0

associatedLinkNumber

(Associated Link number)

yes (RW) The Associated Link numberto be used when calling theATM Algorithm forallocation of VCI/VPIvalues at the Peer RNC endof an Iur Link.


No default


inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty

No default

containedlinkNumber

(Contained Link number)

yes (RW) Contained Link number tobe used when calling theATM Algorithm forallocation of VCI/VPIvalues at the Owner RNCend of an Iur Link.


No default


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hSDPAOverIurAllowed

(HSDPA Over Iur Allowed)

no (RW) This parameter defines ifHSDPA over IuR to theDRNC is allowed.

true

false

Default = true

interFrequencyHHOviaIur

(Inter-frequency Hard HandOver)

no (RW) This parameter allows theoperator to select per peerRNC whetherinter-frequency Hard HandOver (HHO) may beperformed via Iurconnection or not.

true

false

Default = true

iurEmergencyCallPreEmp-tionCapability

yes (RW) This attribute indicates thepre-emption capability of anemergency call from a peerServing Radio NetworkController (SRNC) over theIur interface.

shallNotTriggerPre-Emption

(Iur emergency callpre-emption capability)

mayTriggerPreEmption

Default:mayTriggerPreEmption

iurEmergencyCallPreEmp-tionVulnerability

yes (RW) This attribute indicates thepre-emption vulnerability ofan emergency call from apeer Serving Radio NetworkController (SRNC) over theIur interface.

notPreEmptable

(Iur emergency callpre-emption vulnerability)

preEmptable

Default:notPreEmptable

iurEmergencyCallPriori-tyLevel

(Iur emergency call prioritylevel)

yes (RW) This attribute indicates thepriority level of anemergency call from a peerServing Radio NetworkController (SRNC) over theIur interface.


Default = 2


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iurLinkDN

(Iur distinguished nameholder)

yes (RO-SC) Attribute to hold the DN ofthe related SNM objectIurLink.

Any valid string.



linkProfileDN



Any valid string.



mPDPplusStreamingWithR99AllowedViaIur

(MPDP plus streaming withR99 allowed via Iur)

no (RW) Defines whether calls withtwo I/B and one streamingPS RABs are allowed overIuR. IfmPDPplusStreamingWithR99AllowedViaIuris set to FALSE, the RNCshall reject any RABestablishment requestresulting in two I/B RABsplus one Streaming RABwhen the RNC has linkstowards the UE over the Iur.In addition, ifmPDPplusStreamingWithR99AllowedViaIuris set to FALSE and amobility event results in aneed to add a radio link tothe UE with two I/B RABsplus one Streaming on theDRNC, then one I/B RAB isreleased. The I/B RAB withhighest stringent’Allocation/RetentionPriority’ and highest QoS iskept.

true

false

Default = true


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mPDPwithHSDPAallowedVi-aIur

(MPDP with HSDPAallowed via IuR)

no (RW) Defines whether HSDPAcalls with multiple PS RABsare allowed over IuR.

true

false

Default = true

mtp3bRrefSS7

(Message transfer part level3 Iur reference SS7)



No default

mtp3bRrefSS7ALCAP

(Message transfer part level3 Iur reference SS7 ALCAP)

yes (RO-SC) Reference to the SS7 linkset used by this interface(for ALCAP).


No default


enabled


Default: enabled

pDU656enabled

(PDU 656 enabled)

no (RW) Indicates if the use of 656bit RLC PDU for HSDPAtransfer is enabled on agiven Iur interface.

true

false

Default = false

peerIuRDN

(Peer RNC IuR DistinguisedName)

yes (RW) Distinguised Name (DN) ofthe IuR at the peer RNC endof link.

Any valid string.



refPrnc

(Reference peer RNC)

yes (RO-SC) The Distinguished Name(DN) of the Peer RNC(PRNC) object that isrelated to this Iur link.


No default

rNSAPDestinationPointCode

(RNSAP destination pointcode)

yes (RO-SC) The Signaling System no. 7(SS7) Destination PointCode (DPC) of the remoteentity.


No default


notSupported



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coldStandby

providingService


streamingWithDchHsdpaAl-lowedViaIur

(Streaming with DCHHSDPA allowed via IuR)

no (RW) Defines whether HSDPAcalls with streaming areallowed over IuR. If it isnot allowed then on RABestablishment or when thebest cell changes to theDRNC the call is setup orreconfigured to DCH.

true

false

Default = true

unknownStatus

(Unknown status)


true

false

Default = false

userLabel

(User label)


Any valid string.



userplaneRVCLs

(Userplane R virtual channellinks)

yes (RO-SC) The attributes that areapplicable for the VirtualChannel Link (VCL)termination for AAL2Virtual Channel Connections(VCCs) that carry the Iurinformation (referred to asuserplane R traffic).


See“Structure of IuRvalues” (p. 2-163).


Structure of IuR values

The following table describes the value format used for the IuR object attribute.


userplaneRVCLs vclTerminationRef 0 through 2147483647 step size=1



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ownership lOCAL

rEMOTE




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LA...................................................................................................................................................................................................................................

Full name

Location area

Description

This object represents a cluster of one or more radio cells that together form aLocation Area (LA).

The set of radio cells served by a Node B can be assigned to different LAs but a singleradio cell can be assigned to one area only. All Node Bs serving radio cells assigned tothe same LA are to be controlled by RNCs which are connected to the same MSC.


Hierarchical location of the LA object:



Attributes

The following attributes apply to the LA object and are available through the GUI andCLI.



unlocked


locked

Default: unlocked

attFlag

(Attach/detach flag)

no (RW) Indicates whetherInternational MobileSubscriber Identity (IMSI)attach/detach service isactive in this cell.

true

false

Default = true

LRNC

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inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty

No default

lARefCells

(LA object cell list)

no (RO) Reverse list of LCell objectswhich reference this LAobject.



No default

lARefExtCells

(Location area referencedcell list)

no (RO) Reverse list of FddExtCellobjects which reference thisLA object.



No default

locationAreaCode


yes (RO-SC) The Location Area Code(LAC) identifies a locationarea within a PLMN.


No default


enabled


Default: enabled


notSupported


RNC object descriptions LA

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coldStandby

providingService


t3212

(Timer 3212)

no (RW) Indicates the interval inwhich the UE has toperform a periodic locationupdate.


Default = 60

unknownStatus

(Unknown status)


true

false

Default = false

userLabel

(User label)


Any valid string.



RNC object descriptions LA

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LCell...................................................................................................................................................................................................................................

Full name

Logical cell

Description

This object represents the logical cell function supported by the RNC.

Besides the control and management of cell-related information it allows theadministration of the following channels:

• Common Pilot Channels (CPICHs)

• Physical Shared Channels (PSCHs)

• Synchronization Channels (SCHs)

• Primary Common Control Physical Channels (P-CCPCHs)

• Broadcast Channels (BCHs).


Hierarchical location of the LCell object:



The following list outlines the object constraints for creating an LCell object.

• Make sure that the LCell, FddExtCell, and GsmExtCell objects in the OutgoingAdjacent Cell Lists (outFDDAdjCells andoutGsmAdjCells) exist.

• Make sure that the total maximum number of adjacent cell object references (LCell,FddExtCell, and GsmExtCell objects) does not exceed 32 in the outgoing adjacentcell attributes (outFDDExtCells andoutGSMExtCells).

• WhenoutFDDAdjCells.choiceAccuracy is set to:

– 2560 chips, then ensureoutFDDAdjCells.timeDiffToCell is in the range 0 upto 15

– 256 chips, then ensureoutFDDAdjCells.timeDiffToCell is in the range 0 upto 150.

LRNC

LCell

LNodeB


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• Make sure thatthrConCUL ≥ thrCACUL.

• Make sure thatthrConCDL ≥ thrCACDL.

• Make sure thatthrCACUL ≥ thrDBCUL.

• Make sure thatthrCACDL ≥ thrDBCDL.

• Make sure thatpersistLow ≥ persistHigh.

• Make sure that the referenced SAPS, SACS, and RA objects exist.

• Make sure that the SAPS, SACS, and RA objects referenced from LCell in turnreference the same LA object.

• Make sure that the SAPS and SACS objects referenced from LCell have the samevalue for service area code (sAPSCode andsACSCode).

• Make sure that not more than one OCNS object per LCell may be created withmodeOfOperation set to “voice”.

• Make sure that the referenced URA object exists.

• Only one element oflCellRefURAs must havelCellRefURAs.preferredURA setto “true”.

• For antennaLongitude if degrees = 180, then make sure thatminutes = 0 andseconds = 0.

• For antennaLatitude if degrees = 90, then make sure thatminutes = 0 andseconds = 0.

• Make sure that each populated element of the sequenceoutFddToGsmCellsDahorefers to a valid GsmExtCell object.

• For lCSReportLongitude if degrees = 180, then make sure thatminutes = 0 andseconds = 0.

• For lCSReportLatitude if degrees = 90, then make sure thatminutes = 0 andseconds = 0.

• Make sure that the value ofcellIndex is unique within an LCelloutFDDAdjCells.cellIndex sequence.

• Make sure that the object referenced byrefCellSP exists.

• Make sure that eitheruARFCNNd − uARFCNNu = 950 oruARFCNNd − uARFCNNu =400.

RNC object descriptions LCell

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The following list outlines the object constraints for modifying an LCell object usingthe set command.

• Make sure that the LCell and FddExtCell objects referenced byoutFDDAdjCellsexist

• For every FddExtCell referenced inoutFDDAdjCells, ensure that the size ofFddExtCell.inAdjCells is 1 less than the maximum number of elements it cansupport.

• Make sure that the total maximum number of adjacent cell object references (LCell,FddExtCell, and GsmExtCell objects) does not exceed 32 in the outgoing adjacentcell attributes (outFDDExtCells andoutGSMExtCells).

The following list outlines the object constraints for unlocking an LCell object usingthe unlock command.

• Make sure that theprimaryScramblingCode anduARFCNNd attribute combinationis not found on any adjacent LCell objects.

Attributes

The following attributes apply to the LCell object and are available through the GUIand CLI.


activeSetSizeCS

(Active set size circuitswitched)

yes (RW) This attribute defines theservice-dependent maximumnumber of cells in the activeset at a time for one UErequesting Circuit Switched(CS) service.


Default = 4

activeSetSizePS

(Active set size packetswitched)

yes (RW) This attribute defines theservice-dependent maximumnumber of cells in the activeset at a time for one UErequesting Packet Switched(PS) service.


Default = 3

addThresholdSHO

(Add threshold softhandover)

no (RW) A hysteresis that determinesthe entry condition for cellsto be included in the activeset at call setup.

0.0 through 14.5 stepsize=0.5

Default = 4.0


unlocked


locked


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Default: locked

aGPSEnableForEc

(AGPS Enable, Emergencyclients)

no (RW) Enables/Disables AGPSpositioning method foremergency clients on a percell basis.

true

false

Default = true

aGPSEnableForNec

(AGPS Enable,non-emergency clients)

no (RW) Enables/Disables AGPSpositioning method fornon-emergency clients on aper cell basis.

true

false

Default = true

aMR475Config

(AMR 4.75 codecconfiguration)

no (RW) Defines the parametersassociated with the selectionof the AMR 4.75 codec.

See“Structure of LCellvalues” (p. 2-208).

Default = {false,

50,

50,

50,

50}

aMR59Config




Default = {false,

50,

50,

50,

50}

aMR59MinDLSF128Codes

(AMR5.9 codec threshold)

no (RW) This parameter defines thethreshold for the number ofavailable SF128 codes toselect the downlinkspreading factor forAMR5.9.


Default = 38

aMR795Config




Default = {false,

50,

50,

50,

50}


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antennaAltitude

(Antenna altitude)

yes (RW) This attribute specifies theantenna altitude positionrelative to WGS84 ellipsoid.


Default = {height,

0.0}

antennaAzimuth

(Antenna azimuth)

yes (RW) This attribute specifies theantenna azimuth of the mainbeam.


Default = 0

antennaBeamWidth

(Antenna beam width)

yes (RW) This attributes defines themain antenna beam width.


Default = 130

antennaLatitude

(Antenna latitude)

yes (RW) This attribute specifies thegeographical latitude of theantenna position.


Default = {0,

0,

1.0,

northern}

antennaLongitude

(Antenna longitude)

yes (RW) This attribute specifies thegeographical longitude ofthe antenna position.


Default = {0,

0,

1.0,

western}

availability no (RO) Status information about theavailability of the cell.

inTest

(Availability) failed

powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty


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Default: inTest


inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty

No default

bCCHModificationTime

(BCCH modification time)

no (RW) Indicates the System FrameNumber (SFN) when theNode B needs to updateboth the Master InformationBlock and the SystemInformation Block.


Default = 0

bCCHRequiredTransmission-Period

(BCCH requiredtransmission period)

yes(RW-LO)

Indicates to RNC callprocessing the period forwhich it has to include theBCCH modification info IEin the RRC Paging Type 1message to indicate to theUE there is a BCCHmodification.


Default = 1

bCHPower

(Broadcast channel power)

yes (RW) Defines the output powerlevel of the BroadcastChannel (BCH) transportchannel.


Default = -3.0


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bCHStatusInfo

(Broadcast channel statusinformation)

no (RO) Contains the operationalstate and availablity statusof the BCH transportchannel in the cell.


Default = {enabled,

empty}

borderCellToGsm



true

false

Default = false

cellSelAndResQualMeas yes (RW) The type of measurementsthat must be used for quality(Q) measurements duringcell selection andreselection.

cPICHECNO

(Cell selection andreselection qualitymeasurements)

cPICHRSCP

Default: cPICHECNO

channelOperationalState no (RO) The operational state of thechannels.

enabled

(Channel operational state) disabled

Default: enabled

closedLoopTimingAdjust-mentMode

yes(RW-LO)

Indicates whether closedloop mode TX diversity isused in this cell.

oFFSET_1

(Closed loop timingadjustment mode)

oFFSET_2

Default: oFFSET_1




true

false

Default = true

conCWaitTime

(Congestion control waittime)

yes (RW) This is the waiting timecongestion control shall waitafter reducing a packetswitched service until itchecks again for overload.


Default = 2000


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detectedSetCellReporting

(Detected set cell reporting)

no (RW) This attribute defines ifdetected cells shall bereported or not.

true

false

Default = false

dLPowerAvWindowSize

(Downlink power averagingwindow size)

yes(RW-LO)

Defines the averagingwindow size when limitedpower increase is used.


Default = 15

dLTPCPattern

(Downlink transmit powercontrol pattern)

yes(RW-LO)

Determines the TransmitPower Control patternn thatis used on radio links thatare marked as the first radiolinks. This pattern is usedby the links before uplinksynchronization is achieved.


Default = 14

dPCCHPowerOffsetCorrec-tionFactor

(dPCCH Power OffsetCorrection Factor)

no (RW-LO) Cell based correction factorfor the parameter used todetermine initial transmitpower of a new DTCH.


Default = 0.0

ecI0thr

(Ec/I0 threshold)

yes (RW) The threshold on theCommon Pilot Channel(CPICH) Ec/I0 to decide onthe downlink environmentstatus.


Default = -11.0

ecI0thrUL

(EcI0 uplink threshold)

no (RW) The threshold on the CPiCHEcI0 to decide on theUL_environment_status.

-24.0 through 0.0

Default = -8.0

eCIDEnableForEc

(ECID positioning enable,emergency clients)

no (RW) Enables/Disables ECIDpositioning method foremergency clients on a percell basis.

true

false

Default = true

eCIDEnableForNec

(ECID positioning enable,non-emergency clients)

no (RW) Enables/Disables ECIDpositioning method fornon-emergency clients on aper cell basis.

true

false

Default = true

emergencyCallRedirection-Required

(Emergency call redirectionrequired)

no (RW) This attribute indicateswhether the redirectionsolution is used.

true

false

Default = false


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emergencyCallRedirection-WaitTime

(Emergency call redirectionwait time)

no (RW) This attribute defines thetime period the UE has towait before repeating therejected procedure.


Default = 5

enableSIB12Indicator

(Enable system informationblock 12 indicator)

no (RW) Indicates whether SystemInformation Block 12(SIB12) should betransmitted.

true

false

Default = true

enableSIB6Indicator yes (RW) Indicates whether SystemInformation Block 6 (SIB6)should be transmitted.

sIB6INDICATOR_DISABLED

Default:sIB6INDICATOR_DISABLED

enableUEperiodicPMs

(Enable user equipmentperiodic performancemeasurements)

no (RW) Enables/Disables UEreporting QualityMeasurement Report fromwhich DL BLER, CPICHEC/IO and RSCP is derived.

true

false

Default = false

fACHMeaCycCoeff

(FACH measurementoccasion cycle lengthcoefficient)

no (RW) The FACH measurementoccasion cycle lengthcoefficient used to calculatethe measurement occasioncycle length used forinter-frequency andinter-system measurementswhile in CELL_FACH state.


Default = 3

filterCoefficientDL yes(RW-LO)

The downlink loadmeasurement filtercoefficient determines theamount of filtering(averaging) to be applied fordownlink TSSImeasurements.

cOEFF_0

(Filter coefficient downlink) cOEFF_1

cOEFF_2

cOEFF_3

cOEFF_4

cOEFF_5


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cOEFF_6

cOEFF_7

cOEFF_8

cOEFF_9

cOEFF_11

cOEFF_13

cOEFF_15

cOEFF_17

cOEFF_19

Default: cOEFF_6

filterCoefficientRACH no (RW-LO) The PRACH loadmeasurement filtercoefficient determines theamount of filtering to beapplied for acknowledgedPRACH preamblesmeasurements.

cOEFF_0

(Filter coefficient RACH) cOEFF_1

cOEFF_2

cOEFF_3

cOEFF_4

cOEFF_5

cOEFF_6

cOEFF_7

cOEFF_8

cOEFF_9

cOEFF_11

cOEFF_13

cOEFF_15

cOEFF_17

cOEFF_19

Default: cOEFF_6


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filterCoefficientUL yes(RW-LO)

The uplink loadmeasurement filtercoefficient determines theamount of filtering(averaging) to be applied foruplink Received SignalStrength Indicator (RSSI)measurements.

cOEFF_0

(Filter coefficient uplink) cOEFF_1

cOEFF_2

cOEFF_3

cOEFF_4

cOEFF_5

cOEFF_6

cOEFF_7

cOEFF_8

cOEFF_9

cOEFF_11

cOEFF_13

cOEFF_15

cOEFF_17

cOEFF_19

Default: cOEFF_6

filterCoefficientULEDCH yes(RW-LO)

The Uplink LoadMeasurement FilterCoefficient determines theamount of filtering to beapplied for uplink loadmeasurements when E-DCHis enabled for the specificcell.

cOEFF_0

(Uplink Load MeasurementFilter Coefficient)

cOEFF_1

cOEFF_2

cOEFF_3

cOEFF_4


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cOEFF_5

cOEFF_6

cOEFF_7

cOEFF_8

cOEFF_9

cOEFF_11

cOEFF_13

cOEFF_15

cOEFF_17

cOEFF_19

Default: cOEFF_6

forbCells1A

(Forbidden cells event 1A)

no (RW) This attribute defines cellsthat are not permitted toaffect the reporting rangefor event 1A.



No default

forbCells1B

(Forbidden cells event 1B)

no (RW) This attribute defines cellsthat are not permitted toaffect the reporting rangefor event 1B.



No default

forcePreferredUra

(Force preferred UTRANregistration area)

yes(RW-LO)

The UTRAN RegistrationArea (URA) that should beused by a UE that enters theURA_PCH state or exits itscurrent URA.

true

false

Default = false

gpsSanityRadius

(Global positioning systemsanity area radius)

no (RW) This attribute defines theradius of a circle (sanityarea) around the centre ofthe cell in which the RNCknows a UE to be.


Default = 20


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gSM2UMTSCellScalingFactor

(GSM to UMTS, cellscaling factor)

no (RW) This OAM parameterenables tuning of the targetcell to determine the area tobe covered by the initial DLtransmit power when radiolinks are handed over fromGSM to UMTS.


Default = 0.0

gsmToUmtsHandover

(GSM to UMTS Handover)

no (RW) The parameterenables/disables the GSM toUMTS handover feature ona per cell basis.

true

false

Default = true

hSDPAAndEDCHTotalD-LPower

(HSDPA and EDCH TotalDL Power)

yes (RW) Maximum value for thelinear sum of the power ofall the HS-PDSCH,HSSCCH, E-HICH,E-AGCH and E-RGCHcodes used in a cell.


Default = 50.0

hysteresisTime

(Hysteresis time)

yes(RW-LO)

Load-measurementhysteresis time.


Default = 2000

inAdjCells





No default

inInterFreqFddAdjCells

(Incoming Inter-FrequencyCell Reselection relations)

no (RO) Incoming relations fromUTRAN Cells forInter-Frequency CellReselection and MobileAssisted Handover(ifCrsMaho).



No default

inInterFreqFddAdjCells-Daho

(Incoming UTRAN cellrelations)

no (RO) Incoming relations fromUTRAN Cells for InterFrequency Database AssistedHandover (ifDaho).



No default


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initialEnvironmentStatus no (RW) The default environmentstatus for UL and DL forDBC admission check,which is used when no EcI0report was available duringtransition into Cell_DCHstate.

cELLEDGE

(Initial environment status) cELLCENTRE

Default: cELLEDGE

interFreqBorderCellToFDD



true

false

Default = false




true

false

Default = true

interFreqHOCellScaling-Factor

(Inter-frequency hand overscaling factor)

no (RW) This OAM parameterenables tuning of the targetcell to determine the area tobe covered by the initial DLtransmit power when radiolinks are handed overbetween two UMTSfrequencies.


Default = 0.0

interFreqLbMahoMeas2C

(Event 2C triggeringconfiguration data)

no (RW) Specifies the configurationdata, which is sent to andused by the UE to generatethe event triggeredmeasurement report 2C(MAHO).


Default = {4.0,

tIMETOTRIGGER_1280,

-12,

-12,

1.0}


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interFreqQbDahoMeas2D

(Event 2D triggeringconfiguration data)

no (RW) Specifies the configurationdata, which is sent to andused by the UE to generatethe event triggeredmeasurement report 2D(DAHO).


Default = {-13,

-89,

2.0,

tIMETOTRIGGER_320,

1.0}

interFreqQbMahoActCM2D

(Inter frequency handoverconfiguration data(compressed modeactivation))

no (RW) Specifies the configurationdata which is sent to andused by the UE for thegeneration of the eventtriggered measurementreport 2D (MAHO).


Default = {-14,

-89,

tIMETOTRIGGER_320}

interFreqQbMahoDeactCM2F

(Compressed modedeactivation configurationdata)

no (RW) Specifies the configurationdata, which is sent to andused by the UE to generatethe event triggeredmeasurement report 2F(MAHO).


Default = {-11,

-81,

tIMETOTRIGGER_5000}

interFreqQbMahoMeas2B

(Event 2B triggeringconfiguration data)

no (RW) Specifies the configurationdata, which is sent to andused by the UE for thegeneration of the eventtriggered measurementreport 2B.


Default = {-11,

-89,

1.0,

0.0,

tIMETOTRIGGER_120,

-10,

-81,

1.0}


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itfNDN

(Itf-N distinguished name)

yes (RW) The Distinguished Name(DN) of the Itf-N object thatis related to this instance.

Any valid string.



lCellRefLA

(Location area of this cell)

yes(RW-LO)

Location Area that this cellbelongs to.


No default

lCellRefRA

(Logical cell reference tothe routing area)

yes(RW-LO)

The Distinguished Name(DN) of the Routing Area(RA) object that is relatedto this logical cell.


No default

lCellRefSACS

(Logical cell reference tothe service area circuitswitch)

yes(RW-LO)

The Distinguished Name(DN) of the Service AreaCircuit Switch (SACS)object that is related to thislogical cell.


No default

lCellRefSAPS

(Logical cell reference tothe service area packetswitch)

yes(RW-LO)

The Distinguished Name(DN) of the Service AreaPacket Switch (SAPS)object that is related to thislogical cell.


No default

lCellRefURAs

(Logical cell reference tothe UTRAN registrationarea)

yes(RW-LO)

The Distinguished Name(DN) of the UTRANRegistration Area (URA)object that is related to thisLogical Cell.




lCSReportLatitude

(Location services reportlatitude)

yes (RW) Latitude of UE geographicalposition informationassociated with a particularcell.




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lCSReportLongitude

(Location services reportlongitude)

yes (RW) Longitude of UEgeographical positioninformation associated witha particular cell.



lCSUncertaintyRadius

(Location servicesuncertainty radius)

yes (RW) For an interior sector, theaverage distance from thecell site center to the equalpower boundary between thesector of interest and theadjacent cell(s) sector(s).For a perimeter sector, theaverage maximum range ofthe sector.


Default = 600

loadHysteresisTimeRACH

(Load hysteresis timeRACH)

no (RW-LO) This is the time duration forwhich the acknowledgedPRACH preambles valuemust be below the thresholdbefore a measurement reporton acknowledged PRACH istriggered.


Default = 1000

localCellID

(Local cell identity)

yes (RO-SC) The local cell identity is theunique identifier for a set ofphysical resources within aNode B able to support acell.


No default

logicalCellId

(Logical cell identity)

yes (RO-SC) The Logical Cell Identity(C-Id) is used as a uniqueidentifier of a logical cell(LCell) that is controlled bythe RNC.


No default

mahoByGsmMeasurements

(MAHO by GSMMeasurements )

no (RW) This parameterenables/disables themobile-assisted handover(MAHO) algorithm fortriggering the UMTS toGSM handover procedure.

true

false

Default = true


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marketLabel

(Market label)


Any valid string.



maxPagRec

(Maximum paging records)

no (RW-RR) Indicates the maximumnumber of paging recordscontained in a singlePAGING TYPE 1 message.


Default = 8

maxTransmissionPower

(Maximum transmissionpower)

yes(RW-LO)

Maximum power for alldownlink channels addedtogether, that is allowedsimultaneously in a cell.


Default = 43.0

measPeriod

(Measurement period)

yes(RW-LO)

The time period betweenconsecutive periodicmeasurement reports for theReceive Signal StrengthIndicator (RSSI) and theTransmit Signal StrengthIndicator (TSSI).


Default = 1000

measurementPeriodLong

(Measurement period long)

yes (RW) The time period for theperiodic report on theReceived Signal StrengthIndicator (RSSI) from theNode B to the RNC.


Default = 30

measurementQuantityInter-FreqHO

no (RW) This parameter is used forinter-frequency hardhandover. It determines thequantity to be used formeasurements of the UMTSfrequencies.

rSCP

(Inter-frequency hardhandover measurementquantity)

eCN0

rSCP_ECN0

Default: rSCP_ECN0


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rSCP


eCN0

rSCP_ECN0

Default: rSCP_ECN0



rSCP


eCN0

rSCP_ECN0

Default: rSCP_ECN0

measurementReporting no (RO) This attribute indicates whattype of measurementreporting is used.

pERIODIC

(Measurement reporting) eVENTTRIGGERED

Default:eVENTTRIGGERED

ndpLabel



Any valid string.




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noInSyncInd

(Number of in syncindicators)

yes (RW) The number of successive“in-sync” indications thatthe Node B must receivefrom its Layer 1 softwarebefore allowing a link tooperate in connected modeagain.


Default = 2

noOutSyncInd

(Number of out of syncindicators)

yes (RW) The number of successive“out-of-sync” indicationsthat the Node B mustreceive from its Layer 1software before triggeringthe radio-link failureprocedure.


Default = 5

numUsersDowngradeConC

(Congestion control userdowngrade)

no (RW) The number of PS datausers on DCH that arerequested to besimultaneously downgradedin case of congestioncontrol.


Default = 1

numUsersDowngradeDBC

(Users to be downgraded)

no (RW) The number of low priorityPS data users on DCH thatare requested to besimultaneously downgradedin case QoS based DBCdowngrade is performed.


Default = 2


enabled


Default: enabled

outFDDAdjCells

(Outgoing FDD adjacentcells)

no (RW) The Distinguished Names(DNs) and the mostimportant attributes of theneighboring cells of theLCell which can belong toother RNCs as the LogicalRadio Network Controller(LRNC).





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outFddToGsmCellsDaho

(Outgoing relations fromFDD to GSM cells fordatabase assisted handover)

no (RW) This attribute specifies theGSM cells to which this cellhas an outgoing relation forthe purpose of inter-systemDatabase Assisted Handover(DAHO).




outFddToGsmCellsDahoNQB

(GSM Neighbour Cells forDAHO Non-Quality Based)

no (RW) This parameter specifies theGSM target cells for databased assisted inter-systemhandover (includinginter-system directed retry)for triggers that arenon-quality based.




outGSMAdjCells

(Outgoing GSM adjacentcells)

no (RW) The neighboring GSM cellsthat are related to the LCell.




outInterFreqFDDAdjCells

(Inter-frequency NeighbourCells (MAHO))

no (RW) Defines a list of up to 32inter-frequency FDDneighbour cells per UTRANcell.




outInterFreqFddAdjCells-Daho

(Inter-frequency NeighbourCells (DAHO))

no (RW) Defines a list of up to 3UTRAN neighbour cells perUTRAN cell.





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pCCPCHStatusInfo

(Primary common controlphysical channel statusinformation)

no (RO) The operational state andavailablity status of theP-CCPCH physical channelin the cell.


Default = {enabled,

empty}

pCPICHPower

(Primary common pilotchannel power)

yes (RW) Primary Common PilotChannel (P-CPICH)downlink power.


Default = 33.0

pCPICHStatusInfo

(Primary common pilotchannel status information)

no (RO) The operational state andavailablity status of theP-CPICH physical channelin the cell.


Default = {enabled,

empty}

pDU656minEcIoThreshold

(PDU 656 minimum EcIothreshold)

no (RW) Defines the minimum EcIolevel for setting up a PSRAB with a 656 bit PDUconfiguration.


Default = -5.0

persistHigh

(Persistency high)

yes (RW) This attribute is used by theRNC to determine thedynamic persistence level tothe UE depending onwhether the estimated uplinkload is greater or less thanattributethrCACUL.


Default = 2

persistLow

(Persistency low)

yes (RW) This attribute is used by theRNC to determine thedynamic persistence level tothe UE depending onwhether the estimated uplinkload is greater or less thanattributethrCACUL.


Default = 6

pLMNValueTag

(Public land mobile networkvalue tag)

no (RO) The initial value that shouldbe used for the PLMN ValueTag.


Default = 1

pMaxCorrectionFactor

(Correction factor ofmaximum downlink power)

no (RW) Local correction to the valueof maxDLPower used todefine the DL dynamicrange of dedicated radiolinks.


Default = 0


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pMinCorrectionFactor

(Correction factor ofminimum downlink power)

no (RW) Local correction to the valueof minDLPower used todefine the DL dynamicrange of dedicated radiolinks.


Default = 0

powerRaiseLimit

(Power raise limit)

yes(RW-LO)

The Power Raise Limitdefines the limit by whichthe transmit power of thedownlink DPCCH/DPDCHcan be raised during anInner Loop Power Control(ILPC) cycle.


Default = 10



yes(RW-LO)

The primary scramblingcode that is used for thiscell which is not controlledby the LRNC.


No default

pSCHPower

(Primary synchronizationchannel power)

yes (RW) Defines the output powerlevel of the PrimarySynchronization Channel(P-SCH) physical channel.


Default = -3.0

pSCHStatusInfo

(Primary synchronizationchannel status information)

no (RO) The operational state andavailablity status of theP-SCH physical channel inthe cell.


Default = {enabled,

empty}

queueLength

(Queue length)

no (RW-RR) The paging message queuelength defines the length ofall paging queues in aparticular cell.


Default = 128

readSFNIndicator


yes(RW-LO)

Indicates to the UE whetherthe UE has to decode theSystem Frame Number(SFN) of the cell.

true

false

Default = true

refCellSP

(Reference cell serviceprofile)

yes(RW-LO)

Reference to the CellService Profile (CellSP) forthis LCell.


No default


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refPeerRncs

(Peer RNCs reference list)

no (RW) This is a list of peer RNC’swhich need knowledgeabout this cell even thoughit might not have anydefined outgoing neighbourrelations to this cell.


Any valid string.



refSIBRepProfile

(SIB repetition profile)

no (RW) This parameter indicates theSIB repetition combinationthat is used by the cell.


Default = 6

reportingCriteria1A

(Reporting criteria event1A)

yes (RW) The attributes that are usedto define the reportingcriteria for event 1A.


Default = {1.0,

eVENTTRIGGREPORTAMOUNT_INFINITY,

rEPORTINGINTERVAL_1000,

4.0,

tIMETOTRIGGER_120,

0.0}

reportingCriteria1B

(Reporting criteria event1B)

yes (RW) The attributes that are usedto define the reportingcriteria for event 1B.


Default = {1.0,

5.0,

tIMETOTRIGGER_1280,

0.0,


rEPORTINGINTERVAL_1000}


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reportingCriteria1C

(Reporting criteria event1C)

yes (RW) The attributes that are usedto define the reportingcriteria for event 1C.


Default = {4.0,


rEPORTINGINTERVAL_1000,

tIMETOTRIGGER_320}

rncRelationChangeCount

(RNC Relation ChangeCount)

no (RO) This attribute records thenumber of changes made tothe outgoing relation-relatedarray attributes of theFddExtCell.


Default = 0

rSICause no (RO) This attribute contains thecause value provided in thelast RSI in which the C-IDof the LCell is referenced.

none

(RSI cause) dLResourceNotSup-ported

cellNotAvailable

powerLevelNotSup-ported

dLRadioResourcesNo-tAvailable

uLRadioResourcesNo-tAvailable

rLAlreadyActivat-edOrAllocated

nodeBResourcesUna-vailable

measurementNotSup-portedForObject

combiningResources-NotAvailable

requestedConfigura-tionNotSupported


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synchronizationFailure

priorityTransportChan-nelEstablished

sIBOriginationIn-NodeBNotSupported

requestedTxDiversity-ModeNotSupported

rNL_Unspecified

bCCHSchedulingError

measurementTempo-rarilyNotAvailable

invalidCMSetting

reconfigurationCFN-NotElapsed

numberOfDLCodesNot-Supported

sCPICHNotSupported

combiningNotSup-ported

uLSFNotSupported

dLSFNotSupported

commonTrans-portChannelTypeNot-Supported

dedicatedTrans-portChannelTypeNot-Supported

downlinkSharedChan-nelTypeNotSupported

uplinkSharedChannel-TypeNotSupported

cMNotSupported

txDiversityNoLonger-Supported

unknownLocalCellID


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numberOfULCodesNot-Supported

transportResource-Unavailable

transferSyntaxError

abstractSyntaxErrorRe-ject

abstractSyntaxErrorI-gnoreAndNotify

messageNotCom-patibleWithReceiver-State

semanticError

tL_unspecified

prot_unspecified

misc_unspecified

abstSyntErrFalsCon-structedMess

controlProcessingOver-load

hardwareFailure

oMIntervention

notEnoughUser-PlaneProcResources

unknownC_ID

Default: none

schedulingBlock1Enabled

(Scheduling Block 1enabled)

no (RW) Indicate whether to use ornot use Scheduling Block 1.

true

false

Default = true

sectorRadius

(Sector radius)

yes (RW) This attribute defines thesector radius used forlocation service based onenhanced cell id.


Default = 600


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sIB3AccClassBarred

(System information block 3access class barred)

yes (RW) Defines whether a cell isbarred for specific AccessClasses (ACs).

Sequenceof 16records, using thefollowing value(s):

true

false

No default

sIB3CellBarred yes (RW) Defines whether a cell isbarred (access to the cell isrestricted).

nOTBARRED

(System information block 3cell barred)

bARRED

Default: nOTBARRED

sIB3CellResExtension yes (RW) Defines whether a cell isreserved for future extension(access to the cell isrestricted).

rESERVED

(System information block 3cell reserved extension)

nOTRESERVED

Default:nOTRESERVED

sIB3CellResForOperatorUse yes (RW) Defines whether a cell isreserved for operator use(access to the cell isrestricted).

oPERATORRE-SERVED

(System information block 3cell reserved for operatoruse)

oPERATORNOTRE-SERVED

Default:oPERATORNOTRE-SERVED

sIB3CellResForSolSAUse yes (RW) Defines whether a cell isreserved for Support ofLocation Service Area(SoLSA) use (access to thecell is restricted).

sOLSARESERVED

(System information block 3cell reserved for support oflocation service area use)

sOLSANOTRE-SERVED


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Default:sOLSANOTRE-SERVED

sIB3EnableSIB4Indicator

(System information block 3enable system informationblock 4 indicator)

yes (RW) Indicates whether SystemInformation Block 4 (SIB4)information is broadcast.

true

false

Default = false

sIB3IntraFreqCellReselectionyes (RW) Indicates whether the UE isallowed to perform the cellreselection procedure forcells that belong to the samefrequency as the barred cell.

nOTALLOWED

(System information block 3intra-frequency cellreselection indicator)

aLLOWED

Default: aLLOWED

sIB3MaxAllowedULTxPower

(System information block 3maximum allowed uplinktransmit power)

yes (RW) The maximum power thatthe UE is allowed to usewhen accessing the cell onPRACH in idle mode.


Default = 24

sIB3Qhyst1

(System information block 3quality hysteresis 1)

yes (RW) The ’quality hysteresis’value for cell reselectionprioritizing the ranking ofthe serving cell if CPICHRSCP is used as qualitymeasure.


Default = 2

sIB3Qhyst2


yes (RW) The ’quality hysteresis’value for cell reselectionprioritizing the ranking ofthe serving cell if CPICHEc/No is used as qualitymeasure.


Default = 2

sIB3QQualMin

(SIB 3 Q quality minimum)

no (RW) The minimum requiredquality level that the UEmust receive from this cellbefore the cell is “valid” forthe selection and reselectionprocedures.


Default = -19


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sIB3QRXLevMin

(SIB 3 Q received levelminimum)

yes (RW) The minimum requiredreceive level that the UEmust receive from this cellbefore the cell is “valid” forthe selection and reselectionprocedures.


Default = -111

sIB3RAT

(System information block 3radio access technology)

no (RW) The attributes that are usedto determine whether the UEshould perform theinter-RAT measurementsduring cell (re)selection.




sIB3SInterSearch

(System information blocktype 3 thresholdinter-frequency search)

yes (RW) The threshold value that isused to determine whetherthe UE should performinter-frequencymeasurements.


Default = 6

sIB3SIntraSearch

(System information blocktype 3 thresholdintra-frequency search)

yes (RW) The threshold value that isused to determine whetherthe UE should performintra-frequencymeasurements forintra-frequency cellreselection.


Default = 10

sIB3SSearchHCS

(System information block 3S search hierarchical cellstructure)

no (RO) The threshold value that isused to determine whetherthe UE should performintra-frequency andinter-frequencymeasurements.


Default = 1

sIB3TBarred yes (RW) The period of time that theUE must wait beforechecking whether the statusof the barred cell haschanged.

tBARRED_10

(System information block 3timer barred)

tBARRED_20

tBARRED_40

tBARRED_80


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tBARRED_160

tBARRED_320

tBARRED_640

tBARRED_1280

Default: tBARRED_20

sIB3TReselection

(System information block 3timer reselection)

yes (RW) The period of time forwhich the cell reselectioncriteria must be fulfilledbefore the new cell may beselected.


Default = 1

sIB4CellBarred yes (RW) Defines whether a cell isbarred (access to the cell isrestricted) for UEs that arein connected mode.

nOTBARRED

(System information block 4cell barred)

bARRED

Default: nOTBARRED

sIB4CellResExtension yes (RW) Defines whether a cell isreserved for future extension(access to the cell isrestricted).

rESERVED

(System information block 4cell reserved extension)

nOTRESERVED

Default:nOTRESERVED

sIB4CellResForOperatorUse yes (RW) Defines whether a cell isreserved for operator use(access to the cell isrestricted) for the UEs thatare in connected mode.

oPERATORRE-SERVED

(System information block 4cell reserved for operatoruse)

oPERATORNOTRE-SERVED

Default:oPERATORNOTRE-SERVED


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sIB4CellResForSolSAUse yes (RW) Defines whether a cell isreserved for SoLSA use(access to the cell isrestricted) for the UEs thatare in connected mode.

sOLSARESERVED

(System information block 4cell reserved for support oflocation service area use)

sOLSANOTRE-SERVED

Default:sOLSANOTRE-SERVED

sIB4IntraFreqCellReselectionyes (RW) Indicates whether the UE isallowed to reselect cells thatbelong to the samefrequency as the barred cell.

nOTALLOWED

(System information block 4intra-frequency cellreselection indicator)

aLLOWED

Default: aLLOWED

sIB4MaxAllowedULTxPower

(System information block 4maximum allowed uplinktransmit power)

yes (RW) The maximum power thatthe UE is allowed to usewhen accessing the cell onPRACH in connected mode.


Default = 24

sIB4Qhyst1


yes (RW) The “quality hysteresis”value for cell reselectionprioritizing the ranking ofthe serving cell if CPICHRSCP is used as qualitymeasure.


Default = 2

sIB4Qhyst2


yes (RW) The “quality hysteresis”value for cell reselectionprioritizing the ranking ofthe serving cell if CPICHEc/No is used as qualitymeasure.


Default = 2

sIB4QQualMin

(SIB 4 Q quality minimum)

no (RW) The minimum quality levelin the cell forintra-frequency FDD cell(re)selection in connectedmode


Default = -19


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sIB4QRXLevMin

(SIB 4 Q received levelminimum)

yes (RW) The minimum requiredreceive level in the cell forcell (re)selection in theconnected mode.


Default = -111

sIB4RAT

(System information block 4radio access technology)

no (RW) The attributes that are usedto determine whether the UEshould perform theinter-RAT measurementsduring cell (re)selection.




sIB4SInterSearch

(System information blocktype 4 thresholdinter-frequency search)

yes (RW) The threshold value that isused to determine whetherthe UE should performinter-frequencymeasurements in connectedmode.


Default = 6

sIB4SIntraSearch

(System information blocktype 4 thresholdintra-frequency search)

yes (RW) The threshold value that isused to determine whetherthe UE should performintra-frequencymeasurements forintra-frequency cellre-selection.


Default = 10

sIB4SSearchHCS

(System information block 4S search hierarchical cellstructure)

no (RO) The threshold value that isused to determine whetherthe UE should performintra-frequency andinter-frequencymeasurements for ahierarchical cell structure inconnected mode.


Default = 1

sIB4TBarred yes (RW) The period of time that theUE must wait beforechecking whether the statusof the barred cell haschanged.

tBARRED_10

(System information block 4timer barred)

tBARRED_20

tBARRED_40


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tBARRED_80

tBARRED_160

tBARRED_320

tBARRED_640

tBARRED_1280

Default: tBARRED_20

sIB4Treselection

(System information block 4timer reselection)

yes (RW) The period of time forwhich the cell reselectioncriteria must be fulfilledbefore the new cell may beselected.


Default = 1

sIB7ExpirationTimerFactor yes (RW) The expiration time factorneeded to calculate theexpiration time when the UEhas to read the contents ofSystem Information Block 7(SIB7) again.

sIB7EXPIRATIONTIMERFACTOR1

(System information block 7expiration timer factor)









Default:sIB7EXPIRATIONTIMERFACTOR2


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sIB7MIBConcatenationIndication

(SIB 7 and MIBconcatenation)

no (RW) Indicate whether the BCHscheduler needs to considerconcatenation of SIB 7 andMIB.

true

false

Default = true

sSCHPower

(Secondary synchronizationchannel power)

yes (RW) The output power level ofthe SecondarySynchronization Channel(S-SCH) physical channel.


Default = -5.0

sSCHStatusInfo

(Secondary synchronizationchannel status information)

no (RO) The operational state andavailablity status of theS-SCH physical channel inthe cell.


Default = {enabled,

empty}


notSupported


coldStandby

providingService


tCell yes(RW-LO)

The timing delay used fordefining the start of SCH,CPICH and the downlinkScrambling Code(s) in a cellrelative to the Node BFrame Number (BFN).

tC_0

(Timer cell) tC_1

tC_2

tC_3

tC_4

tC_5

tC_6

tC_7

tC_8

tC_9

No default


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thrCAC2DL

(Downlink call admissionthreshold (HSDPA disabled))

no (RW) The downlink overloadthreshold at which a RadioResource Control (RRC)connection request for anon-emergency call will beblocked, when the HSDPA isdisabled in the specific cell..


Default = 80

thrCAC2DLHSDPA

(Downlink call admissionthreshold (HSDPA enabled))

no (RW) The downlink call admissionthreshold at which a RadioResource Control (RRC)connection request for anon-emergency call will beblocked due to downlinkoverload, when HSDPA isenabled in the specific cell.


Default = 80

thrCAC2UL

(Uplink call admissionthreshold)

no (RW) The uplink overloadthreshold at which a RadioResource Control (RRC)connection request for anon-emergency call will beblocked.


Default = 100

thrCAC2ULEDCH

(Uplink call admissionthreshold, E-DCH enabled)

no (RW) The uplink call admissionthreshold is the loadpercentage at which an RRCconnection request for anon-emergency call will beblocked due to uplinkoverload, when E-DCH isenabled in the specific cell.


Default = 80

thrCACDL

(Threshold call admissioncontrol downlink)

yes (RW) The downlink call admissionthreshold is the loadpercentage at which a newcall will be blocked due todownlink overload.


Default = 75

thrCACDLHSDPA

(Downlink call admissionthreshold (HSDPA enabled))

yes (RW) The downlink call admissionthreshold at which a newcall will be blocked due todownlink overload, whenHSDPA is enabled in thespecific cell.


Default = 75


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thrCACUL

(Threshold call admissioncontrol uplink)

yes (RW) The uplink call admissionthreshold is the loadpercentage above which anew call will be blockeddue to uplink overload.


Default = 100

thrCACULEDCH

(Uplink call admissionthreshold, E-DCH enabled)

yes (RW) The uplink call admissionthreshold is the loadpercentage at which a newcall will be blocked due touplink overload, whenE-DCH is enabled in thespecific cell.


Default = 75

thrConCDL

(Threshold congestioncontrol downlink)

yes (RW) The downlink congestionthreshold is the loadpercentage at which theexisting data bearers will bedropped due to downlinkoverload.


Default = 90

thrConCDLHSDPA

(Downlink congestioncontrol threshold (HSDPA))

yes (RW) The downlink congestionthreshold when HSDPA isenabled in the specific cell.


Default = 90

thrConCUL

(Threshold congestioncontrol uplink)

yes (RW) The uplink congestionthreshold is the loadpercentage at which theexisting data bearers will bedropped due to uplinkoverload.


Default = 100

thrConCULEDCH

(Uplink congestionthreshold, E-DCH enabled)

yes (RW) The uplink congestionthreshold is the loadpercentage, where one PSservice will be reduced dueto uplink overload, whenE-DCH is enabled in thespecific cell.


Default = 90

thrDBCDL

(Threshold dynamic bearercontrol downlink)

yes (RW) The downlink dynamicbearer control threshold isthe load percentage at whicha request for a data servicewill be blocked due todownlink overload.


Default = 50


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thrDBCDLHSDPA

(PS and CS servicesallocation threshold (HSDPAenabled))

yes (RW) The downlink load thresholdused for the allocation of PSand CS services from 32kand higher, when HSDPA isenabled in the specific cell.


Default = 50

thrDBCUL

(Threshold dynamic bearercontrol uplink)

yes (RW) The uplink dynamic bearercontrol threshold is the loadpercentage at which arequest for a data servicewill be blocked due touplink overload.


Default = 90

thrDBCULEDCH

(Uplink load threshold,E-DCH enabled)

yes (RW) The uplink load thresholdused for the allocation of PSand CS services from 32kand higher, when E-DCH isenabled in the specific cell.


Default = 50

thrISDRDL no (RW) Defines a downlink loadthreshold for inter-systemdirected retry.

iSDRALWAYS

(Threshold inter-systemdirected retry downlink)

iSDRThrDBC

iSDRThrCAC

iSDRNEVER

Default: iSDRThrCAC

thrISDRUL no (RW) Defines an uplink loadthreshold for inter-systemdirected retry.

iSDRALWAYS

(Threshold inter-systemdirected retry uplink)

iSDRThrDBC

iSDRThrCAC

iSDRNEVER

Default: iSDRThrCAC

thrRACH

(Threshold random accesschannel)

no (RW) The Random AccessChannel (RACH) thresholdis the RACH loadpercentage where thepersistency value ischanged.


Default = 50


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timeMeasureControl

(Time measurement control)

yes(RW-LO)

Determines the (daily) timewhen an uplinkmeasurement controlprocedure has to beperformed.


Default = 120

tRLFailure

(Timer radio link faillure)

yes (RW) Specifies the length of timethat the Node B must waitbefore sending the RADIOLINK FAILUREINDICATION message tothe RNC.


Default = 3000

uARFCNNd


yes(RW-LO)

This absolute numberrepresents the frequency thatis used in the downlinkdirection.


No default

uARFCNNu




Default = 0

umts2GsmCCOQActCM2D




Default = {-111,

-16,

tIMETOTRIGGER_320}





Default = {-108,

-13,

tIMETOTRIGGER_5000}





Default = {-111,

-16,

tIMETOTRIGGER_320,

1.0}


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Default = {-108,

-13,

tIMETOTRIGGER_120,

1.0}

umts2GsmQActCM2D




Default = {-16,

-111,

tIMETOTRIGGER_320}

umts2GsmQDeactCM2F




Default = {-13,

-108,

tIMETOTRIGGER_5000}





Default = {-16,

-111,

tIMETOTRIGGER_320,

1.0}





Default = {-13,

-108,

tIMETOTRIGGER_120,

1.0}

umtsFrequencyBand yes(RW-LO)

Indicates the frequency bandthat the cell supports.

bAND_I


bAND_III


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bAND_IV

bAND_V

bAND_VI

bAND_VIII

bAND_IX

Default: bAND_I

unknownStatus

(Unknown status)


true

false

Default = false

useOfHCS no (RO) This attribute should be setif the cell belongs to aHierarchical Cell Structure(HCS).

hCSNOTUSED

Default:hCSNOTUSED

userLabel

(User label)


Any valid string.



Structure of LCell values

The following table describes the value format used for the LCell object attribute.


aMR475Config codecEnable true

false

aMRThdDL 0 through 100 step size=1

aMRThdDLHSDPA 0 through 100 step size=1

aMRThdUL 0 through 100 step size=1

aMRThdULEDCH 0 through 100 step size=1


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false






false





antennaAltitude direction height

depth

altitude 0.0 through 10000.0 step size=0.01

antennaLatitude degrees 0 through 90 step size=1

minutes 0 through 59 step size=1

seconds 0.0 through 59.999

antennaLatitude hemisphere northern

southern

antennaLongitude degrees 0 through 180 step size=1



antennaLongitude hemisphere western

eastern

bCHStatusInfo operationalState enabled

disabled

bCHStatusInfo availability inTest

failed

powerOff

offLine

offDuty


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dependency

degraded

notInstalled

logFull

empty

interFreqLbMahoMeas2C hysteresis 0.0 through 14.5 step size=0.5


tIMETOTRIGGER_10

tIMETOTRIGGER_20

tIMETOTRIGGER_40

tIMETOTRIGGER_60

tIMETOTRIGGER_80

tIMETOTRIGGER_100

tIMETOTRIGGER_120

tIMETOTRIGGER_160

tIMETOTRIGGER_200

tIMETOTRIGGER_240

tIMETOTRIGGER_320

tIMETOTRIGGER_640

tIMETOTRIGGER_1280

tIMETOTRIGGER_2560

tIMETOTRIGGER_5000

nuldrThresholdFrequency -24 through 0 step size=1

nuhdrThresholdFrequency -24 through 0 step size=1

nuWeightingFrequency 0.0 through 2.0 step size=0.1

interFreqQbDahoMeas2D eCN0Threshold -24 through 0 step size=1


hysteresis 0.0 through 14.5 step size=0.5


tIMETOTRIGGER_10

tIMETOTRIGGER_20

tIMETOTRIGGER_40


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tIMETOTRIGGER_60

tIMETOTRIGGER_80

tIMETOTRIGGER_100

tIMETOTRIGGER_120

tIMETOTRIGGER_160

tIMETOTRIGGER_200

tIMETOTRIGGER_240

tIMETOTRIGGER_320

tIMETOTRIGGER_640

tIMETOTRIGGER_1280

tIMETOTRIGGER_2560

tIMETOTRIGGER_5000

weighting 0.0 through 2.0 step size=0.1

interFreqQbMahoActCM2DeCN0Threshold -24 through 0 step size=1


interFreqQbMahoActCM2DtimeToTrigger tIMETOTRIGGER_0

tIMETOTRIGGER_10

tIMETOTRIGGER_20

tIMETOTRIGGER_40

tIMETOTRIGGER_60

tIMETOTRIGGER_80

tIMETOTRIGGER_100

tIMETOTRIGGER_120

tIMETOTRIGGER_160

tIMETOTRIGGER_200

tIMETOTRIGGER_240

tIMETOTRIGGER_320

tIMETOTRIGGER_640

tIMETOTRIGGER_1280

tIMETOTRIGGER_2560

tIMETOTRIGGER_5000

interFreqQbMahoDeactCM2FeCN0Threshold -24 through 0 step size=1


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interFreqQbMahoDeactCM2FtimeToTrigger tIMETOTRIGGER_0

tIMETOTRIGGER_10

tIMETOTRIGGER_20

tIMETOTRIGGER_40

tIMETOTRIGGER_60

tIMETOTRIGGER_80

tIMETOTRIGGER_100

tIMETOTRIGGER_120

tIMETOTRIGGER_160

tIMETOTRIGGER_200

tIMETOTRIGGER_240

tIMETOTRIGGER_320

tIMETOTRIGGER_640

tIMETOTRIGGER_1280

tIMETOTRIGGER_2560

tIMETOTRIGGER_5000

interFreqQbMahoMeas2B eCN0Threshold -24 through 0 step size=1


weighting 0.0 through 2.0 step size=0.1

hysteresis 0.0 through 14.5 step size=0.5


tIMETOTRIGGER_10

tIMETOTRIGGER_20

tIMETOTRIGGER_40

tIMETOTRIGGER_60

tIMETOTRIGGER_80

tIMETOTRIGGER_100

tIMETOTRIGGER_120

tIMETOTRIGGER_160

tIMETOTRIGGER_200

tIMETOTRIGGER_240


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tIMETOTRIGGER_320

tIMETOTRIGGER_640

tIMETOTRIGGER_1280

tIMETOTRIGGER_2560

tIMETOTRIGGER_5000

eCN0thrNonUsedFreq -24 through 0 step size=1

rSCPthrNonUsedFreq -115 through -25 step size=1

nuWeightingFrequency 0.0 through 2.0 step size=0.1

lCellRefURAs refURAs String of characters

lCellRefURAs preferredURA true

false

lCSReportLatitude hemisphere northern

southern

degrees 0 through 90 step size=1



lCSReportLongitude hemisphere western

eastern

degrees 0 through 180 step size=1



outFDDAdjCells refCell String of characters

timeDiffToCell 0 through 960 step size=1

choiceAccuracy tIMEDIFFACCURACY40

tIMEDIFFACCURACY256

tIMEDIFFACCURACY2560

nLSAPriority lOW

mEDIUM

hIGH

vERYHIGH

cellOffset -10.0 through 10.0 step size=0.5

relationId 0 through 2147483647 step size=1


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ndpLabel 0 through 52

outFddToGsmCells-Daho

refCell String of characters




outFddToGsmCellsDa-hoNQB





outGSMAdjCells refCell String of characters

qOffset -50 through 50 step size=1

enableBroadcast true

false

enableMAHO true

false

cioForHO -50 through 50 step size=1



outInterFreqFDDAdj-Cells

qOffset1 -50 through 50 step size=1

qOffset2 -50 through 50 step size=1

enableBroadcast true

false

enableMaho true

false

nLSAPriority lOW

mEDIUM

hIGH

vERYHIGH



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outInterFreqFddAdj-CellsDaho





pCCPCHStatusInfo operationalState enabled

disabled

pCCPCHStatusInfo availability inTest

failed

powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty

pCPICHStatusInfo operationalState enabled

disabled

pCPICHStatusInfo availability inTest

failed

powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty

pSCHStatusInfo operationalState enabled


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disabled

pSCHStatusInfo availability inTest

failed

powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty

reportingCriteria1A hysteresis 0.0 through 7.5 step size=0.5

rcamtOfRep eVENTTRIGGREPORTAMOUNT_1

eVENTTRIGGREPORTAMOUNT_2






eVENTTRIGGREPORTAMOUNT_INFINITY

rcReportingInterval rEPORTINGINTERVAL_0

rEPORTINGINTERVAL_250







reportingRange 0.0 through 14.5 step size=0.5


tIMETOTRIGGER_10


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tIMETOTRIGGER_20

tIMETOTRIGGER_40

tIMETOTRIGGER_60

tIMETOTRIGGER_80

tIMETOTRIGGER_100

tIMETOTRIGGER_120

tIMETOTRIGGER_160

tIMETOTRIGGER_200

tIMETOTRIGGER_240

tIMETOTRIGGER_320

tIMETOTRIGGER_640

tIMETOTRIGGER_1280

tIMETOTRIGGER_2560

tIMETOTRIGGER_5000

w 0.0 through 2.0 step size=0.1

reportingCriteria1B hysteresis 0.0 through 7.5 step size=0.5

reportingRange 0.0 through 14.5 step size=0.5


tIMETOTRIGGER_10

tIMETOTRIGGER_20

tIMETOTRIGGER_40

tIMETOTRIGGER_60

tIMETOTRIGGER_80

tIMETOTRIGGER_100

tIMETOTRIGGER_120

tIMETOTRIGGER_160

tIMETOTRIGGER_200

tIMETOTRIGGER_240

tIMETOTRIGGER_320

tIMETOTRIGGER_640

tIMETOTRIGGER_1280

tIMETOTRIGGER_2560


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tIMETOTRIGGER_5000

w 0.0 through 2.0 step size=0.1









reportingCriteria1B rcReportingInterval rEPORTINGINTERVAL_0








reportingCriteria1C hysteresis 0.0 through 7.5 step size=0.5









rcReportingInterval rEPORTINGINTERVAL_0




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reportingCriteria1C timeToTrigger tIMETOTRIGGER_0

tIMETOTRIGGER_10

tIMETOTRIGGER_20

tIMETOTRIGGER_40

tIMETOTRIGGER_60

tIMETOTRIGGER_80

tIMETOTRIGGER_100

tIMETOTRIGGER_120

tIMETOTRIGGER_160

tIMETOTRIGGER_200

tIMETOTRIGGER_240

tIMETOTRIGGER_320

tIMETOTRIGGER_640

tIMETOTRIGGER_1280

tIMETOTRIGGER_2560

tIMETOTRIGGER_5000

sIB3RAT rATId rATIDGSM

rATIDCDMA2000

sLimitSearchRAT -32 through 20 step size=2

sSearchRAT -32 through 20 step size=2

sIB4RAT rATId rATIDGSM

rATIDCDMA2000

sLimitSearchRAT -32 through 20 step size=2

sSearchRAT -32 through 20 step size=2

sSCHStatusInfo operationalState enabled

disabled

sSCHStatusInfo availability inTest


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failed

powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty




tIMETOTRIGGER_10

tIMETOTRIGGER_20

tIMETOTRIGGER_40

tIMETOTRIGGER_60

tIMETOTRIGGER_80

tIMETOTRIGGER_100

tIMETOTRIGGER_120

tIMETOTRIGGER_160

tIMETOTRIGGER_200

tIMETOTRIGGER_240

tIMETOTRIGGER_320

tIMETOTRIGGER_640

tIMETOTRIGGER_1280

tIMETOTRIGGER_2560

tIMETOTRIGGER_5000




tIMETOTRIGGER_10

tIMETOTRIGGER_20


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tIMETOTRIGGER_40

tIMETOTRIGGER_60

tIMETOTRIGGER_80

tIMETOTRIGGER_100

tIMETOTRIGGER_120

tIMETOTRIGGER_160

tIMETOTRIGGER_200

tIMETOTRIGGER_240

tIMETOTRIGGER_320

tIMETOTRIGGER_640

tIMETOTRIGGER_1280

tIMETOTRIGGER_2560

tIMETOTRIGGER_5000




tIMETOTRIGGER_10

tIMETOTRIGGER_20

tIMETOTRIGGER_40

tIMETOTRIGGER_60

tIMETOTRIGGER_80

tIMETOTRIGGER_100

tIMETOTRIGGER_120

tIMETOTRIGGER_160

tIMETOTRIGGER_200

tIMETOTRIGGER_240

tIMETOTRIGGER_320

tIMETOTRIGGER_640

tIMETOTRIGGER_1280

tIMETOTRIGGER_2560

tIMETOTRIGGER_5000



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tIMETOTRIGGER_60

tIMETOTRIGGER_80

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tIMETOTRIGGER_120

tIMETOTRIGGER_160

tIMETOTRIGGER_200

tIMETOTRIGGER_240

tIMETOTRIGGER_320

tIMETOTRIGGER_640

tIMETOTRIGGER_1280

tIMETOTRIGGER_2560

tIMETOTRIGGER_5000





tIMETOTRIGGER_10

tIMETOTRIGGER_20

tIMETOTRIGGER_40

tIMETOTRIGGER_60

tIMETOTRIGGER_80

tIMETOTRIGGER_100

tIMETOTRIGGER_120

tIMETOTRIGGER_160

tIMETOTRIGGER_200

tIMETOTRIGGER_240


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tIMETOTRIGGER_2560

tIMETOTRIGGER_5000




tIMETOTRIGGER_10

tIMETOTRIGGER_20

tIMETOTRIGGER_40

tIMETOTRIGGER_60

tIMETOTRIGGER_80

tIMETOTRIGGER_100

tIMETOTRIGGER_120

tIMETOTRIGGER_160

tIMETOTRIGGER_200

tIMETOTRIGGER_240

tIMETOTRIGGER_320

tIMETOTRIGGER_640

tIMETOTRIGGER_1280

tIMETOTRIGGER_2560

tIMETOTRIGGER_5000




tIMETOTRIGGER_10

tIMETOTRIGGER_20

tIMETOTRIGGER_40

tIMETOTRIGGER_60

tIMETOTRIGGER_80

tIMETOTRIGGER_100


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tIMETOTRIGGER_320

tIMETOTRIGGER_640

tIMETOTRIGGER_1280

tIMETOTRIGGER_2560

tIMETOTRIGGER_5000





tIMETOTRIGGER_10

tIMETOTRIGGER_20

tIMETOTRIGGER_40

tIMETOTRIGGER_60

tIMETOTRIGGER_80

tIMETOTRIGGER_100

tIMETOTRIGGER_120

tIMETOTRIGGER_160

tIMETOTRIGGER_200

tIMETOTRIGGER_240

tIMETOTRIGGER_320

tIMETOTRIGGER_640

tIMETOTRIGGER_1280

tIMETOTRIGGER_2560

tIMETOTRIGGER_5000



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LNodeB...................................................................................................................................................................................................................................

Full name

Logical Node B

Description

This object represents the logical Node B network element view, from the managingRNC. The RNC manages the Node B functional resources through the Iub interfaceusing the Node B Application Part (NBAP) protocol.


Hierarchical location of the LNodeB object:



The following list outlines the object constraints for creating an LNodeB object.

• Make sure that thenodeBIdentifier attribute value is unique within the network.

• Make sure that thetCell attribute value is unique within the scope of a parentLNodeB.

• Make sure that thelocalCellID attribute value is unique within the LNodeB.

Attributes

The following attributes apply to the LNodeB object and are available through the GUIand CLI.



unlocked


locked

Default: locked

LRNC

LNodeB


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inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty

No default

cellResource

(Cell resource)

no (RO) The most importantinformation captured by theRNC of all the cells that aresupported by a Node B.


See“Structure ofLNodeB values”(p. 2-229).


comCtrlPortAvailability no (RO) The availability status of theCommon Control Port(CCP).

inTest

(Common control portavailability)

failed

powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

RNC object descriptions LNodeB

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empty

Default: inTest

comCtrlPortID

(Common control portidentifier)

no (RO) The identifier of theCommon Control Port(CCP).


Default = 0

comCtrlPortOperational-State

no (RO) The operational state of theCommon Control Port(CCP).

enabled

(Common control portoperational state)

disabled

Default: enabled

dPASupported

(Dynamic Power Allocationsupported)

no (RW) This attribute indicateswhether Dynamic PowerAllocation (DPA) issupported when theconnected NodeB isequipped with RF-heads orwith radios of type MCR.

true

false

Default = true

inhibitAlarms

(Inhibit Alarms)

yes (RW) This boolean flag is used tosuppress alarms from theRNC when the NodeB is inpreprovisioned orunmanaged state.

true

false

Default = false

itfNDN



Any valid string.




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marketLabel

(Market label)


Any valid string.



ndpLabel



Any valid string.



nodeBIdentifier

(Node B identifier)

yes (RO-SC) A unique number thatidentifies this Node Bwithin the network.


No default


enabled


Default: enabled

pDU656enabled

(PDU 656 enabled)


true

false

Default = false

pDU656IubTransportBandwidthAvailable

(PDU 656 Iub transportbandwidth available)

no (RW) Indicates if a specific ATMtransport profile iscompatible with the use ofthe 656 bit RLC PDU sizeconfiguration.

true

false

Default = false

refIuB

(Reference Iub)

no (RO) The Distinguished Name(DN) of the Iub object thatis related to this Node B.


No default


notSupported


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coldStandby

providingService


trafficWeightingFactor

(Node B traffic WeightingFactor)

yes (RW) This weighting factor isused to balance NodeB callprocessing time acrossavailable Solaris Blades.


No default

unknownStatus

(Unknown status)


true

false

Default = false

userLabel

(User label)


Any valid string.



Structure of LNodeB values

The following table describes the value format used for the LNodeB object attribute.


cellResource localCellId 0 through 268435455 step size=1

availabilityType inTest

failed

powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull


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empty

dlCapCredit 0 through 65535 step size=1

ulCapCredit 0 through 65535 step size=1

ulComCapConsumpLaw 0 through 65535 step size=1

dlComCapConsumpLaw 0 through 65535 step size=1

ulDedCapConsumpLaw 0 through 65535 step size=1

dlDedCapConsumpLaw 0 through 65535 step size=1

maxDLPwr 0 through 500 step size=1

hsdpaCapable true

false

edchCapable true

false

edch2msTTICapability true

false

edchSFCapability cODES_SF256

cODES_SF128

cODES_SF64

cODES_SF32

cODES_SF16

cODES_SF8

cODES_SF4

cODES_2SF4

cODES_2SF2

cODES_2SF2AND2SF4

cellResource edchHARQCombining irCombCapable

chaseCombCapable

irAndChaseCombCapable


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LRNC...................................................................................................................................................................................................................................

Full name

Local radio network controller

Description

This is a virtual object that represents an RNC controlled by the OMC-U. The LRNCis pre-created with an initial state of locked and is the root of the RNC object tree.


Hierarchical location of the LRNC object:



The following list outlines the object constraints for modifying an LRNC object usingthe set command.

• Make sure thattransportChannelType is unique within the LRNC.

• Make sure that the SS7LinkSetadjacentPointCode is not the same as any otherSS7LinkSetadjacentPointCode within an LRNC.

• Make sure that theuARFCNNu only contains one of the list of uplink frequencies infreq.

• Make sure thatsecurityTimervalue ≤ overallSecurityTimer – 3.

• For longitude if degrees = 180, thenminutes andseconds must be 0.

• For latitude if degrees = 90, thenminutes andseconds must be 0.

• Make sure that the SS7LinkSetaESANetworkAddress is not the same as the LRNCaESANetworkAddress.

• Make sure that the SS7LinkSetaESANetworkAddress is not the same as any of theIuB alcapVCLs.alcapTLA values.

• Make sure that the LRNCaESANetworkAddress is not the same as the IuBalcapVCLs.alcapTLA.

• Make sure that the PRNCrNCId is unique within the LRNC.

• Make sure that the PRNCrNCId is not the same as the LRNCrNCId.

• Make sure that the FddExtCellrNCId is not the same as the LRNCrNCId.

LRNC


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• Make sure that eachworkingSTM1OC3Port andprotectionSTM1OC3Port referencea unique GICCSTM1OC3Port object within the scope of an LRNC.

• Make sure that thesupportedPLMNType is set to “plmngsmmap”.

• Make sure that every element ofgICCs is unique within an LRNC.

• Make sure thatt312Idle × 1000≤ uERRCConnectionSetupResponseTimer.

• Make sure thatt308 < uERRCConnectionReleaseResponseTimer.

• Make sure thatthdLCSCellInfoTimer < thdLocationSupervisionTimer.

• Make sure thatthdLcsUeGpsPositionTimer < thdLocationSupervisionTimer.

• If IuCS and IuPS exist, make sure thatcnCsDrxCoefficient andcnPsDrxCoefficient take only values between 6 and 9.

• Make sure that RFTraceiMSI is unique within an LRNC.

• Make sure thattOutOfServiceTimer is greater than 2180 milliseconds.

• Make sure that SS7StackoriginatingPointCode is not the same as any one ofthe following: any SS7LinkSetadjacentPointCode, IuCSrANAPDestination-PointCode, any IuRrNSAPDesintationPointCode within an LRNC.

• Make sure that thethdLocationSupervisionTimer > (3 + thdLcsUeGpsPosi-tionTimer + thdLcsEcidPositionTimer).

• Make sure that no other IuR object reference the same PRNC asrefPrnc within anLRNC.

• Make sure that no other IuB object reference the same LNodeB asiuBRefLnodebwithin an LRNC.

• Make sure that the following attributes are unique within an LRNC:

– logicalCellId

– locationAreaCode

– routingAreaCode

– sACSCode

– sAPSCode

– uRAC.

• Make sure thatlongScramblingCodePoolStart + numOfBlocksToAllocate ×blockSize < 16777216.

• Make sure thatrNTIPoolStart + numOfBlocksToAllocate × blockSize <1048576.

• Make sure that the set offreq does not remove a frequency which is being usedby uARFCNNu.

The following list outlines the object constraints for modifying an LRNC object usingthe unlock command.

• Make sure that the LRNCresetRequired is “false” to allow the LRNC to beunlocked.

RNC object descriptions LRNC

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Attributes

The following attributes apply to the LRNC object and are available through the GUIand CLI.


ac0to9BarrEn

(Access class 0 to 9 barringenabled)

yes (RW) Indicates whether AccessClass Barring (ACB)overload protectionmechanism is allowed tototally or partially block allUEs that use Access Class(AC) 0 to 9 in a CoreNetwork (CN) overloadsituation.

true

false

Default = true

ac0to9Priority

(Access class 0 to 9Priority)

yes (RW) The overall priority thatshould be given to theAccess Class (AC) 0 to 9 ifblocking is needed in anoverload situation.


Default = 0

ac10BarrEn

(Access class 10 barringenabled)

yes (RW) Indicates whether the AccessClass Barring (ACB)overload protectionmechanism is allowed tototally or partially block allUEs that use Access Class(AC) 10 in a CN overloadsituation.

true

false

Default = false

ac10Priority

(Access class 10 priority)

yes (RW) The overall priority thatshould be given to AccessClass (AC) 10 if blocking isneeded in an overloadsituation.


Default = 0

ac11BarrEn



true

false

Default = false


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ac11Priority




Default = 0

ac12BarrEn



true

false

Default = false

ac12Priority




Default = 0

ac13BarrEn



true

false

Default = false

ac13Priority




Default = 0

ac14BarrEn



true

false

Default = false


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ac14Priority




Default = 0

ac15BarrEn



true

false

Default = false

ac15Priority




Default = 0

actAccessBarrEn

(Active access barringenabled)

yes (RW) Indicates whether AccessClass Barring (ACB) isallowed when a CNoverload situation occurs.

true

false

Default = false

actualCellsPerRNC

(Actual number of cells perRNC)

no (RO) This attribute defines theactual number of singlecarrier cells per RNC at anygiven instance.


Default = 0

actualNodeBsPerRNC

(Actual number of Node Bsper RNC)

no (RO) This attribute defines thenumber of NodeBs per RNCat any given instance.


Default = 0


unlocked


locked

Default: locked

aESANetworkAddress

(ATM end system addressnetwork address)

yes(RW-RR)

The ATM End SystemAddress (AESA) of thedestination node thatterminates the AAL2 path.


No default


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inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty

No default

backoutSoftwareVersion

(Backout software version)

no (RO) The backout softwareversion.

Any valid string.



backupImageName

(Backup image name)

no (RO) The name of the backupfile.

Any valid string.



backupImageProgress

(Backup image progess)

no (RO) Represents the progress ofthe backup process.


Default = 0

backupStatus no (RO) The status of the latestbackup activity.

failed


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(Backup status) successful

inProgress

partialSuccess

notAvailable

Default: successful

cellChangeOrderFro-mUTRANRepetitionTime

(Cell Change Order fromUTRAN Repetition Time)

no (RW) This timer is used to delaysuccessive Cell ChangeOrder from UTRANattempts in case of failure.


Default = 5

cellChangeOrderFro-mUTRANSupervisionTime

(Cell Change Order fromUTRAN timer)

no (RW) This timer is used tosupervise the Cell ChangeOrder from UTRANprocedure.


Default = 30

cellDeletionTimer

(Cell deletion timer)

no (RW) The length of time theCRNC will await asuccessful or unsuccessfulresponse from a Node Bafter sending a CELLDELETION REQUESTmessage to the Node B.


Default = 60000

cellReconfigTimer

(Cell reconfiguration timer)

no (RW) The length of time theCRNC will await asuccessful or unsuccessfulresponse from a Node Bafter sending a CELLRECONFIGURATIONREQUEST message to theNode B.


Default = 50000

cellSetupRequestTimer

(Cell setup request timer)

no (RW) The length of time theCRNC will await asuccessful or unsuccessfulresponse from a Node Bafter sending a CELLSETUP REQUEST messageto the Node B.


Default = 50000

cipheringActivationTimeDLNotSRB2Delta

(Ciphering activation timedownlink not SRB2 delta)

yes (RW) This is a constant valuerelated to CipheringActivationTime_DL_NotSRB2.


Default = 1


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cipheringActivationTimeDLSRB2Delta

(Ciphering activation timedownlink SRB2 delta)

yes (RW) This is a constant valuerelated to CipheringActivationTime_DL_SRB2.


Default = 4

clockSource

(Clock source)

no (RW) Clock source from whichthe 8 kHz backplane clockis extracted for the RNC.


Default = 0

combinedInterFreqNeigh-bourhoodListSize

(Combined Inter-frequencyNeighbour List Size)

yes (RW) This parameter defines themaximumnumber ofinter-frequency neighbourcells that may be present inthe list produced by theinter-frequency NLSA.


Default = 32

combinedNeighbour-hoodListSize

(Combined neighborhoodlist size)

yes (RW) This attribute defines themaximum number ofneighboring cells that maybe present in the listproduced by theNeighboring List SelectionAlgorithm (NLSA).


Default = 32

comMeasInitReqTimer

(Common measurementinitiation request timer)

no (RW) The length of time theCRNC will await asuccessful or unsuccessfulresponse from a Node Bafter sending a COMMONMEASUREMENTINITIATION REQUESTmessage to the Node B.


Default = 60000

comTransChanDelTimer

(Common transport channeldeletion timer)

no (RW) The length of time theControlling Radio NetworkController (CRNC) willawait a successful orunsuccessful response froma Node B after sending aCOMMON TRANSPORTCHANNEL DELETIONREQUEST message to theNode B.


Default = 1500


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comTransChanReconfig-Timer

(Common transport channelreconfiguration timer)

no (RW) The length of time theCRNC will await asuccessful or unsuccessfulresponse from a Node Bafter sending a COMMONTRANSPORT CHANNELRECONFIGURATIONREQUEST message to theNode B.


Default = 15000

comTransChanSetupReq-Timer

(Common transport channelsetup request timer)

no (RW) The length of time theCRNC will await asuccessful or unsuccessfulresponse from a Node Bafter sending a COMMONTRANSPORT CHANNELSETUP REQUEST messageto the Node B.


Default = 15000




Any valid string.



delayTolHighAccuracyThd-ForEc

(Accuracy threshold,emergency services, DelayTolerance)

no (RW) This threshold is used todistinguish high accurracypositioning requests frommedium accuracypositioning requests foremergency services withResponse Time = DelayTolerance.


Default = 50

delayTolHighAccuracyThd-ForNec

(Accuracy threshold,non-emergency services,Delay Tolerance)

no (RW) This threshold is used todistinguish high accurracypositioning requests frommedium accuracypositioning requests fornon-emergency services withResponse Time = DelayTolerance.


Default = 50


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delayTolMediumAccuracyTh-dForEc

(Accuracy threshold,emergency services, DelayTolerance)

no (RW) This threshold is used todistinguish medium accuracypositioning requests fromlow accuracy positioningrequests for emergencyservices with Response Time= Delay Tolerance.


Default = 400

delayTolMediumAccuracyTh-dForNec

(Accuracy threshold,non-emergency services,Delay Tolerance)

no (RW) This threshold is used todistinguish mediumaccurracy positioningrequests from low accuracypositioning requests fornon-emergency services withResponse Time = DelayTolerance.


Default = 400

eDCHActivation

(eDCH Activation)

no (RW) This parameter indicates ifthe RNC supports theE-DCH feature.

true

false

Default = true

enableAgpsForCommer-cialLBS

(Enable AGPS)

no (RW) Enables/Disables the AGPSfunctionality.

true

false

Default = false

enableCellChangeOrderFro-mUTRAN

no (RW) This parameters enables /disables the functionality totrigger Cell Change Orderfrom UTRAN to GSM forPS connections.

cCO_DISABLED

(UTRAN to GSM CellChange Order enable)

cCO_INTANDBACK

cCO_ALL

Default: cCO_ALL

enableHHOviaIuFor-SourceRNC

(Hard Hand Over via Iu)

no (RW) This parameterenables/disables thefunctionality to trigger HardHand Over with SRNSRelocation in the SourceRNC.

true

false

Default = true


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enableMEOSEscalation

(Managed Element ObjectServer recovery flag)

no (RW) A flag to control whetherMEOS should attempt anescalated recovery for anymanaged object.

true

false

Default = true

expectedGiccOc3ModuleModeno (RW) This attribute indicates theexpected GICC HardwareMode (OC-3 interfaceMode) in the LRNCManaged Object.

sINGLEMODE

(Expected GICC hardwaremode (OC-3 interfacemode))

mULTIMODE

Default:sINGLEMODE

fallbackSoftwareVersion

(Fallback software version)

no (RO) The software version thatcan be used as fallback.

Any valid string.



filterConstantkNF

(Filter constant k noisefloor)

no (RW) This attribute specifies thefilter constant noise floorfor the uplink measurementcontrol procedure.

0.0 through 1.0

Default = 0.8571

freq

(Frequency)

yes(RW-RR)

The uplink UTRA AbsoluteRadio Frequency ChannelNumbers (UARFCNs) thatare supported on this RNC.


See“Structure ofLRNC values”(p. 2-283).


hhoWithRelocEnable

(Hard Hand Over withSRNS relocation)

no (RW) The operator can use thisattribute to enable or disableincoming SRNS Relocation(UE Involved).

true

false

Default = true


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hoRelocGuardTimer

(Handover relocation guardtimer)

yes (RW) The handover relocationguard timer defines theminimum time forre-triggering a relocation fora new handover attempt, ifthe previous handoverattempt was not successful.


Default = 10

hoToUtranCompleteTimer

(Handover to UTRANComplete Timer)

no (RW) This parameter defines thetime the RNC waits for theUE access to the UMTStarget cell in the case of aGSM to UMTS handover.


Default = 20

hSDPAActivation

(High speed downlinkpacket access activation)

no (RW) This attribute indicates ifthe RNC supports theHSDPA feature.

true

false

Default = false

hSDPADiscardTimer no (RW) This attribute defines thetime to live for a MAC-hsSDU starting from theinstant of its arrival into anHSDPA Priority Queue.

hSDPADiscardTimer_0

(High speed downlinkpacket access discard timer)

hSDPADiscardTimer_20










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Default:hSDPADiscardTimer_2000

hSDPADiscardTimer-Streaming

no (RW) Defines for a StreamingRAB over HSDPA the time(in milliseconds) to live fora MAC-hs SDU startingfrom the instant of itsarrival into an HSDPAPriority Queue.

hSDPADiscardTimer_0

(HSDPA discard timerstreaming)
















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Default:hSDPADiscardTimer_2000

hSDPAMacHsWindowSize no (RW) Attribute in the ARQprocedure for MAC-hs PDUretransmission.

hSDPAMacHsWindowSize_4

(High speed downlinkpacket access MAC-hswindow size)




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Default:hSDPAMacHsWindowSize_32

hSDPAMobilityThreshold

(High speed downlinkpacket access mobilitythreshold)

no (RW) This attribute is used tojudge the mobility of aHSDPA capable UE.


Default = 1

hSDPASrvCellChgCrit

(High speed downlinkpacket access serving cellchange)

no (RW) The attributes which arenecessary to configure event1D “Change of best cellwithin the active set” for theserving HS-DSCH cellchange procedure.


Default = {1.0,

tIMETOTRIGGER_640,

true}

hSDPAT1 no (RW) This timer indicates whenProtocol Data Units (PDUs)are released to the upperlayers even though there areoutstanding PDUs withlower sequence values.

hSDPAT1_10

(High speed downlinkpacket access timer 1)

hSDPAT1_20

hSDPAT1_30

hSDPAT1_40

hSDPAT1_50

hSDPAT1_60

hSDPAT1_70

hSDPAT1_80

hSDPAT1_90


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hSDPAT1_100

hSDPAT1_120

hSDPAT1_140

hSDPAT1_160

hSDPAT1_200

hSDPAT1_300

hSDPAT1_400

Default: hSDPAT1_200

immediateDlRbReconG-brRab

(Immediate radio bearerreconfiguration)

no (RW) This attribute determines ifthe RNC should perform animmediate UE radio bearerreconfiguration following atrigger for RABModification of the DLGuaranteed Bit Rate.

true

false

Default = false

initialHsdpaUplinkRateRA-BEstablish

no (RW) The maximum uplink datarate that will be assigned atinitial RAB establishmentfor a HSDPA connection.

pSDATARATE_8

(Initial HSDPA uplink rate) pSDATARATE_32

pSDATARATE_64

pSDATARATE_128

pSDATARATE_384

Default:pSDATARATE_64

initialNoiseFloor

(Initial noise floor)

no (RW) This attribute specifies theinitial noise floor for theuplink measurement controlprocedure.

-112.0 through -50.0step size=0.1

Default = -102.0

initialUplinkRateRABEstab-lish

no (RW) The maximum uplink datarate that will be assigned atinitial RAB establishmentfor a DCH connection.

pSDATARATE3_64

(initial_Uplinkrate_RABEstablish)

pSDATARATE3_128

pSDATARATE3_384


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Default:pSDATARATE3_384

integrityProtectionError-Counter

(Integrity protection errorcounter)

no (RO) Threshold of cumulatedintegrity checking failuresby the UE above which therelease of the RRCconnection shall betriggered.


Default = 3

interFreqHandover

(Inter-frequency Handover)

no (RW) Enables the Inter-frequencyHard Handover Feature perRNC.

true

false

Default = false

interFreqHoProcedureTimer

(Inter-frequency HandoverProcedure Timer)

no (RW) This parameter specifies atimer to supervise theinter-frequency handoverprocedure.


Default = 8000

interFreqHoWaitTime

(RNC load based HHOdelay)

no (RW) Defines the time the RNCwill wait for the nextinter-frequency handoverattempt due to load.


Default = 5000

interFreqMeasFilterCoeffi-cient

no (RW) This parameter defines thefilter coefficient of the lowpass filter in the UE for theinter-frequencymeasurement.

cOEFF_0

(Inter-frequencymeasurement filtercoefficient)

cOEFF_1

cOEFF_2

cOEFF_3

cOEFF_4

cOEFF_5

cOEFF_6

cOEFF_7

cOEFF_8

cOEFF_9

cOEFF_11


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cOEFF_13

cOEFF_15

cOEFF_17

cOEFF_19

Default: cOEFF_3

interRatLongScrambling-CodePoolSize

(inter-RAT Long ScramblingCode Pool Size)

yes(RW-RR)

Defines the size of the poolfor reduced uplinkscrambling codes to be usedfor incoming inter-RATHandover.


No default

interRatLongScrambling-CodePoolStart

(inter-RAT Long ScramblingCode Pool Start)

yes(RW-RR)

Defines the start of the poolfor reduced uplinkscrambling codes to be usedfor incoming inter-RAThandover.


No default

interSystemDirectedRetry-LoadBased

(Inter-system directed retryload-based)

no (RW) This attributeenables/disables theload-based inter-systemdirected retry.

true

false

Default = true

interSystemHandoverEmer-gencyCall

no (RW) Indicates whether emergencycalls should be handed overto GSM using Inter-SystemDirected Retry or immediateInter-System Handover afterRAB establishment or keptin UMTS.

iSEC_DISABLED

(Emergency call handoverflag)

iSEC_ISDR_ALL

iSEC_ISDR_NONGPS

iSEC_ISHO_ALL

iSEC_ISHO_NONGPS

Default:iSEC_DISABLED


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interSystemHOe911Time

(Emergency call handovertimer)

no (RW) This attribute determines thelength of time for which thehandover to GSM of anemergency call will be triedbefore the attempt isaborted.


Default = 6

intraFrequencyHHOvi-aIuDelay

(intra-frequency Hard HandOver delay)

no (RW) This parameter is used fordelaying intra-frequencyHard Hand Over (HHO) viaIu.


Default = {2000,

0.5}

itfNDN



Any valid string.



iubEmergencyCallPreEmp-tionCapability

yes (RW) This attribute indicates thepre-emption capability to setfor the Node B radio bearersfor an emergency call.


(Iub emergency callpre-emption capability)


Default:shallNotTriggerPre-Emption

iubEmergencyCallPreEmp-tionVulnerability

yes (RW) This attribute indicates thepre-emption vulnerability toset for the Node B radiobearers for an emergencycall.

notPreEmptable

(Iub emergency callpre-emption vulnerability)

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iubEmergencyCallPriori-tyLevel

(Iub emergency call prioritylevel)

yes (RW) This attribute indicates thelevel of priority to set forthe Node B radio bearers foran emergency call.


Default = 2

iuEmergencyCallPreEmp-tionCapability

yes (RW) This attribute indicates thepre-emption cababilityassigned by the attachedMSC in the core networkfor an emergency call.


(Iu emergency callpre-emption capability)


Default:mayTriggerPreEmption

iuEmergencyCallPreEmp-tionVulnerability

yes (RW) This attribute indicates thepre-emption vulnerabilityassigned by the attachedMSC in the core networkfor an emergency call.

notPreEmptable

(Iu emergency callpre-emption vulnerability)

preEmptable


iuEmergencyCallPriori-tyLevel

(Iu emergency call prioritylevel)

yes (RW) This attribute indicates thelevel of priority assigned bythe attached MSC in thecore network for anemergency call.


Default = 2

iuReleaseCoordinationTimer

(Iu release coordinationtimer)

yes (RW) The time the source RNCwill wait for an IURELEASE COMMANDfrom the SGSN, after theRNC has received an IURELEASE COMMANDfrom the MSC indicatingthat the relocation wassuccessful.


Default = 20


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lastBackupTime

(Last backup time)

no (RO) The date-and-time stamp ofthe last successful backup.

Any valid string.



latitude

(Latitude)

yes (RW) The geographical position ofthe network element.


Default = {0,

0,

0,

northern}

listAllowedEncryptionAlgo-rithm

yes (RW) The allowed encryptionalgorithms, per decreasingpriority.

uEA1

(List allowed encryptionalgorithm)

noEncryption

Default: uEA1

loadBalance yes (RW) This attribute is used todisable and enable theautomatic load-balancingthat is triggered by theoverload condition.

dISABLED

(Load balance) eNABLED

Default: dISABLED

loadBasedInterFreqHan-dover

(RNC load based HHOEnable)

no (RW) Enables Inter-frequencyHard Handover due to loadper RNC.

true

false

Default = false


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locationName

(Location name)


Any valid string.



longitude

(Longitude)

yes (RW) The geographical position ofthe network element.


Default = {0,

0,

0,

western}

longScramblingCodePool-Size

(Long scrambling code poolsize)

yes(RW-RR)

The size of the pool of longscrambling codes. The RNCuses this pool to assignscrambling codes to the UE.


Default = 1047552

longScramblingCodePool-Start

(Long scrambling code poolstart)

yes(RW-RR)

The starting point for thepool of long scramblingcodes. The RNC uses thispool to assign scramblingcodes to the UE (for theuplink only).

8192 through16777215 step size=1

No default

lowDelayHighAccuracyThd-ForEc

(Accuracy threshold,emergency services, LowDelay)

no (RW) This threshold is used todistinguish medium accuracypositioning requests fromlow accuracy positioningrequests for emergencyservices with Response Time= Low Delay.


Default = 400

lowDelayHighAccuracyThd-ForNec

(Accuracy threshold,non-emergency services,Low Delay)

no (RW) This threshold is used todistinguish medium accuracypositioning requests fromlow accuracy positioningrequests for non-emergencyservices with Response Time= Low Delay.


Default = 400


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marketLabel

(Market label)


Any valid string.



maxCellsPerRNC

(Maximum cells per RNC)

no (RO) This attribute defines thesoft limit for maximumnumber of single carriercells allowed per RNC.


Default = 750

maxNodeBsPerRNC

(Maximum Node Bs perRNC)

no (RO) This attribute defines thesoft limit for maximumnumber of NodeBs allowedper RNC.


Default = 250

maxRRCConnReleaseRetries

(Maximum radio resourcecontrol connection releaseretries)

yes (RW) Maximum number of retriesof RRC CONNECTIONRELEASE messages to aUE to increase theprobability of properreception of the message bythe UE.


Default = 1

maxRRCConnSetupRetries

(Maximum radio resourcecontrol connection setupretries)

yes (RW) Maximum number of retriesthat the Serving RNC maysend for an RRCCONNECTION SETUPmessage.


Default = 2

maxUlIbRateStreamingH-sRabEstablish

no (RW) Defines the maximum ULI/B rate to be initiallyassigned to a UE duringStreaming HSDPA RABestablishment.

pS_8

(Maximum UL I/B ratestreaming HSDPA RABestablishment)

pS_64

Default: pS_8


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mCC


yes(RW-RR)

Identifies the country towhich a PLMN belongs.



No default

mimVersion


no (RO) The version of theManagement InformationModel (information model)that is supported by thismanagement agent.

Any valid string.



minRateForEDCH

(Minimum CN requestedrate for E-DCH)

no (RW) This is the minimum CNrequested rate which a UEwill be assigned to anE-DCH.


Default = 33

minRateForHSDSCH

(Minimum CN requestedrate for HS-DSCH)

no (RW) This is the minimum CNrequested rate which a UEwill be assigned to anHS-DSCH.


Default = 33

minTAinterval

(Minimum time alignmentinterval)

no (RW) This timer is used toindicate the period that anRNC is not allowed to starttime alignment to avoidoscillation in the timealignment handling over theIu interface.


Default = 5000

mNC


yes(RW-RR)

Identifies a PLMN within acountry.



No default

multicastIPSubnetMask

(Multicast IP subnetmask)

no (RO) The subnetmask associatedwith the multicast IPaddress. The netmask isused to determine the sizeof the network address andthe host number.


Default =255.255.192.0


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n300

(N300)

yes (RW) The maximum number oftimes that the UE is allowedto send the RRCCONNECTION REQUESTmessage.


Default = 5

n301

(N301)

yes (RW) The maximum number oftimes that the UE is allowedto send the RRCCONNECTIONRE-ESTABLISHMENTREQUEST message.


Default = 2

n302

(N302)

yes (RW) The maximum number oftimes that the UE is allowedto send the CELL UPDATEmessage.


Default = 5

n303

(N303)

yes (RW) The maximum number oftimes that the UE is allowedto retransmit the URAUPDATE message.


Default = 3

n304

(N304)

yes (RW) The maximum number oftimes that the UE is allowedto retransmit the UECAPABILITYINFORMATION message.


Default = 2

n308

(N308)

yes (RW) The maximum number oftimes that the UE is allowedto retransmit the RRCCONNECTION RELEASECOMPLETE message.


Default = 1

n310

(N310)

yes (RW) The maximum number oftimes that the UE is allowedto retransmit the PUSCHCAPACITY REQUESTmessage.


Default = 4

n312Connected yes (RW) The number of successive“in sync” indications thatthe UE must receive fromits Layer 1 software whenthe UE is operating inconnected mode.

n312_1


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(N312 connected) n312_50

n312_100

n312_200

n312_400

n312_600

n312_800

n312_1000

Default: n312_1

n312Idle yes (RW) The number of successive“in sync” indications thatthe UE must receive fromthe Layer 1 software whenthe UE is operating in idlemode.

n312_1

(N312 idle) n312_50

n312_100

n312_200

n312_400

n312_600

n312_800

n312_1000

Default: n312_1

n313 yes (RW) Maximum number ofsuccessive “out of sync”messages that the UE mayreceive from the layer 1software.

n313_1

(N313) n313_2

n313_4

n313_10

n313_20

n313_50

n313_100

n313_200


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Default: n313_50

n315 yes (RW) The number of successive“in sync” indications thatare received from the Layer1 software in the periodduring which timer T313 isactivated.

n315_1

(N315) n315_50

n315_100

n315_200

n315_400

n315_600

n315_800

n315_1000

Default: n315_1

nBAPAuditRequestGuard-Timer

(NBAP audit request guardtimer)

no (RW) The length of time theCRNC will await asuccessful or unsuccessfulresponse from a Node Bafter sending an AUDITREQUEST message to theNode B.


Default = 50000

nBAPDedicatedMeasInit-GuardTimer

(NBAP dedicatedmeasurement initiationguard timer)

no (RW) The length of time theCRNC will await asuccessful or unsuccessfulresponse from a Node Bafter sending aDEDICATEDMEASUREMENTINITIATION REQUESTmessage to the Node B.


Default = 2000

nBAPOCNSTimer

(NBAP OCNS timer)

no (RW) This attribute specifies theNBAP Orthogonal ChannelNoise Simulator (OCNS)timer.


Default = 60000


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newDownloadVersion

(New download version)

no (RO) The newly downloadedversion.

Any valid string.



newInstalledVersion

(New installed version)

no (RO) The newly installed version. Any valid string.



nUtranPageRep

(Number of UTRAN pagingrepetitions)

no (RW) The maximum number ofretransmissions of theUTRAN initiated pagingmessages.


Default = 3

oamIpAddress

(Operations, administrationand maintenance internetprotocol address)

no (RW) The Operations,Administration andMaintenance (OAM) IPaddress of this networkelement agent.


Default = 0.0.0.0


enabled


Default: enabled

overallSecurityTimer

(Overall security timer)

yes (RW) The guard timer for theoverall supervision of thesecurity procedure.


Default = 8

pagingPriority

(Paging priority)



Default = 1


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pDU656enabled

(PDU 656 enabled)


true

false

Default = false

pDU656minDLRABdatarate

(PDU 656 minimum DLRAB database)

no (RW) Defines the threshold valuefor the downlink maximumbit rate that is requested bythe CN during a PS RABRANAP RAB assignmentprocedure.


Default = 14000000

pDU656minHSDPSCHnumber

(PDU 656 minimumHSDPSCH number)

no (RW) Defines the minimumnumber of HSDPSCHconfigured on the targetHSDPA cell for setting up aPS RAB with a 656 bit PDUconfiguration.


Default = 10

percentageUEperiodicPMs

(Percentage of userequipment periodicperformance measurements)

no (RW) Percentage of UEs per RNCto send UE measurementreports.


Default = 10

perfMeasEnabled yes (RW) Allows the operator toenable or disableperformance measurementcollection.

yes

(Performance measurementsenabled)

no

Default: yes

periodUEperiodicPMs

(Period between userequipment performancemeasurements)

no (RW) Time period betweenperiodic qualitymeasurement reports sent bythe UE.


Default = 20

phyReestabRetriesPCHDCH

(Physical reestablishmentretries URA_PCH toCell_DCH)

yes (RW) The maximum number oftransmissions of the CELLUPDATE CONFIRMmessage when the UE hasfailed to obtain physicalchannel synchronization.


Default = 2


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phySharedChanReconTimer

(Physical Shared ChannelReconfiguration Requestresponse timer)

no (RW) This parameter indicates themaximum time that the RNCshould wait for a responsefrom the NodeB for theNBAP Physical SharedChannel ReconfigurationRequest message.


Default = 10000

prefixItfNDN

(Itf-N DN prefix)

no (RW) Prefix for the Itf-NDistinguished Name (DN)related to this instance.

Any valid string.



qOSPriorityMappingTable

(QOS Priority MappingTable)

yes (RW) Provides mapping from ARPand/or UMTS QoS classesto R99 DCH call priority,HSDPA scheduling priorityand EDCH schedulingpriority.




quickRepeatdownSigInt

(Quick repeat downlinksignaling interval)

yes (RW) Interval between quickrepeat messagetransmissions for theCommon Control Channel(CCCH) Iur transfer.


Default = 50

quickRepeatInterval

(Quick repeat interval)

yes (RW) The interval betweensuccessive transmissions ofthe CELL UPDATE messageon the Forward AccessChannel (FACH) CommonControl Channel (CCCH) toimprove message reliability.


Default = 100


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quickRepeatRNSAPdownSig

(Quick repeat RadioNetwork SubsystemApplication Part (RNSAP)downlink signaling)

yes (RW) Number of repeattransmissions of theCommon Control Channel(CCCH) Iur transfermessage. For example: RRCCONNECTION RELEASEmessage.


Default = 2

rABCommitLatencyTime

(Radio access bearer commitlatency time)

no (RW) This is an offset in terms ofa frame number from thecurrent Connection FrameNumber (CFN) and is usedto calculate the time atwhich the Node B commitsand the UE activates a newconfiguration.


Default = 90

rABinactivityMPDP

(RAB inactivity time)

no (RW) This parameter is the RABinactivity time applied whenmultiple I/B RABs exist torelease down from twoRABs to one RAB.


Default = 20

rABreleaseMinRateGbrRab

(RAB Guaranteed bit raterelease)

no (RW) Determines whether a PSRAB with Guaranteed bitrate is released when thedetermined UE qualitythresholds have beenexceeded .

true

false

Default = false

radioLinkFailureDeletionRe-sponseTimer

(Radio link failure deletionresponse timer)

no (RW) Guard timer to allow timefor the normal operation ofthe handover and powercontrol algorithm to delete aradio link affected by a lossof synchronization or forre-synchronization to occurwhen the radio link is oneof several associated with aUE connection.


Default = 2000


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radioLinkFailureResynchro-nisationResponseTimer

(Radio link failurere-synchronization responsetimer)

no (RW) Guard timer to allow timefor re-synchronization tooccur when a loss ofsynchronization is detectedon the last or only radiolink associated with a UEconnection.


Default = 200

reconfigRetriesPCHDCH

(Reconfiguring retriesURA_PCH to Cell_DCH)

yes (RW) This is the maximumnumber of transmissions ofthe CELL UPDATECONFIRM message whenreconfiguring a UE fromURA_PCH to Cell_DCHstate.


Default = 2

reconfigTimePCHDCH

(Reconfiguring timeURA_PCH to Cell_DCH)

yes (RW) The interval betweenretransmissions of the CELLUPDATE CONFIRMmessage due to the time-outof physical channelestablishment.


Default = 1500

reconPCHret

(Reconfiguration PCH retry)

yes (RW) This is the maximumnumber of PHYSICALCHANNELRECONFIGURATIONmessages which may betransmitted before the UE issent to idle mode.


Default = 3

resetRequired

(Reset required)

no (RO) This attribute tells theoperator if an attribute waschanged that requires a resetof the RNC to becomeeffective.

true

false

Default = false

rNCId

(RNC identity)

yes(RW-RR)

The unique identifier of anRNC node within aUniversal Terrestrial RadioAccess Network (UTRAN)is the RNC Identifier(RNC-Id).


No default


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rNSAPDedicatedMeasInit-GuardTimer

(RNSAP dedicatedmeasurement initiationguard timer)

no (RW) The length of time theServing RNC (SRNC) willawait a successful orunsuccessful response froma Drift RNC (DRNC) aftersending a DEDICATEDMEASUREMENTINITIATION REQUESTmessage to the DRNC.


Default = 2000

rRCReEstablishCS

(Circuit Switched RRCEstablishment)

no (RW) This parameterenables/disables the Circuitswitched (CS) part of theRRC ConnectionRe-Establishment feature perRNC.

true

false

Default = true

schedMaintenanceInhibit

(Scheduled maintenanceinhibit)

no (RW) This attribute is used toinhibit or allow scheduledmaintenance activities.

true

false

Default = false

schedMaintenanceTime

(Scheduled maintenancetime)

no (RW) This is the scheduledmaintenance time of the dayto recover things such asdegraded resources.


Default = 130

securityTimervalue

(Security timer value)

yes (RW) The guard timer forsupervision of the securityprocedure.


Default = 5

segmentSIBTimer

(Segment SIB timer)

no (RW) This attribute indicates themaximum response timefrom the Node B after theRNC sends the NBAPSYSTEM INFORMATIONUPDATE REQUESTmessage.


Default = 50000

sf16codesPerGBRhsdpaAdmission

(SF16 codes per GBRHSDPA admission)

no (RW) The number of SF16 codesrequired per 100kbps ofGuaranteed bit rate allocatedto HSDPA in order to admita new GBR user onto theHS-DSCH.


Default = 0.5


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sf16codesPerGBRhsdpaDCA

(SF16 codes per GBRHSDPA DCA)

no (RW) The amount of additionalSF16 codes to allocate toHSDPA per 100kbps ofGuaranteed bit rate allocatedto HSDPA.


Default = 1.0

sHOeDCHReconfigTimer

(Soft Handover DCHRreconfiguration timer)

no (RW) This timer value is usedwhen deciding toreconfigure a PS connection,currently running onUL-DCH, back to E-DCH.


Default = 10

sIBChangeIndInterval

(System information blockchange indication interval)

no (RW) The interval betweensuccessive SYSTEMINFORMATION CHANGEINDICATION messages.


Default = 10

sIBChangeIndRepeater

(System information blockchange indication repeater)

no (RW) The number of quickrepetitions of the SYSTEMINFORMATION CHANGEINDICATION message.


Default = 1

sIBRepProfile

(SIB repetition profile)

yes (RW) The repetition duration forScheduling Block 1, SIB 1,SIB 2, SIB 3, SIB 4, SIB 5,SIB7, SIB 11, SIB 12 andSIB 18.




sIBRepProfileUsage

(SIB repetition profileusage)

no (RO) This parameter indicateswhether a SIB repetitionprofile is in use by any cellcontrolled by the RNC.





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true

false

Default = true

srnsRelocationWithHHOC-ompleteTime

(Serving RNS RelocationWith HHO Complete Timer)

no (RW) This timer is used in theTarget RNC to supervise thereceipt of the Hard HandOver complete messagefrom the UE in case of aSRNS Relocation of typeUE involved.


Default = 100

standardCallPreEmptionCa-pability

yes (RW) Indicates the pre-emptioncapability to set for theradio bearers for a standardcall.


(Standard call pre-emptioncapability)


Default:shallNotTriggerPre-Emption

standardCallPreEmptionVul-nerability

yes (RW) Indicates the pre-emptionvulnerability to set for theradio bearers for a standardcall.

notPreEmptable

(Standard call pre-emptionvulnerability)

preEmptable


standardCallPriorityLevel

(Standard call priority level)

yes (RW) Indicates the level ofpriority to set for the radiobearers for a standard call.


Default = 14


notSupported



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coldStandby

providingService


streamingHsdpaRCgBRdelta

(Streaming HSDPA RC GBRdelta)

no (RW) This parameter is the deltaapplied to the GBR value,which defines the minimumrate in the rate controller, togenerate the maximum rateGBR+DGBR.


Default = 0.2

suCommitActionStatus no (RO) This attribute indicates thesoftware update commitaction progress result.

sUCOMMITUNDE-FINED

(Software update commitaction status)

sUCOMMITSUCCESS

sUCOMMITFAILED

sUCOMMITIN-PROGRESS

Default:sUCOMMITUNDE-FINED

suDeleteActionStatus no (RO) This attribute indicates thesoftware update deleteaction progress result.

sUDELETEUNDE-FINED

(Software update deleteaction status)

sUDELETESUCCESS

sUDELETEFAILED

sUDELETEIN-PROGRESS

Default:sUDELETEUNDE-FINED

suGetPkgInfoStatus no (RO) The attribute indicates the“suGetPkgInfo” actionprogress result.

sUGETPKGINFOUN-DEFINED

(Software update getpackage information status)

sUGETPKGINFOSUC-CESS


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sUGETPKGINFO-FAILED

sUGETPKGINFOIN-PROGRESS

Default:sUGETPKGINFOUN-DEFINED

suGetVersionsStatus no (RO) The attribute indicates the“suGetVersions” actionprogress result.

sUGETVERSIONSUN-DEFINED

(Software update getversions status)

sUGETVERSIONSUC-CESS

sUGETVERSIONS-FAILED

sUGETVERSIONSIN-PROGRESS

Default:sUGETVERSIONSUN-DEFINED

supportedPLMNType no (RO) Identifies the type(s) ofnetwork protocol that aresupported by the PublicLand Mobile Network(PLMN).

pLMNGSMMAP

(Supported PLMN type) pLMNANSI_41

pLMNGSMMAPANDANSI_41

Default:pLMNGSMMAP

suPrecheckActionResult no (RO) This attribute indicates thepre-check result before thesoftware update action iscarried out.

sUPRECHECKUNDE-FINEDRESULT

(Software update pre-checkaction result)

sUPRECHECKSUC-CESS

sUPRECHECKFAILED

sUPRECHECK-WARNING


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sUPRECHECKREJEC-TION

sUPRECHECKIN-PROGRESS

sUPRECHECKFAIL-COMMITREQ

sUPRECHECKFAILF-WUPDATEREQ

Default:sUPRECHECKUNDE-FINEDRESULT

suPrecheckActionType no (RO) This attribute indicates theaction type before thesoftware update action iscarried out.

sUPRECHECKUNDE-FINEDACTION

(Software update pre-checkaction type)

sUPRECHECKDOWN-LOAD

sUPRECHECKIN-STALL

sUPRECHECKLOAD-INSTALL

sUPRECHECKACTI-VATE

sUPRECHECKACTI-VATEBACKOUT

sUPRECHECKFALL-BACK

sUPRECHECK-BACKOUT

sUPRECHECKDE-LETE

sUPRECHECK-COMMIT

sUPRECHECKAPPLY

sUPRECHECKDE-APPLY


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sUPRECHECKAPPLY-DEAPPLY

sUPRECHECKFWUP-DATE

Default:sUPRECHECKUNDE-FINEDACTION

suProgressIndicatorNumber

(Software update progressindicator number)

no (RO) This attribute indicates thesoftware update actionprocedure completion rate inpercentage.


Default = 0

suProgressIndicatorString

(Software update progressindicator string)

no (RO) This attribute indicates thesoftware update actionprocedure completion status.

Any valid string.



suspectPMThresholdPer-centage

no (RW) This parameter provides thethreshold for setting thesuspect flag in the PM resultfile.


Default = 50


sUINVALIDSTATE


dOWNLOADCOM-PLETE

dOWNLOADFAILED

iNSTALL-INPROGRESS

iNSTALLCOMPLETE

iNSTALLFAILED



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aCTIVATEIN-PROGRESS

aCTIVATECOMPLETE

aCTIVATEFAILED

pARTIALLYACTI-VATED

fALLBACKIN-PROGRESS

fALLBACKCOM-PLETE

fALLBACKFAILED

pARTIALFALLBACK

aBORTED

lOCKINPROGRESS

lOCKCOMPLETE

lOCKFAILED

uNLOCKIN-PROGRESS

uNLOCKCOMPLETE

uNLOCKFAILED

cHECKINPROGRESS

cHECKCOMPLETE

cHECKFAILED

gRRESTART

cOMMITIN-PROGRESS

cOMMITFAILED

cOMMITCOMPLETE

bACKOUTIN-PROGRESS

bACKOUTFAILED

bACKOUTCOM-PLETE


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pARTIALLY-BACKOUT

dOWNLOAD-ABORTED

iNSTALLABORTED

aCTIVATEABORTED

fALLBACKABORTED

bACKOUTABORTED

dELETEINPROGRESS

dELETECOMPLETE

dELETEFAILED

nOTUPGRADED










aPPLYINPROGRESS

aPPLYCOMPLETE

aPPLYFAILED

aPPLYABORTED


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dEAPPLYIN-PROGRESS

dEAPPLYCOMPLETE

dEAPPLYFAILED

dEAPPLYABORTED

uNEQP

aUTORECOVER-RESTART

fWUPDATEIN-PROGRESS

fWUPDATECOM-PLETE

fWUPDATEFAILED

fWUPDATEABORTED


t300 yes (RW) The length of time that theUE has to wait for apositive or negative reactionafter sending an RRCCONNECTION REQUESTmessage to the Node B.

t300_100

(Timer 300) t300_200

t300_400

t300_600

t300_800

t300_1000

t300_1200

t300_1400

t300_1600

t300_1800

t300_2000

t300_3000

t300_4000


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t300_6000

t300_8000

Default: t300_2000

t301 yes (RW) The length of time that theUE has to wait for apositive or negative reactionafter sending an RRCCONNECTIONRE-ESTABLISHMENTREQUEST message to theNode B.

t301_100

(Timer 301) t301_200

t301_400

t301_600

t301_800

t301_1000

t301_1200

t301_1400

t301_1600

t301_1800

t301_2000

t301_3000

t301_4000

t301_6000

t301_8000

Default: t301_2000

t302 yes (RW) The length of time that theUE has to wait for apositive reaction aftersending a CELL UPDATEmessage to the Node B.

t302_100

(Timer 302) t302_200

t302_400

t302_600

t302_800


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t302_1000

t302_1200

t302_1400

t302_1600

t302_1800

t302_2000

t302_3000

t302_4000

t302_6000

t302_8000

Default: t302_1200

t304 yes (RW) The length of time that theUE has to wait for apositive reaction aftersending a UE CAPABILITYINFORMATION message tothe Node B.

t304_100

(Timer 304) t304_200

t304_400

t304_1000

t304_2000

Default: t304_2000

t305 yes (RW) The length of time that theUE must wait beforetransmitting the CELLUPDATE message.

t305_NOUPDATE

(Timer 305) t305_5

t305_10

t305_30

t305_60

t305_120

t305_360

t305_720

Default: t305_30


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t307 yes (RW) Timer 307 starts if timer305 has expired and the UEdetects “out of servicearea”. When timer 307expires the UE transits toidle mode.

t307_5

(Timer 307) t307_10

t307_15

t307_20

t307_30

t307_40

t307_50

Default: t307_30

t308 yes (RW) The length of time that theUE has to wait for apositive or incorrectresponse after sending anRRC CONNECTIONRELEASE COMPLETEmessage to the Node B.

t308_40

(Timer 308) t308_80

t308_160

t308_320

Default: t308_160

t309

(Timer 309)

no (RW) This parameter indicates themaximum time the UE hasto change cell.


Default = 8

t310

(Timer 310)

yes (RW) The length of time that theUE has to wait for apositive reaction aftersending a PUSCHCAPACITY REQUESTmessage to the Node B.


Default = 160


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t311

(Timer 311)

yes (RW) Timer 311 starts after theUE receives the PHYSICALSHARED CHANNELALLOCATION messagewhere the CHOICE“PUSCH allocation” is setto “PUSCH allocationpending”. The timer isstopped after thePHYSICAL SHAREDCHANNEL ALLOCATIONmessage is received wherethe CHOICE “PUSCHallocation” is set to“PUSCH allocationassignment”.


Default = 2000

t312Connected

(Timer 312 connected mode)

yes (RW) The guard timer indicatesthe period during which UElayer 1 must be “in sync”before it is allowed tooperate in connected mode.


Default = 2

t312Idle

(Timer 312 idle)

yes (RW) This guard timer indicatesthe period during which UElayer 1 must be “in sync”before it is allowed tooperate in idle mode.


Default = 1

t313

(Timer 313)

yes (RW) This guard timer indicatesthe period during which UElayer 1 must be “out ofsync” before the UEconsiders that a radio-linkfailure has occurred.


Default = 3

t314 yes (RW) Timer 314 starts when thecriteria for radio-link failureare fulfilled. The timer stopswhen the Cell Updateprocedure has beencompleted.

t314_0

(Timer 314) t314_2

t314_4

t314_6


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t314_8

t314_12

t314_16

t314_20

Default: t314_6

t315 yes (RW) Timer 315 starts when thecriteria for radio-link failureare fulfilled. The timer stopswhen the Cell Updateprocedure has beencompleted.

t315_0

(Timer 315) t315_10

t315_30

t315_60

t315_180

t315_600

t315_1200

t315_1800

Default: t315_30

t316 yes (RW) Timer 316 starts when theUE detects “out of servicearea” in the URA_PCH orCELL_PCH state. Timer 316stops when the UE detects“in service area”.

t316_0

(Timer 316) t316_10

t316_20

t316_30

t316_40

t316_50

t316_INFINITY

Default: t316_30


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t317 yes (RW) Timer 317 starts when timer316 expires and the UEdetects “out of servicearea”. Timer 317 stops whenthe UE detects “in servicearea”.

t317_0

(Timer 317) t317_10

t317_30

t317_60

t317_180

t317_600

t317_1200

t317_1800

Default: t317_180

tAckPCH

(Timer acknowledge pagingchannel)

yes (RW) Timer for transition fromCell_DCH state toURA_PCH state to allow forRLC ACK errors in thePHYSICAL CHANNELRECONFIGURATIONCOMPLETE message.


Default = 500

thdLCSCellInfoTimer

(Threshold location servicescell info timer)

yes (RW) Defines the maximum timethe Serving RNC (SRNC)will wait for the DestinationRNC (DRNC) to providecell information usinginformation exchangeinteraction.


Default = 6

thdLcsEcidPositionTimer

(Threshold location servicesECID position timer)

no (RW) Defines the maximum timethe RNC will wait for theUE to provide the path lossand UE Rx-Tx timedifference type 1 or type 2measurement for the ECIDpositioning measurement.


Default = 5


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thdLcsUeGpsPositionTimer

(Threshold location servicesUE GPS position timer)

no (RW) Defines the maximum timethe RNC will wait for theUE to provide its owngeographical positionresulting from the UE-basedAssisted Global PositioningSystem (AGPS) positioningmethod applied in the UE.


Default = 20

thdLocationSupervision-Timer

(Threshold locationsupervision timer)

yes (RW) Defines the maximum timethe RNC will wait for thecalculation of an appropriateUE position result beforeresponding to the CoreNetwork (CN) with anunsuccessful location result.


Default = 30

tHORlSynch

(Timer handover radio linksynchronization)

yes (RW) Timer for radio links to gainsynchronization from a UEbefore being torn down.


Default = 5000

timingAdjustGranularity

(Timing adjust granularity)

no (RW) Used by the RNC to adjustdownlink framingtransmission timing onreception of theTimingAdjust Controlframe fromthe Node B.


Default = 1

tOutOfServiceTimer

(Time out of service timer)

no (RW) This attribute specifies thetime given to UEs inCELL_FACH state, that arecamped to a blocked cell, toreselect another cell andinform the RNC via the cellupdate procedure.


Default = 2500

tPageRep

(Timer page repetitions)

no (RW) Duration between twoconsecutive pagetransmissions. Theretransmission shall be doneon the first paging occasionoccurring after this durationhas expired.


Default = 3.5


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tpageVal




Default = 3000

tReconPCH

(Time-out reconfigurationpaging channel)

yes (RW) Time-out period forCell_DCH state toURA_PCH state PHYSICALCHANNELRECONFIGURATIONCOMPLETE message beforeretransmission occurs.


Default = 500

tRelocCoord

(Relocation coordinationtimer)

no (RW) This attribute sets the timean RNC will wait betweenRANAP Relocation Requestmessages before signallingthat a Relocation ResourceAllocation procedure hasfailed.


Default = 10

tRelocOverAll

(Timer relocation overall)

yes (RW) This attribute specifies themaximum time for theprotection of the overallrelocation procedure in thesource RNC.


Default = 10

tRelocPrep

(Timer relocationpreparation)

yes (RW) This attribute specifies themaximum time for therelocation preparationprocedure in the sourceRNC.


Default = 10

tSynchTranChanComplete

(Timer synchronizedtransport channel complete)

yes (RW) Timer for synchronizedtransport channelreconfiguration (DCH toDCH) for the UE to send aTRANSPORT CHANNELRECONFIGURATIONCOMPLETE message backto the RNC.


Default = 5000


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uECapabilityEnquiryMax

(RNC:UE_Capability_Enquiry_Max)

no (RW) This parameter defines themaximum number of timesthe UE Capability Enquirymessage is re-sent on expiryof uECapabilityEnquiry-Timer.


Default = 3

uECapabilityEnquiryTimer

(RNC:UE_Capability_Enquiry_Timer)

no (RW) This timer determines howlong the RNC will wait fora Capability Informationmessage before sending arepeat UE CapabilityEnquiry message after aprevious enquiry was sent.


Default = 1000

umts2GsmHOMeas

(UMTS to GSMmeasurement)

no (RW) Contains UMTS to GSMhandover measurementparameters.


Default = {-96,

cOEFF_3,

32}

umtsToGsmHandover

(UMTS to GSM handover)

yes (RW) The attribute enables ordisables the UMTS to GSMhandover feature per RNC.

true

false

Default = false

unknownStatus

(Unknown status)


true

false

Default = false

userLabel

(User label)


Any valid string.




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uTRANDRXCycleCoefficient

(UTRAN discontinuousreception cycle coefficient)

no (RW) The DiscontinuousReception (DRX) coefficientthat the UE should use whenit is monitoring the PagingIndication Channel (PICH)for paging messages sent bythe UTRAN.


Default = 8

waitTime

(Wait time)

yes (RW) The time that the UE mustwait before retransmittingthe RRC CONNECTIONREQUEST message afterreceiving the RRCCONNECTION REJECTmessage.


Default = 15

wpsEnableISDR

(Wireless priority serviceenabled)

no (RW) If enabled Wireless PriorityService (WPS) calls aredirected to GSM if theUMTS cell is congested.

true

false

Default = false

Structure of LRNC values

The following table describes the value format used for the LRNC object attribute.


freq frequencyBand bAND_I

bAND_II

bAND_III

bAND_IV

bAND_V

bAND_VI

bAND_VIII

bAND_IX

frequency 0 through 65535 step size=1

hSDPASrvCellChgCrit hysteresis 0.0 through 7.5 step size=0.5


tIMETOTRIGGER_10

tIMETOTRIGGER_20


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tIMETOTRIGGER_40

tIMETOTRIGGER_60

tIMETOTRIGGER_80

tIMETOTRIGGER_100

tIMETOTRIGGER_120

tIMETOTRIGGER_160

tIMETOTRIGGER_200

tIMETOTRIGGER_240

tIMETOTRIGGER_320

tIMETOTRIGGER_640

tIMETOTRIGGER_1280

tIMETOTRIGGER_2560

tIMETOTRIGGER_5000

hSDPASrvCellChgCrit useCIO true

false

intraFrequencyHHOvi-aIuDelay

time 0 through 20000 step size=100

offset 0.5 through 10.0 step size=0.5

latitude degrees 0 through 90 step size=1


seconds 0 through 59 step size=1

latitude hemisphere northern

southern

longitude degrees 0 through 180 step size=1



longitude hemisphere western

eastern

qOSPriorityMapping-Table

aRP 1 through 3 step size=1

mACLogicalChannelPriority 5 through 8 step size=1

hsdpaSchedulingPriority 0 through 15 step size=1


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edchSchedulingPriority 0 through 15 step size=1

qOSPriorityMapping-Table

trafficClassRank cONVERSATIONAL_RAB2

sTREAMING_RAB2

iNTERACTIVE1_RAB2

iNTERACTIVE2_RAB2

iNTERACTIVE3_RAB2

bACKGROUND_RAB2

aLL_RAB2

sIBRepProfile profileIndex 1 through 30 step size=1

schedulingBlock1REP 4 through 4096 step size=1

sIB1REP 4 through 4096 step size=1









sIBRepProfileUsage profileIndex 1 through 30 step size=1

refCellCount 0 through 5994 step size=1

umts2GsmHOMeas gsmQualityThreshold -115 through 0 step size=1

gsmFilterCoefficient cOEFF_0

cOEFF_1

cOEFF_2

cOEFF_3

cOEFF_4

cOEFF_5

cOEFF_6

cOEFF_7

cOEFF_8


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cOEFF_9

cOEFF_11

cOEFF_13

cOEFF_15

cOEFF_17

cOEFF_19

combinedGsmNeighbourL-istSize



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OCNS...................................................................................................................................................................................................................................

Full name

Orthogonal channel noise simulator

Description

This object represents the Orthogonal Channel Noise Simulator (OCNS).

The OCNS is a tool that simulates voice or data traffic on the forward link ordownlink from the Node B to the UE within a cell or cluster of cells. The OCNS runson the Node B, hence only OCNS setup data is sent over the Iub interface and not thenoise itself.


Hierarchical location of the OCNS object:



The following list outlines the object constraints for creating an OCNS object.

• Only one OCNS object per LCell can be created with themodeOfOperationattribute set to “voice”.

• Make sure that all OCNS objects have different spreading factor values when themodeOfOperation attribute is set to “data”.

• If powerVariation is set to “ON” then ensure thataveragePowerPerUser + (10 *log10(numberOfUsers)) + 2 is less than the maximum allowed value fortotalPower which is 15.0.

• If powerVariation is set to “OFF” then ensure thataveragePowerPerUser + (10* log10(numberOfUsers)) is less than the maximum allowed value fortotalPowerwhich is 15.0.

• If powerVariation is set to “ON” then ensure thataveragePowerPerUser + (10 *log10(numberOfUsers)) + 2 is greater than the minimum allowed value fortotalPower which is -35.0.

OCNS

LRNC

LCell

LNodeB


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• If powerVariation is set to “OFF” then ensure thataveragePowerPerUser + (10* log10(numberOfUsers)) is greater than the minimum allowed value fortotalPower which is -35.0.

• If powerVariation is set to “ON” then settotalPower to averagePowerPerUser+ (10 * log10(numberOfUsers)) + 2.

• If powerVariation is set to “OFF” then settotalPower to averagePowerPerUser+ (10 * log10(numberOfUsers)).

The following list outlines the object constraints for modifying an OCNS object usingthe set command.

• Make sure thatminBurstOnTime ≤ maxBurstOnTime.

• Make sure thatminBurstOffTime ≤ maxBurstOffTime.

• If powerVariation is set to “ON” then ensure thataveragePowerPerUser + (10 *log10(numberOfUsers)) + 2 is less than the maximum allowed value fortotalPower which is 15.0.

• If powerVariation is set to “OFF” then ensure thataveragePowerPerUser + (10* log10(numberOfUsers)) is less than the maximum allowed value fortotalPowerwhich is 15.0.

• If powerVariation is set to “ON” then ensure thataveragePowerPerUser + (10 *log10(numberOfUsers)) + 2 is greater than the minimum allowed value fortotalPower which is -35.0.

• If powerVariation is set to “OFF” then ensure thataveragePowerPerUser + (10* log10(numberOfUsers)) is greater than the minimum allowed value fortotalPower which is -35.0.

• If powerVariation is set to “ON” then settotalPower to averagePowerPerUser+ (10 * log10(numberOfUsers)) + 2.

• If powerVariation is set to “OFF” then settotalPower to averagePowerPerUser+ (10 * log10(numberOfUsers)).

Attributes

The following attributes apply to the OCNS object and are available through the GUIand CLI.


absScramblingCode

(Absolute Scrambling Code)

no (RO) This attribute is the absolutevalue of the downlinkscrambling code taken fromthe primary code group.


Default = 0


unlocked


RNC object descriptions OCNS

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locked

Default: unlocked


inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty

No default

averagePowerPerUser

(Average power per user)

yes (RW) The average power thatmust be transmitted per userwhen the OrthogonalChannel Noise Simulator(OCNS) service is activated.


Default = -20.0

channelisationCode

(Channelization code)

no (RO) The Channelization Code(SFx,y) that is used by theusers who are simulated inthe Orthogonal ChannelNoise Simulator (OCNS)service.


Default = 0

maximumBurstOffTime

(Maximum burst off time)

yes (RW) The maximum time that isallowed between thetransmission of two databursts.


Default = 100

maximumBurstOnTime

(Maximum burst on time)

yes (RW) The maximum time that ispermitted for thetransmission of a burst.


Default = 512


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maximumClusterSize

(Maximum cluster size)

yes (RW) The maximum number ofimages to download duringa web-browsing session.


Default = 20

maximumThinkTime

(Maximum think time)

yes (RW) The maximum time that ispermitted between twoclusters of bursts.


Default = 3000

maxPowerVariation

( Maximum power variation)

no (RW) This parameter representsthe maximum powervariation of OrthogonalCode Noise Simulator(OCNS) power per userrelative to its average power(which is specified relativeto pilot power).


Default = 2.0

minimumBurstOffTime

(Minimum burst off time)

yes (RW) The minimum time that ispermitted between thetransmission of two databursts.


Default = 32

minimumBurstOnTime

(Minimum burst on time)

yes (RW) The minimum time duringwhich a burst must betransmitted.


Default = 32

modeOfOperation yes (RO-SC) Defines whether avoice-channel or adata-channel simulationshould be performed for theOrthogonal Channel NoiseSimulator (OCNS) service.

vOICE

(Mode of operation) dATA

Default: dATA

numberOfUsers

(Number of users)

yes (RW) The number of users forwhich the simulation shouldbe performed.


Default = 10


enabled


Default: enabled


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powerStepSize

(Power step size)

no (RW) This parameter representsthe step size an OrthogonalCode Noise Simulator(OCNS) can change itspower by (either up ordown) in 10ms intervals.


Default = 0.3

powerVariation yes (RW) Indicates whether thetransmit power should bevaried for each radio frameor remain at a fixed level.

oFF

(Power variation) oN

Default: oFF

scramblingCode

(Scrambling code)

no (RO) The scrambling code indexused in the downlink for theOrthogonal Channel NoiseSimulator (OCNS) service.


Default = 0

spreadingFactor yes (RO-SC) Defines the minimumspreading factor the UE mayuse for sending the RACHmessage.

sPREADINGFACT_8

(Spreading factor) sPREADINGFACT_16

sPREADINGFACT_32

sPREADINGFACT_64

sPREADINGFACT_128

sPREADINGFACT_256

Default:sPREADINGFACT_32


notSupported


coldStandby

providingService



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totalPower

(Total power)

no (RO) The total available powerfor the channels that aresimulated via theOrthogonal Channel NoiseSimulator (OCNS) service.


Default = -35.0

unknownStatus

(Unknown status)


true

false

Default = false

userLabel

(User label)


Any valid string.




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OCNSHSDPA...................................................................................................................................................................................................................................

Full name

OCNSHSDPA

Description

This object contains data related to the configuration of the High Speed DownlinkPacket Access - Orthogonal Channel Noise Simulator (HSDPA-OCNS) resourceswithin the UTRAN


Hierarchical location of the OCNSHSDPA object:



The following list outlines the object constraints for creating an LNodeB object:

• Set the OCNSHSDPA::oCNSChannelId attribute so that it is unique within itsparent HSDPA.

Attributes

The following attributes apply to the OCNSHSDPA object and are available throughthe GUI and CLI.


ackNackRatio

(Acknowledgements ratio)

no (RW-LO) This parameter indicates theratio of positive andnegative acknowledgementsbeing input to the NodeBscheduler.


Default = 100

LNodeB

LRNC

HSDPA

L ellC

OCNSHSDPA


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unlocked


locked

Default: locked


inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty

No default

channelActivityTime

(Channel Activity Timer)

no (RW-LO) This is one of the inputparameters to invokeHSDPA-OCNS channel for aparticular UE.


Default = 20

cQIValue

(Channel quality indicator)

no (RW-LO) This parameter provides thedownlink channel qualityindicator to mimic UEfeedback to the NodeBscheduler.


Default = 0

filtCoef

(Filter coefficient)

no (RW-LO) This is the value of filtercoefficient that will be usedin IIR filter (insidescheduler) in the CQIgenerating function.


Default = 0

RNC object descriptions OCNSHSDPA

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meanCQI

(Channel QualityInformation Mean value)

no (RW-LO) This is the mean of the CQIvalues when the CQIs aregenerated by the generatingfunction implemented in thescheduler.


Default = 20

numMACDPDU

(MAC-d PDUs in queue)

no (RW-LO) This parameter indicatesnumber of MAC-d PDUs inthe priority queue per TTI.


Default = 8


enabled


Default: enabled


notSupported


coldStandby

providingService


txDivMode no (RW-LO) This parameter indicates ifHSDPA-OCNS channelsshould be transmiited usingTx. Diveristy mode.

tXDNONE

Default: tXDNONE

uECapabilityNo

(UE category details)

no (RW-LO) This parameter provides UEcategory details to theNodeB scheduler indicatinglevel of support for HSDPAservice.


Default = 6

unknownStatus

(Unknown status)


true

false

Default = false


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userLabel

(User label)


Any valid string.




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PeriodCriteria...................................................................................................................................................................................................................................

Full name

Period criteria

Description

This object allows the control of intra-frequency measurement report messages that aresent by the User Equipment (UE).


Hierarchical location of the PeriodCriteria object:



Attributes

The following attributes apply to the PeriodCriteria object and are available throughthe GUI and CLI.



unlocked


locked

Default: unlocked


inTest


powerOff

LRNC

PeriodCriteria

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offLine

offDuty

dependency

degraded

notInstalled

logFull

empty

No default


enabled


Default: enabled

pcamtOfRep yes (RW) The maximum number ofmeasurement reports that theUE is allowed to send inperiodical reporting mode.

pERIODICTRIGGREPORTAMOUNT_1

(Periodical criteria amountof reporting)







pERIODICTRIGGREPORTAMOUNT_INFINITY

No default

pcReportingInterval yes (RW) The reporting intervalbetween the measurementreports that are sent by theUE in periodical reportingmode.

pERIODICREPORTINT_0

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(Periodical criteria reportinginterval)

pERIODICREPORTINT_250















No default


notSupported


coldStandby

providingService


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unknownStatus

(Unknown status)


true

false

Default = false

userLabel

(User label)


Any valid string.




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PG...................................................................................................................................................................................................................................

Full name

Protection group

Description

This object represents the Protection Group (PG) of an RNC.


Hierarchical location of the PG object:



The following list outlines the constraints for modifying a PG object:

• Make sure that the GICCSTM1OC3Port object referenced by the attributeworkingSTM1OC3Port exists.

• Make sure that the GICCSTM1OC3Port object referenced by the attributeprotectionSTM1OC3Port exists.

• Make sure that eachworkingSTM1OC3Port andprotectionSTM1OC3Port attributereferences a unique GICCSTM1OC3Port object within the scope of an LRNC.

• The attributesworkingSTM1OC3Port andprotectionSTM1OC3Port can not beupdated as part of aset request.

Attributes

The following attributes apply to the PG object and are available through the GUI andCLI.



unlocked


locked

Default: unlocked

LRNC

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inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty

No default


enabled


Default: enabled

protectionSTM1OC3Port

(Protection STM-1/OC-3port)

yes (RO-SC) The STM-1/OC-3 port thatis defined as the protectionline.


No default

refIubList

(Reference Iub list)

no (RO) The Distinguished Names(DNs) of the Iub objectsthat relate to this protectiongroup.



No default

refIuCSList

(Reference Iu-CS list)

no (RO) The Distinguished Names(DNs) of the Iu-CS objectsthat relate to this protectiongroup.



No default

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refIuPSList

(Reference Iu-PS list)

no (RO) The Distinguished Names(DNs) of the Iu-PS objectsthat relate to this protectiongroup.



No default

refIuRList

(Reference Iur list)

no (RO) The Distinguished Names(DNs) of the Iur objects thatrelate to this protectiongroup.



No default

refSS7List

(Reference signaling systemno 7 list)

no (RO) The SS7 link objects thatreference this ProtectionGroup (PG).



No default


notSupported


coldStandby

providingService


unknownStatus

(Unknown status)


true

false

Default = false

userLabel

(User label)


Any valid string.



workingSTM1OC3Port

(Working STM-1/OC-3 port)

yes (RO-SC) The STM-1/OC-3 port thatis defined as the workingline.


No default

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PRACH...................................................................................................................................................................................................................................

Full name

Physical random access channel

Description

This object allows the management and control of the Physical Random AccessChannel (PRACH), the Random Access Channel (RACH), and the AcquisitionIndication Channel (AICH).


Hierarchical location of the PRACH object:


You can create and delete this object.

The following list outlines the object constraints for creating a PRACH object.

• You must lock the LCell object before you create the PRACH object.

Attributes

The following attributes apply to the PRACH object and are available through the GUIand CLI.


acToAscList

(Access class to accessservice class list)

yes (RW) The UE uses this list to mapits Access Class (AC) value(0-15) to an Access ServiceClass (ASC) value.



No default


unlocked

PRACH

LRNC

LCell

LNodeB


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locked

Default: unlocked

aICHPower

(Acquisition indicatorchannel power)

yes (RW) Defines the output powerlevel of the AcquisitionIndicator Channel (AICH)per Acquisition Indicator.


Default = -5

aICHStatusInfo

(Acquisition indicationchannel status information)

no (RO) Contains the operationalstate and availablity statusof the AICH physicalchannel in the cell.

See“Structure ofPRACH values”(p. 2-308).

Default = {enabled,

empty}

aICHTransmissionTiming yes (RW-PL) Indicates to the UE thetiming between twoconsecutive preambles.

aTT_0

(Acquisition indicatorchannel transmission timing)

aTT_1

Default: aTT_0


inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty

Default: empty


inTest

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powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty

No default

constantVal

(Constant value)

yes (RW) Indicates the SIR target tobe achieved by the initialPhysical Random AccessChannel (PRACH)preamble. This value is usedto calculate the initialopen-loop transmit power ofthe PRACH preamble.


Default = -27

maxRetranPreamble

(Maximum retransmissionpreambles)

yes (RW) The maximum number ofRACH preambles that areallowed in one powerramping cycle.


Default = 15

mMax

(M maximum)

yes (RW) Maximum number ofpreamble power rampingcycles.


Default = 3

nB01max

(Nb01 maximum)

yes (RW) The maximum backoff timefor which the UE will notstart a subsequent preamblepower ramping cycle.


Default = 40

nB01min

(Nb01 minimum)

yes (RW) The minimum backoff timefor which the UE will notstart a subsequent preamblepower ramping cycle.


Default = 0


enabled



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Default: enabled

physicalRACHPreambleTh-reshold

(Physical RACH preamblethreshold)

yes (RW-PL) Threshold used by the NodeB as a minimum thresholdfor detecting RACHpreambles.


Default = -23.0

powerRampStep

(Power ramp step)

yes (RW) Indicates the power stepincrease for successivepreambles when noacquisition indicator isreceived from the Node B.


Default = 2

pRACHPart

(Physical random accesschannel partitioning)

yes (RW) This attribute contains theAccess Service Class (ASC)settings that are used for thePhysical Random AccessChannel (PRACH)partitioning service.




pRACHStatusInfo

(Physical random accesschannel status information)

no (RO) Contains the operationalstate and availablity statusof the PRACH physicalchannel in the cell.


Default = {enabled,

empty}

preambleSignature

(Preamble signature)

no (RW) Indicates the availablepreamble signatures that canbe selected by the UE eachtime the UE sends aPhysical Random AccessChannel (PRACH)preamble.


Default = 65535

rACHStatusInfo

(Random access channelstatus information)

no (RO) Contains the operationalstate and availability statusof the RACH transportchannel in the cell.


Default = {enabled,

empty}


notSupported



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coldStandby

providingService


subChannelNumbers

(Subchannel numbers)

no (RW) The available subchannelsthat are used to determinethe available access slots fortransmission of the PRACHpreamble.


Default = 4095

unknownStatus

(Unknown status)


true

false

Default = false

userLabel

(User label)


Any valid string.



Structure of PRACH values

The following table describes the value format used for the PRACH object attribute.


aICHStatusInfo operationalState enabled

disabled

aICHStatusInfo availability inTest

failed

powerOff

offLine

offDuty

dependency

degraded

notInstalled


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logFull

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pRACHPart availableSigStartIndex 0 through 15 step size=1

availableSigEndIndex 0 through 15 step size=1

assignedSubChannelNumber 0 through 15 step size=1

pRACHStatusInfo operationalState enabled

disabled

pRACHStatusInfo availability inTest

failed

powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty

rACHStatusInfo operationalState enabled

disabled

rACHStatusInfo availability inTest

failed

powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty


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PRNC...................................................................................................................................................................................................................................

Full name

Peer radio network controller

Description

This object represents an RNC which is connected to an Local Radio NetworkController (LRNC) via the Iur interface.

A PRNC object can be associated with at least one external cell object but the externalcell object does not need to be associated with the Peer Radio Network Controller(PRNC).


Hierarchical location of the PRNC object:



Attributes

The following attributes apply to the PRNC object and are available through the GUIand CLI.



unlocked


locked

Default: unlocked


inTest

LRNC

PRNC


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powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty

No default

itfNDN



Any valid string.



mCC





No default

mNC





No default


enabled


Default: enabled

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refFddExtCells

(PRNC managed cells list)

no (RO) List of cells managed by thePRNC.



No default

refIur

(Reference Iur list)

no (RO) The Distinguished Names(DNs) of the Iur objects thatrelate to this peer RNC.


No default

rNCId

(RNC identity)

yes (RW) The unique identifier of anRNC node within aUniversal Terrestrial RadioAccess Network (UTRAN)is the RNC Identifier(RNC-Id).


No default




true

false

Default = true


notSupported


coldStandby

providingService


unknownStatus

(Unknown status)


true

false

Default = false


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userLabel

(User label)


Any valid string.




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PSU...................................................................................................................................................................................................................................

Full name

Power supply unit

Description

This object represents the Power Supply Unit (PSU) of the RNC.


Hierarchical location of the PSU object:



Attributes

The following attributes apply to the PSU object and are available through the GUIand CLI.



unlocked


locked

Default: unlocked

apparatusCode

(Apparatus code)


0 through 52

Default = N/A

artMaster

(Art master)


0 through 52

Default = N/A

PSU

LRNC

FBPShelf

Cabinet


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inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty

No default

bootSoftwareVersion



0 through 100

Default = N/A

clei



0 through 52

Default = N/A

dateOfManufacture



0 through 52

Default = N/A

eci



0 through 52

Default = N/A

firmwareVersion

(Firmware version)


0 through 100

Default = N/A

inventoryUnitId



Any valid string.



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inventoryUnitType



0 through 52

Default = Hardware

manufacturerData



0 through 52

Default = N/A

miscellaneous

(Miscellaneous)


0 through 52

Default = N/A


enabled


Default: enabled

serialNumber

(Serial number)


0 through 52

Default = N/A

series

(Series)


0 through 52

Default = N/A

shelfNumber

(Shelf number)



No default

slotNumber

(Slot number)



No default


notSupported


coldStandby

providingService


unitNumber

(Unit number)



Default = 0


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unknownStatus

(Unknown status)


true

false

Default = false

userLabel

(User label)


Any valid string.



vendorName

(Vendor name)


0 through 52





0 through 52

Default = N/A




Default = N/A


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RA...................................................................................................................................................................................................................................

Full name

Routing area

Description

This object represents a cluster of one or more radio cells that together form a RoutingArea (RA).

The set of radio cells assigned to one RA must belong to the same Location Area(LA). The set of radio cells served by a Node B can be assigned to different RAs but asingle radio cell can be assigned to one area only. All Node Bs serving radio cellsassigned to the same LA are to be controlled by the same RNC.


Hierarchical location of the RA object:



The following list outlines the object constraints for creating an RA object.

• You must make sure that the referenced LA object exists.

• You must make sure thatglobalPLMNValueTag is within the range specified bypLMNValueTagStart andpLMNValueTagEnd.

Attributes

The following attributes apply to the RA object and are available through the GUI andCLI.



unlocked


locked

Default: unlocked

LRNC

RA


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inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty

No default

globalPLMNValueTag

(Global public land mobilenetwork value tag)

no (RW) The value that is used bythe operator tore-synchronize theout-of-sync PLMN value tagfor a cell within a RoutingArea.


Default = 1

networkMode

(Network mode)

no (RO-SC) This attribute is used toindicate if combinedLocation Area (LA) andRouting Area (RA) updatingis allowed per SGSN.

true

false

Default = true


enabled


Default: enabled

pLMNValueTagEnd

(Public land mobile networkvalue tag end)

no (RW) The upper limit value of thePLMN value tag for all theSIB types having the areascope of PLMN.


Default = 256

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pLMNValueTagStart

(Public land mobile networkvalue tag start)

no (RW) The starting value of thePLMN value tag for all theSIB types having the areascope of PLMN.


Default = 1

rARefCells

(Routing area referencecells)

no (RO) The Distinguished Names(DNs) of the LCell objectsthat are related to thisRouting Area (RA).



No default

rARefExtCells

(Routing area reference tothe external cells)

no (RO) The Distinguished Names(DNs) of the FddExtCellobjects that reference thisRouting Area (RA).



No default

routingAreaCode

(Routing area code)

yes (RO-SC) The Routing Area Code(RAC) is used to identify aRouting Area within aLocation Area.


No default


notSupported


coldStandby

providingService


unknownStatus

(Unknown status)


true

false

Default = false

userLabel

(User label)


Any valid string.



RNC object descriptions RA

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RFTrace...................................................................................................................................................................................................................................

Full name

Radio frequency trace

Description

This object represents a single Radio Frequency Trace (RF trace) job on a specificInternational Mobile Subscriber Identity (IMSI).

RF trace

The RF trace capability is a service which allows the operator to gather radio-relatedinformation associated with a predefined UE.

The information that is collected can be used by the network operator to:

• Check the network performance

• Localize faults

• Optimize the network.

The RF trace functionality within the RNC is performed by the collection of signalingmessages on the Uu, Iub and Iu interfaces.


Hierarchical location of the RFTrace object:



Attributes

The following attributes apply to the RFTrace object and are available through the GUIand CLI.



unlocked


LRNC

RFTrace


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locked

Default: locked


inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty

No default

iMSI

(International mobilesubscriber identity)

yes(RW-LO)

The International MobileSubscriber Identity (IMSI)of the UE to be traced.

Any valid string.



measurementType yes(RW-LO)

This is an input attribute toinvoke RF trace on aparticular UE and definesthe type of measurements tobe recorded in the RF tracefile.

all

(Measurement type) uE_only

nodeB_only

tPU_only

uEandNodeB

RNC object descriptions RFTrace

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uEandTPU

tPUandNodeB

Default: all


enabled


Default: enabled


notSupported


coldStandby

providingService


traceDuration

(Trace duration)

yes(RW-LO)

This is one of the inputattributes to invoke an RFtrace on a particular UE anddefines the duration of thetrace in minutes. Theduration time starts from thetime the OMC-U user startsthe RF trace.


Default = 30

traceEndTime

(Trace end time)

no (RO) This is a read-only attribute,which shows the operatorthe time at which theduration timer expires andtracing stops. It is calculatedby the RF trace managerand displayed on theOMC-U or LocalMaintenance Terminal(LMT).

Any valid string.




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traceFileName

(Trace file name)

no (RO) This attribute represents thefile name of the created RFtrace file.

Any valid string.



tracePeriod yes(RW-LO)

The period of time, inmilliseconds, between eachmeasurement.

pERIODICITY_1000

(Trace period) pERIODICITY_2000

pERIODICITY_3000

pERIODICITY_4000

pERIODICITY_6000

pERIODICITY_8000

pERIODICITY_12000

pERIODICITY_16000

pERIODICITY_20000

pERIODICITY_24000

pERIODICITY_28000

pERIODICITY_32000

Default:pERIODICITY_20000

traceStatus no (RO) This parameter provides thestatus of the RF tracingactivity. The valueTRACING_DEGRADEDindicates that somemeasurements are currentlyunavailable from the trace.

iDLE

(Trace status) tRACING

cOMPLETE

tRACING_DEGRADED

Default: iDLE


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unknownStatus

(Unknown status)


true

false

Default = false

userLabel

(User label)


Any valid string.




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SACS...................................................................................................................................................................................................................................

Full name

Service area circuit switch

Description

This object represents the Service Area Circuit Switch (SACS).


Hierarchical location of the SACS object:



The following list outlines the object constraints for creating an SACS object.

• You must make sure that the referenced Location Area (LA) object exists.

Attributes

The following attributes apply to the SACS object and are available through the GUIand CLI.



unlocked


locked

Default: unlocked


inTest


powerOff

LRNC

SACS


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offLine

offDuty

dependency

degraded

notInstalled

logFull

empty

No default


enabled


Default: enabled

sACSCode

(Service area circuit switchcode)

yes (RO-SC) The Service Area CircuitSwitch (SACS) code is partof the Service AreaIdentifier (SAI) andidentifies a service area forcircuit-switched serviceswithin a Location Area.


No default

sACSRefCells

(Service area circuit switchreference to cells)

no (RO) The Distinguished Names(DNs) of the cell objectsthat are related to thiscircuit-switched servicearea.



No default

sACSRefExtCells

(Service area circuit switchreference to external cells)

no (RO) The Distinguished Names(DNs) of the external cellobjects that are related tothis circuit-switched servicearea.



No default


notSupported


coldStandby

providingService


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unknownStatus

(Unknown status)


true

false

Default = false

userLabel

(User label)


Any valid string.



RNC object descriptions SACS

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SAPS...................................................................................................................................................................................................................................

Full name

Service area packet switch

Description

This object represents the Service Area Packet Switch (SAPS).


Hierarchical location of the SAPS object:



The following list outlines the object constraints for creating an SAPS object.

• You must make sure that the referenced Location Area (LA) object exists.

Attributes

The following attributes apply to the SAPS object and are available through the GUIand CLI.



unlocked


locked

Default: unlocked


inTest


powerOff

LRNC

SAPS


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offLine

offDuty

dependency

degraded

notInstalled

logFull

empty

No default


enabled


Default: enabled

sAPSCode

(Service area packet switchcode)

yes (RO-SC) The Service Area PacketSwitch (SAPS) code is partof the Service AreaIdentifier (SAI) andidentifies a service area forpacked-switched serviceswithin a Location Area.


No default

sAPSRefCells

(Service area packet switchreference to cells)

no (RO) The Distinguished Names(DNs) of the cell objectsthat are related to thispacket-switched servicearea.



No default

sAPSRefExtCells

(Service area packet switchreference to external cells)

no (RO) The Distinguished Names(DNs) of the external cellobjects that are related tothis packet-switched servicearea.



No default


notSupported


coldStandby

providingService


RNC object descriptions SAPS

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unknownStatus

(Unknown status)


true

false

Default = false

userLabel

(User label)


Any valid string.



RNC object descriptions SAPS

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SB...................................................................................................................................................................................................................................

Full name

Solaris® blade

Description

This object represents aSolaris® Blade (SB) processor card.

The Solaris® Blade (SB) processor card provides a general UNIX processingenvironment for call processing and OA&M functions.


Hierarchical location of the SB object:



Attributes

The following attributes apply to the SB object and are available through the GUI andCLI.



unlocked


locked

Default: locked

apparatusCode

(Apparatus code)


0 through 52

Default = N/A

SB

LRNC

FBPShelf

Cabinet


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artMaster

(Art master)


0 through 52

Default = N/A


inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty

No default

backoutSoftwareVersion

(Backout software version)

no (RO) The backout softwareversion.

Any valid string.



bootSoftwareVersion



0 through 100

Default = N/A

clei



0 through 52

Default = N/A

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Any valid string.



dateOfManufacture



0 through 52

Default = N/A

eci



0 through 52

Default = N/A




Any valid string.



firmwareVersion

(Firmware version)


0 through 100

Default = N/A

hostName

(Host name)

no (RO) The Solaris Blade (SB) hostname.

Any valid string.




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inventoryUnitId



Any valid string.



inventoryUnitType



0 through 52

Default = Hardware

manufacturerData



0 through 52

Default = N/A

miscellaneous

(Miscellaneous)


0 through 52

Default = N/A

newDownloadedSoftwareVer-sion

(New downloaded softwareversion)

no (RO) The newly downloadedSolaris Blade (SB) softwareversion.

Any valid string.



newInstalledSoftwareVersion

(New installed softwareversion)

no (RO) The newly installed SolarisBlade (SB) software version.

Any valid string.




enabled


Default: enabled


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serialNumber

(Serial number)


0 through 52

Default = N/A

series

(Series)


0 through 52

Default = N/A

shelfNumber

(Shelf number)



Default = 1

slotNumber

(Slot number)



Default = 0


notSupported


coldStandby

providingService



sUINVALIDSTATE


dOWNLOADCOM-PLETE

dOWNLOADFAILED

iNSTALL-INPROGRESS

iNSTALLCOMPLETE

iNSTALLFAILED


aCTIVATEIN-PROGRESS

aCTIVATECOMPLETE

aCTIVATEFAILED


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pARTIALLYACTI-VATED

fALLBACKIN-PROGRESS

fALLBACKCOM-PLETE

fALLBACKFAILED

pARTIALFALLBACK

aBORTED

lOCKINPROGRESS

lOCKCOMPLETE

lOCKFAILED

uNLOCKIN-PROGRESS

uNLOCKCOMPLETE

uNLOCKFAILED

cHECKINPROGRESS

cHECKCOMPLETE

cHECKFAILED

gRRESTART

cOMMITIN-PROGRESS

cOMMITFAILED

cOMMITCOMPLETE

bACKOUTIN-PROGRESS

bACKOUTFAILED

bACKOUTCOM-PLETE

pARTIALLY-BACKOUT

dOWNLOAD-ABORTED

iNSTALLABORTED


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aCTIVATEABORTED

fALLBACKABORTED

bACKOUTABORTED

dELETEINPROGRESS

dELETECOMPLETE

dELETEFAILED

nOTUPGRADED










aPPLYINPROGRESS

aPPLYCOMPLETE

aPPLYFAILED

aPPLYABORTED

dEAPPLYIN-PROGRESS

dEAPPLYCOMPLETE

dEAPPLYFAILED

dEAPPLYABORTED


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uNEQP

aUTORECOVER-RESTART

fWUPDATEIN-PROGRESS

fWUPDATECOM-PLETE

fWUPDATEFAILED

fWUPDATEABORTED


unitNumber

(Unit number)



Default = 0

unknownStatus

(Unknown status)


true

false

Default = false

userLabel

(User label)


Any valid string.



vendorName

(Vendor name)


0 through 52





0 through 52

Default = N/A




Default = N/A


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SBBPEtherPort...................................................................................................................................................................................................................................

Full name

Solaris® blade backplane ethernet port

Description

This object represents an Ethernet port on aSolaris® Blade (SB) backplane.



Hierarchical location of the SBBPEtherPort object:



Attributes

The following attributes apply to the SBBPEtherPort object and are available throughthe GUI and CLI.



unlocked


locked

Default: unlocked

SB

SBBPEtherPort

LRNC

FBPShelf

Cabinet


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inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty

No default


enabled


Default: enabled


notSupported


coldStandby

providingService


unknownStatus

(Unknown status)


true

false

Default = false

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userLabel

(User label)


Any valid string.



RNC object descriptions SBBPEtherPort

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SBClan...................................................................................................................................................................................................................................

Full name

Solaris® blade cluster LAN

Description

This object represents theSolaris® Blade (SB) cluster LAN.



Hierarchical location of the SBClan object:



Attributes

The following attributes apply to the SBClan object and are available through the GUIand CLI.



unlocked


locked

Default: unlocked

SB

SBClan

LRNC

FBPShelf

Cabinet


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inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty

No default


enabled


Default: enabled


notSupported


coldStandby

providingService


unknownStatus

(Unknown status)


true

false

Default = false

RNC object descriptions SBClan

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userLabel

(User label)


Any valid string.



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SBProc...................................................................................................................................................................................................................................

Full name

Solaris® blade processor

Description

This object represents the processor of aSolaris® Blade (SB) card.



Hierarchical location of the SBProc object:



Attributes

The following attributes apply to the SBProc object and are available through the GUIand CLI.



unlocked


locked

Default: unlocked

SB

SBProc

LRNC

FBPShelf

Cabinet


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inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty

No default


enabled


Default: enabled


notSupported


coldStandby

providingService


unknownStatus

(Unknown status)


true

false

Default = false

RNC object descriptions SBProc

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userLabel

(User label)


Any valid string.



RNC object descriptions SBProc

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SCCPCHFach...................................................................................................................................................................................................................................

Full name

Secondary common control physical channel forward access channel

Description

This object contains information on the downlink Forward Access Channels (FACHs)carried on the Secondary Common Control Physical Channel (SCCPCH).


Hierarchical location of the SCCPCHFach object:



The following list outlines the object constraints for creating an SCCPCHFach object.

• LCell must be locked in order to create an SCCPCHFach.

The following list outlines the object constraints for deleting an SCCPCHFach object.

• LCell must be locked in order to delete an SCCPCHFach.

Attributes

The following attributes apply to the SCCPCHFach object and are available throughthe GUI and CLI.



unlocked


locked

Default: unlocked

SCCPCHFach

LRNC

LCell

LNodeB


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inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty

Default: empty


inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty

No default

fACHSigPower

(Forward Access Channelsignaling power)

yes (RW) This attribute defines theoutput power level of thesignaling Forward AccessChannel (FACH) transportchannel in dB with respectto primary CPICH Power.


Default = 4.0

RNC object descriptions SCCPCHFach

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fACHSigStatusInfo

(FACH signaling statusinformation)

no (RO) Contains the operationalstate and availability statusof the signaling FACHtransport channel in the cell.

See“Structure ofSCCPCHFach values”(p. 2-353).

Default = {enabled,

empty}

fACHSigToAWE

(FACH signaling time ofarrival window endpoint)

no (RW) The Time of ArrivalWindow Endpoint (TOAWE)is the endpoint by which thesignaling Forward AccessChannel (FACH) dataframes are expected to bereceived by the Node B overthe Iub interface.


Default = 5

fACHSigToAWS

(FACH signaling time ofarrival window startpoint)

no (RW) The Time of ArrivalWindow Startpoint(TOAWS) is the startpointafter which thesignalingForward Access Channel(FACH) data frames areexpected to be received bythe Node B over the Iubinterface.


Default = 12

fACHTrafPower

(Forward Access Channeltraffic power)

yes (RW) This attribute defines theoutput power level of thetraffic Forward AccessChannel (FACH) transportchannel in dB with respectto primary CPICH Power..


Default = -2.0

fACHTrafStatusInfo

(FACH traffic statusinformation)

no (RO) Contains the operationalstate and availability statusof the traffic FACHtransport channel in the cell.


Default = {enabled,

empty}


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fACHTrafToAWE

(FACH traffic time ofarrival window endpoint)

no (RW) The Time of ArrivalWindow Endpoint (TOAWE)is the endpoint by which thetraffic Forward AccessChannel (FACH) dataframes are expected to bereceived by the Node B overthe Iub interface.


Default = 5

fACHTrafToAWS

(FACH traffic time ofarrival window startpoint)

no (RW) The Time of ArrivalWindow Startpoint(TOAWS) is the startpointafter which thetrafficForward Access Channel(FACH) data frames areexpected to be received bythe Node B over the Iubinterface.


Default = 12


enabled


Default: enabled

sCCPCHStatusInfo

(Secondary common controlphysical channel statusinformation)

no (RO) The operational state andavailability status of theSecondary Common ControlPhysical Channel(S-CCPCH) in the cell.


Default = {enabled,

empty}

secondaryCCPCH

(Secondary common controlphysical channel)

yes (RW-PL) The definitions that areneeded for the SecondaryCommon Control PhysicalChannel (S-CCPCH).


Default = {50,

0.0,

0.0}


notSupported


coldStandby

providingService


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unknownStatus

(Unknown status)


true

false

Default = false

userLabel

(User label)


Any valid string.



Structure of SCCPCHFach values

The following table describes the value format used for the SCCPCHFach objectattribute.


fACHSigStatusInfo operationalState enabled

disabled

fACHSigStatusInfo availability inTest

failed

powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty

fACHTrafStatusInfo operationalState enabled

disabled

fACHTrafStatusInfo availability inTest


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failed

powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty

sCCPCHStatusInfo operationalState enabled

disabled

sCCPCHStatusInfo availability inTest

failed

powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty

secondaryCCPCH channelOffset 0 through 149 step size=1

powerOffset1 0.0 through 6.0 step size=0.25



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SCCPCHPch...................................................................................................................................................................................................................................

Full name

Secondary common control physical channel paging channel

Description

This object contains information on cell-wide Paging Channels (PCHs) carried on theSecondary Common Control Physical Channel (SCCPCH).


Hierarchical location of the SCCPCHPch object:



The following list outlines the object constraints for creating an SCCPCHPch object.

• LCell must be locked in order to create an SCCPCHPch.

The following list outlines the object constraints for deleting an SCCPCHPch object.

• LCell must be locked in order to delete an SCCPCHPch.

Attributes

The following attributes apply to the SCCPCHPch object and are available through theGUI and CLI.



unlocked


locked

Default: unlocked

SCCPCHPch

LRNC

LCell

LNodeB


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inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty

Default: empty


inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty

No default


enabled


Default: enabled

RNC object descriptions SCCPCHPch

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pCHPower

(Paging channel power)

yes (RW) The output power level ofthe Paging Channel (PCH).


Default = 4.0

pCHStatusInfo

(Paging channel statusinformation)

no (RO) The operational state andavailablity status of the PCHtransport channel in the cell.

See“Structure ofSCCPCHPch values”(p. 2-359).

Default = {enabled,

empty}

pCHToAWE

(Paging channel time ofarrival window endpoint)

no (RW) The Time of ArrivalWindow Endpoint (TOAWE)is the endpoint by which thePaging Channel (PCH) dataframes are expected to bereceived by the Node B overthe Iub interface.


Default = 5

pCHToAWS

(Paging channel time ofarrival window startpoint)

no (RW) The Time of ArrivalWindow Startpoint(TOAWS) is the start pointafter which the PagingChannel (PCH) data framesare expected to be receivedby the Node B over the Iubinterface.


Default = 12

pICHMode yes (RW-PL) The maximum number ofpaging indicators that aretransmitted in each PagingIndicator Channel (PICH)frame.

pM_18

(Paging indicator channelmode)

pM_36

pM_72

pM_144

Default: pM_36

pICHPower

(Paging indicator channelpower)

yes (RW) The output power level ofthe Paging IndicatorChannel (PICH) .


Default = -6


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pICHStatusInfo

(Page indication channelstatus information)

no (RO) The operational state andavailablity status of thePaging Indicator Channel(PICH) in the cell.


Default = {enabled,

empty}

sCCPCHStatusInfo

(Secondary common controlphysical channel statusinformation)

no (RO) The operational state andavailability status of theSecondary Common ControlPhysical Channel(S-CCPCH) in the cell.


Default = {enabled,

empty}

secondaryCCPCH

(Secondary common controlphysical channel)

yes (RW-PL) The definitions that areneeded for the SecondaryCommon Control PhysicalChannel (S-CCPCH).


Default = {50,

0.0,

0.0}


notSupported


coldStandby

providingService


unknownStatus

(Unknown status)


true

false

Default = false

userLabel

(User label)


Any valid string.




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Structure of SCCPCHPch values

The following table describes the value format used for the SCCPCHPch objectattribute.


pCHStatusInfo operationalState enabled

disabled

pCHStatusInfo availability inTest

failed

powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty

pICHStatusInfo operationalState enabled

disabled

pICHStatusInfo availability inTest

failed

powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty

sCCPCHStatusInfo operationalState enabled

disabled

sCCPCHStatusInfo availability inTest

failed

powerOff


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offLine

offDuty

dependency

degraded

notInstalled

logFull

empty

secondaryCCPCH channelOffset 0 through 149 step size=1




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SMLC...................................................................................................................................................................................................................................

Full name

Serving mobile location center

Description

This object represents the Serving Mobile Location Center (SMLC).

The SMLC estimates the location of the UE and reports this information to the RNC.


Hierarchical location of the SMLC object:



Attributes

The following attributes apply to the SMLC object and are available through the GUIand CLI.



unlocked


locked

Default: locked

automaticSRSswitchbackEn-abled

(Automatic satellitereference serviceswitch-back enabled)

no (RW) This attribute allows theautomatic switch-backmechanism to the primarySatellite Reference Service(SRS) link to be enabled ordisabled.

true

false

Default = true

LRNC

SMLC


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inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty

No default


enabled


Default: enabled

primaryGpsRefSrvIpRoute

(Primary GPS ReferenceServer IP route)

no (RW) IP route for connecting tothe primary GPS ReferenceServer.

See“Structure ofSMLC values”(p. 2-363).

Default = {0.0.0.0,

0.0.0.0,

0.0.0.0}

primarySrsAccessPoint

(Primary satellite referenceservice access point)

yes(RW-LO)

IP address and portinformation for the primarySatellite Reference Service(SRS) link.


Default = {0.0.0.0,

0,

0}

RNC object descriptions SMLC

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secondaryGpsRefSrvIpRoute

(Secondary GPS ReferenceServer IP route)

no (RW) IP route for connecting tothe secondary GPSReference Server.


Default = {0.0.0.0,

0.0.0.0,

0.0.0.0}

secondarySrsAccessPoint

(Secondary satellitereference service accesspoint)

yes(RW-LO)

IP address and portinformation for thesecondary SatelliteReference Service (SRS)link.


Default = {0.0.0.0,

0,

0}


notSupported


coldStandby

providingService


unknownStatus

(Unknown status)


true

false

Default = false

userLabel

(User label)


Any valid string.



Structure of SMLC values

The following table describes the value format used for the SMLC object attribute.


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primaryGpsRefS-rvIpRoute

srsIpAddress String of characters

srsIpNetMask String of characters

srsIpGateway String of characters

primarySrsAccessPoint srsIpAddress String of characters

port1 0 through 65535 step size=1


secondaryGpsRefS-rvIpRoute


srsIpNetMask String of characters

srsIpGateway String of characters

secondarySrsAccess-Point





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SpareMOC...................................................................................................................................................................................................................................

Full name

Spare managed object class

Description

This object represents a spare managed object class beneath the Local Radio NetworkController (LRNC) object.


You can create or delete the SpareMOC object.

Attributes

The following attributes apply to the SpareMOC object and are available through theGUI and CLI.



unlocked


locked

Default: locked


inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty


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No default


enabled


Default: enabled


notSupported


coldStandby

providingService


unknownStatus

(Unknown status)


true

false

Default = false

userLabel

(User label)


Any valid string.



RNC object descriptions SpareMOC

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SS7Link...................................................................................................................................................................................................................................

Full name

Signaling system no.7 link

Description

This object holds common information for the Signaling System no.7 (SS7) link.

A signaling link is used to carry the physical signaling information required for theSS7 protocol, which is carried over a single Asynchronous Transfer Mode (ATM)Virtual Channel Connection (VCC).


Hierarchical location of the SS7Link object:



The following list outlines the object constraints for creating an SS7Link object.

• Make sure thatstackInstDN refers to a valid SS7StackInst object.

• Make sure that thess7VCL.protectionGroup attribute refers to a valid PG object.

• Make sure that thess7VCL.aTMQOS attribute refers to a valid ATMQOS object.

• Make sure that each ATMQOS referenced byss7VCL.aTMQOS is of type “vbrNrt”.

The following list outlines the object constraints for deleting an SS7Link object.

• If the SS7Link object is the last SS7Link object under its parent, ensure that theparent SS7LinkSetrefIuInterface has an empty sequence.

Attributes

The following attributes apply to the SS7Link object and are available through the GUIand CLI.

SS7Link

LRNC

SS7LinkSet

SS7Stack


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unlocked


locked

Default: unlocked


inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty

No default

linkNmb

(Link number)

no (RO) The link number to be usedto define the SS7 link.


Default = 0

maxSLTtry

(Maximum signaling linktest retry)

yes (RO-SC) Maximum times to retry theSignaling Link Test Message(SLTM).


Default = 10


enabled


Default: enabled

RNC object descriptions SS7Link

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ss7VCL

(Signaling system no. 7virtual channel link)

yes (RO-SC) A Virtual Channel Link(VCL) termination for asingle ATM AdaptationLayer type 5 (AAL5) VirtualChannel Connection (VCC)for carrying this SS7Message Transfer Part level3 (MTP3B) signaling link.

See“Structure ofSS7Link values”(p. 2-369).


stackInstDN

(Stack instancedistinguished name)

yes (RO-SC) The Distinguished Name(DN) of the stack instancewhere VPI and VCI need tobe supported.


No default


notSupported


coldStandby

providingService


trace

(Trace)

no (RW) Indicates if trace is enabledor disabled.

true

false

Default = false

unknownStatus

(Unknown status)


true

false

Default = false

userLabel

(User label)


Any valid string.



Structure of SS7Link values

The following table describes the value format used for the SS7Link object attribute.


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ss7VCL vclTerminationRef 0 through 2147483647 step size=1



altIPAddress String of characters

port 0 through 3 step size=1



lnkTstSLC 0 through 15 step size=1


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SS7LinkSet...................................................................................................................................................................................................................................

Full name

Signaling system no.7 link set

Description

This object holds common information for the Signaling System no.7 (SS7) link set.

A link set is used for load sharing of SS7 link traffic and resilience (if one link fails alltraffic will change over to the other link). Failure of both links in a link set is a criticalservice outage.

One link set is used for each UMTS interface, making a total of 12 link sets (oneIu-cs, one Iu-ps, and 10 Iur link sets).


Hierarchical location of the SS7LinkSet object:



The following list outlines the object constraints for creating an SS7LinkSet object.

• Make sure that theadjacentPointCode is not the same as any one of thefollowing point codes within an LRNC:

– The SS7StackoriginatingPointCode

– The IuCSrANAPDestinationPointCode

– The IuRrNSAPDestinationPointCode.

• If SS7LinkSetaESANetworkAddress is not equal to00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00, make surethat SS7LinkSetaESANetworkAddress is not same as any other SS7LinkSetaESANetworkAddress within an LRNC

• Make sure that thess7VCL.lnkTstSLC attribute is unique within an SS7LinkSet

• Make sure that at least one SS7StackInst object exists under this SS7LinkSet’sparent SS7Stack.

LRNC

SS7LinkSet

SS7Stack


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The following list outlines the object constraints for modifying an SS7LinkSet object.

• Make sure that therefIuInterface attribute is empty before allowing updates tobrdcastFlg or tst.

The following list outlines the object constraints for deleting an SS7LinkSet object.

• Make sure that therefLink attribute is empty

• Make sure that therefIuInterface attribute is empty.

Attributes

The following attributes apply to the SS7LinkSet object and are available through theGUI and CLI.


adjacentPointCode

(Adjacent point code)

yes (RO-SC) The Signaling Systemnumber 7 (SS7) adjacentDestination Point Code(DPC).


No default


unlocked


locked

Default: unlocked

aESANetworkAddress

(ATM end system addressnetwork address)

yes (RO-SC) The ATM End SystemAddress (AESA) of thedestination node thatterminates the AAL2 path.


No default


inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

RNC object descriptions SS7LinkSet

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logFull

empty

No default

brdcastFlg

(Broadcast flag)

yes (RW) Transfer Prohibited (TFP)broadcast flag.

true

false

Default = false

linkType yes (RO-SC) The type of link for whichthe profile is created.

iTU_92

(Link type) aNSI_92

iTU_96

aNSI_96

Default: iTU_96


enabled


Default: enabled

refIuInterface

(Reference Iu interface)

no (RO) The Distinguished Names(DNs) of the IuCS, IuPS, orIuR objects that relate tothis SS7 linkset.



No default

refLink

(Reference link)

no (RO) The SS7 links whichreference this object.



No default

slsRange yes (RO-SC) The number of SignalingLink Selection (SLS) valuesfor this Link Set.

sLS16

(SLS values in Link Set) sLS32

sLS256

Default: sLS16


notSupported


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coldStandby

providingService


tst

(Test)

yes (RW) The test pattern in theSignaling Link Test Message(SLTM).

0 through 100

Default = UMTS

unknownStatus

(Unknown status)


true

false

Default = false

userLabel

(User label)


Any valid string.




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SS7Stack...................................................................................................................................................................................................................................

Full name

Signaling system no.7 protocol stack

Description

This object holds common information for the Signaling System no.7 (SS7) broadbandprotocol stack. It provides configuration data for the core network signalling stack andstores its state.

Only one instance of this object exists to reflect the number of actual protocol stacksin the RNC Traffic Processing Unit (TPU). This includes data relating to SCCP, MTP,SSCF-NNI, and SSCOP protocol stack layers.


Hierarchical location of the SS7Stack object:



The following list outlines the object constraints for creating an SS7Stack object.

• Make sure thatlinkNmb is unique within its SS7Stack.

• Make sure thatsscfnniFlcStartTmr ≤ sscfnniFlcStopTmr ≤ sscfnniMaxTx-Credit.

• Make sure thatsscopPollTmr ≤ sscopKeepAliveTmr < sscopNoResponseTmr.

• Valid values ofsscfnniN1 are 10, 100, .., 1000.

• Make sure that the SS7LinkSetadjacentPointCode is not the same as any otherSS7LinkSetadjacentPointCode within an Local Radio Network Controller(LRNC).

• Make sure that the SS7LinkSetaESANetworkAddress is not the same as the LRNCaESANetworkAddress.

• Make sure that the SS7LinkSetaESANetworkAddress is not the same as any IuBalcapVCLs.alcapTLA.

LRNC

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• Make sure that theoriginatingPointCode is not the same as any one of thefollowing point codes within an LRNC:

– The SS7LinkSetadjacentPointCode

– The IuCSrANAPDestinationPointCode

– The IuRrNSAPDestinationPointCode.

• Make sure thatsccpIarTmr > 2 × sccpIasTmr.

The following list outlines the object constraints for deleting an SS7Stack object.

• Make sure that therefLinkSet attribute is empty.

Attributes

The following attributes apply to the SS7Stack object and are available through theGUI and CLI.



unlocked


locked

Default: unlocked

alcapnniTiBlo

(ALCAP network nodeinterface timer block requestmessage)

yes (RW) Timer block request message(BLO) guard timer.


Default = 2

alcapnniTiErq

(ALCAP network nodeinterface timer establishrequest message)

yes (RW) Timer establish requestmessage (ERQ) guard timer.


Default = 5

alcapnniTiMod

(Modification request timer)

yes (RW) Modification request Timer.Started when an MODmessage is sent out, andstopped when thecorresponding MOA orMOR is returned/received.


Default = 5

alcapnniTiRel

(ALCAP network nodeinterface timer releaserequest message)

yes (RW) Timer release requestmessage (REL) guard timer.


Default = 2

RNC object descriptions SS7Stack

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alcapnniTiRes

(ALCAP network nodeinterface timer reset requestmessage)

yes (RW) Timer reset request message(RES) guard timer.


Default = 2

alcapnniTiUBL

(ALCAP network nodeinterface timer unblockrequest message)

yes (RW) Timer unblock requestmessage (UBL) guard timer.


Default = 2

ansiOriginatingPointCode

(ANSI Originating PointCode)

yes(RW-RR)

24 bit ANSI OriginatingPoint Code.

1001001 through254255255 step size=1

No default


inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty

No default

mtp3bAnsiSltT1Tmr

(Timer T1)

no (RW) Supervision timer forsignalling link testacknowledgement message.


Default = 8

mtp3bAnsiSltT2Tmr

(Timer T2)

no (RW) Interval timer for sendingsignalling link testmessages.


Default = 60


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mtp3bAnsiT18Tmr

(Timer T18)

no (RW) Timer to repeat TransferRestricted message, once byresponse method.


Default = 11

mtp3bAnsiT19Tmr

(Timer T19)

no (RW) Timer to inform about thefailed link during linkrestoration procedure.


Default = 540

mtp3bAnsiT20Tmr

(Timer T20)

no (RW) Timer to repeat local inhibittest.


Default = 105

mtp3bAnsiT21Tmr

(Timer T21)

no (RW) Timer to repeat remoteinhibit test.


Default = 105

mtp3bAnsiT23Tmr

(Timer T23)

no (RW) Timer at restarting nodewaiting to receive all TrafficRestart Allowed (TRA)messages.


Default = 20

mtp3bAnsiT25Tmr

(Timer T25)

no (RW) Timer at restarting node andnode adjacent to restartingnode waiting for TrafficRestart Allowed (TRA)message.


Default = 32

mtp3bAnsiT26Tmr

(Timer T26)

no (RW) Timer at restarting nodewaiting to repeat TrafficRestart Waiting (TRW)message.


Default = 13

mtp3bAnsiT28Tmr

(Timer T28)

no (RW) Timer at node adjacent tothe restarting node waitingfor Traffic Restart Waiting(TRW) message.


Default = 20

mtp3bAnsiT29Tmr

(Timer T29)

no (RW) Timer started when TrafficRestart Allowed (TRA) sentin response to unexpectedTRA or Traffic RestartWaiting (TRW).


Default = 62

mtp3bAnsiT31Tmr

(Timer T31)

no (RW) False link congestiondetection timer.


Default = 60


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mtp3bAnsiT33Tmr

(Timer T33)

no (RW) Probation timer for linkoscillation - Procedure B.


Default = 300

mtp3bAnsiT34Tmr

(Timer T34)

no (RW) Suspension timer for linkoscillation - Procedure B.


Default = 60

mtp3bMaxMSUSize

(Message transfer part level3 maximum message signalunit size)

yes (RO-SC) The maximum size of aMessage Signal Unit (MSU)beforesegmentation/reassembly isneeded.


Default = 4096

mtp3bSubServiceField

(Message transfer part level3 sub-service field)

yes (RW) The network indicatorcontained in the sub-servicefield.


Default = 2

mtp3bT12Tmr

(Message transfer part level3 T12 timer)

yes (RW) Waiting for uninhibitacknowledgement timer.


Default = 1200

mtp3bT13Tmr


yes (RW) Waiting for force uninhibittimer.


Default = 1200

mtp3bT14Tmr


yes (RW) Waiting for inhibitionacknowledgement timer.


Default = 2500

mtp3bT1Tmr


yes (RW) Delay to avoid messagemis-sequencing onchangeover.


Default = 800

mtp3bT22Tmr


yes (RW) Local inhibit test timervalue.


Default = 4

mtp3bT23Tmr


yes (RW) Remote inhibit test timervalue.


Default = 4

mtp3bT2Tmr


yes (RW) Waiting for changeoveracknowledgement.


Default = 1400


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mtp3bT3Tmr


yes (RW) Time-controlled diversiondelay to avoidmis-sequencing onchangeback.


Default = 800

mtp3bT4Tmr


yes (RW) Waiting for changebackacknowledgement timer(first attempt).


Default = 800

mtp3bT5Tmr


yes (RW) Waiting for changebackacknowledgement timer(second attempt).


Default = 800


enabled


Default: enabled

originatingPointCode

(Originating point code)

yes(RW-RR)

The Signaling System no. 7(SS7) Originating PointCode (OPC) of the RNC.


Default = 1

refLinkSet

(Reference link set)

no (RO) The SS7 link sets whichreference this object.



No default

sccpAnsiConnEstTmr

(Connection timer)

no (RW) Defines the time to wait forConnection Confirm (CC) orConnection Refused (CREF)when setting up aconnection.


Default = 270

sccpAnsiCoordTmr

(Coordinated state changetimer)

no (RW) Defines the time to wait forsubsystem out-of-service(SOG) message.


Default = 30

sccpAnsiStatInfoTmr

(Subsystem status test timer)

no (RW) Defines the time betweensending SST messages tounavailable remotesubsystem.


Default = 30


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sccpConnEstTmr

(Signaling connectioncontrol part connectionestablishment timer)

yes (RW) The time to wait for aCONNECTION CONFIRMmessage.


Default = 90

sccpCoordTmr

(Signaling connectioncontrol part co-ordinationchange timer)

yes (RW) The time to wait for a grantfor subsystem to go out ofservice.


Default = 90

sccpGuardTmr

(Signaling connectioncontrol part guard timer)

yes (RW) The time to wait to resumethe normal procedure fortemporary connectionsections during the restartprocedure.


Default = 1440

sccpIarTmr

(Signaling connectioncontrol part inactivityreceive timer)

yes (RW) The time to wait to receivea message on a connectionsection.


Default = 660

sccpIasTmr

(Signaling connectioncontrol part inactivity sendtimer)

yes (RW) The delay to send a messageon a connection sectionwhen there are no messagesto send.


Default = 300

sccpIgnoreTmr

(Signaling connectioncontrol part ignore timer)

yes (RW) The delay for a subsystembetween receiving a grant togo out of service andactually going out ofservice.


Default = 30

sccpIntTmr

(Signaling connectioncontrol part integrationtimer)

no (RW) The time to wait for aRELEASE COMPLETEmessage or to releaseconnection resources, freezethe Local Reference Number(LRN) and alert amaintenance function afterthe initial sccpRelTmrexpiry.


Default = 30


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sccpReassemblyTmr

(Signaling connectioncontrol part reassemblytimer)

yes (RW) The time to wait to receiveall the segments of theremaining segments, singlesegmented message afterreceiving the first segment.


Default = 15

sccpRelTmr

(Signaling connectioncontrol part release timer)

yes (RW) The time to wait for aRELEASE COMPLETEmessage.


Default = 15

sccpRepRelTmr

(Signaling connectioncontrol part repeat releasetimer)

yes (RW) The time to wait for aRELEASE COMPLETEmessage or to repeatsending released messageafter the initialsccpRelTmrexpiry.


Default = 15

sscfnniFlcStartTmr

(Service specificcoordination function at thenetwork node interface flowcontrol start timer)

no (RW) Minimum number of creditsbelow which flow controlwill be started.


Default = 0

sscfnniFlcStopTmr

(Service specificcoordination function at thenetwork node interface flowcontrol stop timer)

no (RW) Minimum number of creditsbelow which flow controlwill be stopped.


Default = 0

sscfnniMaxTxCredit

(Service specificcoordination function at thenetwork node interfacemaximum transmit credit)

yes (RW) Maximum number of datarequests that can be sentwithout getting a dataconfirm.


Default = 500

sscfnniN1

(Service specificcoordination function at thenetwork node interface N1)

yes (RW) The number of ProtocolData Units (PDUs) sentduring normal proving.


Default = 10

sscfnniT1Tmr

(Service specificcoordination function at thenetwork node interface T1timer)

yes (RW) The time between the linkrelease action and the nextlink re-establish actionduring the alignment.


Default = 5


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sscfnniT2Tmr


yes (RW) Total time that the ServiceSpecific CoordinationFunction (SSCF) willattempt alignment.


Default = 30

sscfnniT3Tmr


yes (RW) Time between provingProtocol Data Units (PDUs).


Default = 100

sscopCCTmr

(Service specific connectionoriented protocol connectioncontrol timer)

yes (RW) The Service SpecificConnection OrientedProtocol (SSCOP)connection control timerdetermines the time betweentransmissions of BGN,END, RS and FR PDUs.


Default = 500

sscopIdleTmr

(Service specific connectionoriented protocol idle timer)

yes (RW) The Service SpecificConnection OrientedProtocol (SSCOP) idle timeris started on receipt of astatus protocol data unit(STAT PDU).


Default = 100

sscopKeepAliveTmr

(Service specific connectionoriented protocol keep alivetimer)

yes (RW) The Service SpecificConnection OrientedProtocol (SSCOP) keepalive timer expires when apoll or status protocol dataunit (POLL or STAT PDU)is lost due to transmissionerrors.


Default = 100

sscopMaxCC

(Service specific connectionoriented protocol maximumconnection control)

yes (RW) The Service SpecificConnection OrientedProtocol (SSCOP) maximumconnection control attributedefines the maximum valuefor the state variableVT(CC), corresponding tothe maximum number oftransmissions of a BGN,END, ER, or RS PDU.


Default = 4


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sscopMaxPD

(Service specific connectionoriented protocol maximumpoll data)

yes (RW) The Service SpecificConnection OrientedProtocol (SSCOP) maximumpoll data count attributedefines the maximum polldata count.


Default = 500

sscopMaxSTAT

(Service specific connectionoriented protocol maximumsolicited status)

yes (RW) The Service SpecificConnection OrientedProtocol (SSCOP) maximumnumber of list elementsplaced in a Solicited StatusPDU (STAT PDU).


Default = 67

sscopNoResponseTmr

(Service specific connectionoriented protocol noresponse timer)

yes (RW) The Service SpecificConnection OrientedProtocol (SSCOP) noresponse timer determinesthe maximum time intervalduring which at least onestatus protocol data unit(STAT PDU) needs to bereceived.


Default = 2500

sscopPollTmr

(Service specific connectionoriented protocol poll timer)

yes (RW) The Service SpecificConnection OrientedProtocol (SSCOP) poll timerdetermines the maximumtime interval between pollprotocol data units (POLLPDUs).


Default = 100


notSupported


coldStandby

providingService


unknownStatus

(Unknown status)


true

false

Default = false


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userLabel

(User label)


Any valid string.




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SS7StackInst...................................................................................................................................................................................................................................

Full name

Signaling system no.7 stack instance

Description

This object represents the implementation of a Signaling System no.7 (SS7) stackrunning in a specific cabinet, shelf, slot, or processor.


Hierarchical location of the SS7StackInst object:



The following list outlines the object constraints for creating an SS7StackInst object.

• Make sure that theinstLoc attribute refers to a valid CICCProc object.

The following list outlines the object constraints for deleting an SS7StackInst object.

• If the SS7StackInst object is the last SS7StackInst object under its parent SS7Stack,make sure that therefLinkSet attribute is empty.

Attributes

The following attributes apply to the SS7StackInst object and are available through theGUI and CLI.



unlocked


locked

Default: unlocked

LRNC

SS7StackInst

SS7Stack


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inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty

No default

giccIPAddress

(Gateway intelligent carriercard IP address)

no (RO) The network processormulticast IP address of theGateway Intelligent CarrierCard pair 1 (GICCPair 1).


Default =239.192.100.111

instLoc

(Instance location)

yes (RO-SC) The Distinguished Name(DN) of the location wherethis SS7StackInst orUNIStack instance isrunning.


No default


enabled


Default: enabled


notSupported


coldStandby

providingService


RNC object descriptions SS7StackInst

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unknownStatus

(Unknown status)


true

false

Default = false

userLabel

(User label)


Any valid string.



RNC object descriptions SS7StackInst

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SuMgr...................................................................................................................................................................................................................................

Full name

Software update Mgr

Description

The Software Update class for the RNC software updates.



Attributes

The following attributes apply to the SuMgr object and are available through the GUIand CLI.


suCommitActionStatus no (RO) This attribute indicates thesoftware update commitaction progress result.

sUCOMMITUNDE-FINED

(Software update commitaction status)

sUCOMMITSUCCESS

sUCOMMITFAILED

sUCOMMITIN-PROGRESS

Default:sUCOMMITUNDE-FINED

suDeleteActionStatus no (RO) This attribute indicates thesoftware update deleteaction progress result.

sUDELETEUNDE-FINED

(Software update deleteaction status)

sUDELETESUCCESS

sUDELETEFAILED

sUDELETEIN-PROGRESS

Default:sUDELETEUNDE-FINED


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suFWUpdateActionStatus no (RO) Indicates the SU FirmwareUpdate result

sUFWUPDATEUNDE-FINED

(Software update firmwareupdate result)

sUFWUPDATESUC-CESS

sUFWUPDATE-FAILED

sUFWUPDATEIN-PROGRESS

Default:sUFWUPDATEUNDE-FINED

suGetPkgInfoStatus no (RO) The attribute indicates the“suGetPkgInfo” actionprogress result.

sUGETPKGINFOUN-DEFINED

(Software update getpackage information status)

sUGETPKGINFOSUC-CESS

sUGETPKGINFO-FAILED

sUGETPKGINFOIN-PROGRESS

Default:sUGETPKGINFOUN-DEFINED

suGetVersionsStatus no (RO) The attribute indicates the“suGetVersions” actionprogress result.

sUGETVERSIONSUN-DEFINED

(Software update getversions status)

sUGETVERSIONSUC-CESS

sUGETVERSIONS-FAILED

sUGETVERSIONSIN-PROGRESS

Default:sUGETVERSIONSUN-DEFINED

RNC object descriptions SuMgr

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suPrecheckActionResult no (RO) This attribute indicates thepre-check result before thesoftware update action iscarried out.

sUPRECHECKUNDE-FINEDRESULT

(Software update pre-checkaction result)

sUPRECHECKSUC-CESS

sUPRECHECKFAILED

sUPRECHECK-WARNING

sUPRECHECKREJEC-TION

sUPRECHECKIN-PROGRESS

sUPRECHECKFAIL-COMMITREQ

sUPRECHECKFAILF-WUPDATEREQ

Default:sUPRECHECKUNDE-FINEDRESULT

suPrecheckActionType no (RO) This attribute indicates theaction type before thesoftware update action iscarried out.

sUPRECHECKUNDE-FINEDACTION

(Software update pre-checkaction type)

sUPRECHECKDOWN-LOAD

sUPRECHECKIN-STALL

sUPRECHECKLOAD-INSTALL

sUPRECHECKACTI-VATE

sUPRECHECKACTI-VATEBACKOUT

sUPRECHECKFALL-BACK


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sUPRECHECK-BACKOUT

sUPRECHECKDE-LETE

sUPRECHECK-COMMIT

sUPRECHECKAPPLY

sUPRECHECKDE-APPLY

sUPRECHECKAPPLY-DEAPPLY

sUPRECHECKFWUP-DATE

Default:sUPRECHECKUNDE-FINEDACTION

suProgressIndicatorNumber

(Software update progressindicator number)

no (RO) This attribute indicates thesoftware update actionprocedure completion rate inpercentage.


Default = 0

suProgressIndicatorString

(Software update progressindicator string)

no (RO) This attribute indicates thesoftware update actionprocedure completion status.

Any valid string.



userLabel

(User label)


Any valid string.




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UNIStack...................................................................................................................................................................................................................................

Full name

User network interface stack

Description

This object provides configuration data for the access network signaling stack andstores its state.

The access network signaling stack contains the ALCAP and QSAAL signaling layers.


Hierarchical location of the UNIStack object:



The following list outlines the object constraints for creating a UNIStack object.

• Make sure thatsscopUniKeepAliveTmr × 1000 >sscopUniPollTmr.

• Make sure thatsscopUniNoResponseTmr > sscopUniKeepAliveTmr.

• Make sure thatinstLoc refers to a valid CICCProc object.

Attributes

The following attributes apply to the UNIStack object and are available through theGUI and CLI.



unlocked


locked

Default: unlocked

LRNC

UNIStack


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alcapuniTiBlo

(ALCAP user networkinterface timer block requestmessage)

yes (RW) Timer block request message(BLO) guard timer.


Default = 2

alcapuniTiErq

(ALCAP user networkinterface timer establishrequest message)

yes (RW) Timer establish requestmessage (ERQ) guard timer.


Default = 5

alcapuniTiMod

(Modification request timer)

yes (RW) Modification request Timer.Started when an MODmessage is sent out, andstopped when thecorresponding MOA orMOR is returned/received.


Default = 5

alcapuniTiRel

(ALCAP user networkinterface timer releaserequest message)

yes (RW) Timer release requestmessage (REL) guard timer.


Default = 2

alcapuniTiRes

(ALCAP user networkinterface timer reset requestmessage)

yes (RW) Timer reset request message(RES) guard timer.


Default = 2

alcapuniTiUBL

(ALCAP user networkinterface timer unblockrequest message)

yes (RW) Timer unblock requestmessage (UBL) guard timer.


Default = 2


inTest


powerOff

offLine

offDuty

dependency

degraded

RNC object descriptions UNIStack

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notInstalled

logFull

empty

No default


enabled


Default: enabled

sscopMaxCC

(Service specific connectionoriented protocol maximumconnection control)

yes (RW) The Service SpecificConnection OrientedProtocol (SSCOP) maximumconnection control attributedefines the maximum valuefor the state variableVT(CC), corresponding tothe maximum number oftransmissions of a BGN,END, ER, or RS PDU.


Default = 4

sscopUniCCTmr

(Service specific connectionoriented protocol usernetwork interface connectioncontrol timer)

yes (RW) The Service SpecificConnection OrientedProtocol (SSCOP)connection control timerdetermines the time betweentransmissions of BGN,END, RS and FR PDUs.


Default = 1000

sscopUniIdleTmr

(Service specific connectionoriented protocol usernetwork interface idle timer)

yes (RW) The Service SpecificConnection OrientedProtocol (SSCOP) idle timeris started on receipt of astatus protocol data unit(STAT PDU).


Default = 15

sscopUniKeepAliveTmr

(Service specific connectionoriented protocol usernetwork interface keep alivetimer)

yes (RW) The Service SpecificConnection OrientedProtocol (SSCOP) keepalive timer expires when apoll or status protocol dataunit (POLL or STAT PDU)is lost due to transmissionerrors.


Default = 2


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sscopUNIMaxPD

(Service specific connectionoriented protocol usernetwork interface maximumpoll data)

yes (RW) The Service SpecificConnection OrientedProtocol (SSCOP) maximumpoll data count attributedefines the maximum polldata count.


Default = 25

sscopUniNoResponseTmr

(Service specific connectionoriented protocol usernetwork interface noresponse timer)

yes (RW) The Service SpecificConnection OrientedProtocol (SSCOP) noresponse timer determinesthe maximum time intervalduring which at least onestatus protocol data unit(STAT PDU) needs to bereceived.


Default = 7

sscopUniPollTmr

(Service specific connectionoriented protocol usernetwork interface poll timer)

yes (RW) The Service SpecificConnection OrientedProtocol (SSCOP) poll timerdetermines the maximumtime interval between pollprotocol data units (POLLPDUs).


Default = 700


notSupported


coldStandby

providingService


unknownStatus

(Unknown status)


true

false

Default = false


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userLabel

(User label)


Any valid string.




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URA...................................................................................................................................................................................................................................

Full name

UTRAN registration area

Description

This object represents a cluster of one or more radio cells that together form a UTRANRegistration Area (URA).

Each radio cell served by a Node B can be assigned to one or more URAs. All NodeBs serving radio cells assigned to the same URA are to be controlled by the sameRNC.


Hierarchical location of the URA object:


You cannot modify the URA object.

The following list outlines the object constraints for creating a URA object.

• For each element of the sequencelistOfPRNC, make sure that the referred PeerRadio Network Controller (PRNC) object exists and thatrefIur also refers to avalid IuR object.

Attributes

The following attributes apply to the URA object and are available through the GUIand CLI.



unlocked


locked

Default: unlocked

LRNC

URA


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inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

empty

No default

emergencyCallRedirection-RequiredinURA

(Emergency call redirectionrequired in UTRANregistration area)

no (RO) This attribute indicateswhether any of the cellswithin the UTRANRegistration Area (URA) hasthe redirection solutionenabled.

true

false

Default = false


enabled


Default: enabled


notSupported


coldStandby

providingService


unknownStatus

(Unknown status)


true

false

Default = false

RNC object descriptions URA

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uRAC

(UTRAN registration areacode)

yes (RO-SC) The UTRAN RegistrationArea Code (URAC).


No default

uRARefCells

(UTRAN registration areareference to cells)

no (RO) The list of the DistinguishedNames (DNs) of the LCellobjects that are related tothis UTRAN RegistrationArea (URA) object.



No default

userLabel

(User label)


Any valid string.



RNC object descriptions URA

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3 3NodeB object descriptions

Overview...................................................................................................................................................................................................................................

Purpose

This chapter contains the descriptions of all the NodeB objects.

Contents

Node B information model 3-3

AlarmHub 3-5

ALDController 3-11

AmplifierShelf 3-15

AmpShelfFan 3-16

Cell 3-18

CPC 3-22

CPRIPort 3-26

CTU 3-30

DigitalShelf 3-35

DigitalShelfFan 3-38

E1T1Port 3-40

E3T3Port 3-43

EthernetPort 3-46

ExtRxAmp 3-48

Filter 3-52

FilterShelf 3-59

Frame 3-60

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GRS 3-61

IMAGroup 3-65

IOU 3-68

IubInterface 3-74

NodeB 3-80

OCM 3-99

OM 3-103

PassthroughVCLTP 3-107

QoS 3-110

Radio 3-113

RETActuator 3-119

RFHead 3-123

RxAmp 3-132

STM1OC3Port 3-137

TDU 3-140

TxAmp 3-144

UCU 3-150

URC 3-154

NodeB object descriptions Overview

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Node B information model...................................................................................................................................................................................................................................

Overview

The Node B information model presents a network element management view of thelogical and physical resources for a particular Node B element within the UTRAN.

Node B object tree

The following diagram illustrates the object tree of the Node B information model.

NodeB object descriptions

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Network

NodeB

Rns

IMAGroup RETActuator ALDController GRSRFHead

Pre-configured

Containment

Association

=

=

=

a

b

a

DigitalShelf FilterShelf AmplifierShelf

Cell

Radio

UCU

URC

OM

DigitalShelfFan

CPC

CTU

or IOU

E1T1Port

AmpShelfFan

RxAmp

TDU TxAmpFilter

E3T3Port STM1OC3Port

OCM

CPRIPort

AlarmHub

EthernetPort

Frame ExtRxAmpIubInterfaceQos

NodeB object descriptions Node B information model

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AlarmHub...................................................................................................................................................................................................................................

Full name

AlarmHub

Description

The AlarmHub object represents the Base Band Unit Alarm Hub. This is similar to,and mutually exclusive with, the IOU. The Alarm Hub supports external alarms. It isplugged directly into the backplane and hence the (inherited) slot number is notapplicable.


Hierarchical location of the AlarmHub object:


You can create, delete, or modify this object.

Attributes

The following attributes apply to the AlarmHub object and are available through theGUI and CLI.



locked

(Administrative state) unlocked

shuttingDown

Default: unlocked

NodeB

IubInterface

DigitalShelf

OCM

AlarmHub


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apparatusCode

(Apparatus code)


0 through 50

Default = N/A

artMaster

(Art master)


0 through 50

Default = N/A


inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

Default: offLine

bootSoftwareVersion



0 through 100

Default = N/A

clei



0 through 50

Default = N/A

eci



0 through 50

Default = N/A

externalAlarms

(External alarms)

no (RW) The specific characteristicsof each external alarm thatis connected to thisinput/output unit.


See“Structure ofAlarmHub values”(p. 3-8).


NodeB object descriptions AlarmHub

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firmwareVersion

(Firmware version)


0 through 100

Default = N/A

inventoryUnitId



Any valid string.



inventoryUnitType



0 through 52

Default = Hardware

miscellaneous

(Miscellaneous)


0 through 50

Default = N/A


enabled


Default: disabled

serialNumber

(Serial number)


0 through 50

Default = N/A

series

(Series)


0 through 50

Default = N/A

shelfNumber

(Shelf number)



Default = 1

slotNumber

(Slot number)



Default = 0

unitNumber

(Unit number)



Default = 0


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userLabel

(User label)


Any valid string.



vendorName

(Vendor name)


0 through 52





0 through 50

Default = N/A




Default = N/A

Structure of AlarmHub values

The following table describes the value format used for the AlarmHub object attribute.



specificProblem 0 through 100

severity warning

minor

major

critical

indeterminate

cleared

probableCause airCompressorFailure

airConditioningFailure

airDryerFailure

batteryDischarging

batteryFailure


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commercialPowerFailure

coolingFanFailure

enclosureDoorOpen

engineFailure

explosiveGas

excessiveVibration

fire

fireDetectorFailure

flood

fuseFailure

generatorFailure

heatingOrVentilationOrCool-ingSystemProblem

humidityUnacceptable

highHumidity

highTemperature

highWind

iceBuildUp

intrusionDetection

lowBatteryThreshold

lowCablePressure

lowFuel

lowHumidity

lowTemperature

lowWater

leakDetection

materialSupplyExhausted

pressureUnacceptable

pumpFailure

rectifierFailure

rectifierHighVoltage

rectifierLowFVoltage


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smoke

toxicGas

ventilationSystemFailure

temperatureUnacceptable

toxicLeakDetected

coolingSystemFailure

externalEquipmentFailure

externalPointFailure

additionalText 0 through 100

externalAlarms activeState open

close


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ALDController...................................................................................................................................................................................................................................

Full name

AISG controller

Description

This class models the AISG controller.


Hierarchical location of the ALDController object:



Attributes

The following attributes apply to the ALDController object and are available throughthe GUI and CLI.



locked


shuttingDown

Default: unlocked

apparatusCode

(Apparatus code)


0 through 50

Default = N/A

artMaster

(Art master)


0 through 50

Default = N/A

NodeB

ALDController


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inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

Default: offLine

bootSoftwareVersion



0 through 100

Default = N/A

clei



0 through 50

Default = N/A

eci



0 through 50

Default = N/A

firmwareVersion

(Firmware version)


0 through 100

Default = N/A

inventoryUnitId



Any valid string.



inventoryUnitType



0 through 52

Default = Hardware

NodeB object descriptions ALDController

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miscellaneous

(Miscellaneous)


0 through 50

Default = N/A


enabled


Default: disabled

serialNumber

(Serial number)


0 through 50

Default = N/A

series

(Series)


0 through 50

Default = N/A

shelfNumber

(Shelf number)



Default = 1

slotNumber

(Slot number)



Default = 0

unitNumber

(Unit number)



Default = 0

unknownDevices

(Unknown devices)

no (RO) This attribute lists theUnique ID of devicesdetected on the AISG buswhich are not configured inthe NodeB backplaneEEPROM and are thereforeunexpected.


Any valid string.




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userLabel

(User label)


Any valid string.



vendorName

(Vendor name)


0 through 52





0 through 50

Default = N/A




Default = N/A


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AmplifierShelf...................................................................................................................................................................................................................................

Full name

Amplifier shelf

Description

This object represents the amplifier shelf that contains the power amplifier equipment.

The amplifier shelf provides the power amplifiers for:

• The Node B

• The power distribution panel for the amplifiers

• The fan tray to cool the amplifiers.



Attributes

The following attributes apply to the AmplifierShelf object and are available throughthe GUI and CLI.


shelfNumber

(Shelf number)



Default = 2

userLabel

(User label)


Any valid string.




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AmpShelfFan...................................................................................................................................................................................................................................

Full name

Amplifier shelf fan

Description

This object represents the amplifier shelf fan of the Node B and resides on theamplifier shelf.

The fan tray contains the fans that generate the cooling airflow for the amplifier shelf.The fan tray has an indicator LED and a power/alarms connector on the front panel.The fan tray vents to the rear.



Attributes

The following attributes apply to the AmpShelfFan object and are available through theGUI and CLI.



locked


shuttingDown

Default: unlocked


inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled


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logFull

Default: offLine


enabled


Default: disabled

userLabel

(User label)


Any valid string.



NodeB object descriptions AmpShelfFan

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Cell...................................................................................................................................................................................................................................

Full name

Cell

Description

This object represents a logical entity that contains resource and control informationused to support call processing on one sector and one carrier. The resources compriseequipment like radio and antenna and logical resources like channel groups. Thecontrol information comprises capabilities like maximum power and transmit diversity.



The following list outlines the object constraints for creating a Cell object.

• The associated Radio object (indicated bysupportingRadio) must already exist

• There must be no other existing Cell objects with an association to the samesupportingRadio

• There must be no other existing Cell objects within the parent NodeB with thesame value for attributelocalCellId.

Attributes

The following attributes apply to the Cell object and are available through the GUI andCLI.



locked


shuttingDown

Default: unlocked

associatedRFPath

(Cell frequency band)

yes (RO-SC) This attribute stores anidentification of the sectorand the frequency band thatthe Cell MOI supports

See“Structure of Cellvalues” (p. 3-21).



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inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

Default: offLine

cellRadius

(Cell radius)

yes (RW) The cell radius is definedunder the Node B which isused for the RACH searchwindow size for eachsector/cell.


Default = 20000

dASEquipmentPresent

(Distributed Antenna Systemcell)

no (RW) This parameter indicates ifthis Cell is in a DistributedAntenna System (DAS)setup.

true

false

Default = false

desiredElectricalTilt

(Desired electrical tilt)

yes (RW) This attribute defines thedesired electrical tilt foreach actuator supporting thisCell. All actuators in a Celluse the same tilt value. Thisattribute is only valid ifCell::supportingRETActua-tors is not empty. The valueis given in degrees.


Default = 0

hSDSCHSchedulingMode no (RW) This attribute determines theNodeB internal callprocessing HSDSCH_service_Attribute_set to be used forscheduling.

cRMax

NodeB object descriptions Cell

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(HSDSCH SchedulingMode)

unconstrained

fairThroughput

Default: cRMax

itfNDN



Any valid string.



localCellId

(Local cell identity)

yes (RO-SC) The local cell identity is theunique identifier for a set ofphysical resources within aNode B able to support acell.


No default

maxDlPowCapability

(Maximum downlink powercapability)

no (RO) The maximum downlinkpower capability for a cell.

0.0 through 50.0

Default = 0.0

ndpLabel



Any valid string.




enabled


Default: disabled

rPGAdjustment

(Receive Path GainAdjustment)

no (RW) This defines a delta value tobe added to the fixed RPGvalue.


Default = 0.0


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supportingRETActuators

(Supporting remoteelectrical tilt actuators)

no (RO) This attribute lists theassociated RETActuators. Itis autopopulated by Node BOA&M based oninformation written to theNode B backplaneEEPROM.



No default

supportingRFEquipment

(RF equipment DN)

no (RO) This attribute stores a DN ofthe associated RFequipment.


No default

userLabel

(User label)


Any valid string.



Structure of Cell values

The following table describes the value format used for the Cell object attribute.


associatedRFPath sectorID 1 through 3 step size=1

associatedRFPath frequencyBand bAND_V

bAND_IX

bAND_II

bAND_I

bAND_VIII

bAND_IV

bAND_X


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CPC...................................................................................................................................................................................................................................

Full name

Common power converter

Description

This object represents the Common Power Converter (CPC) component in the Node B.

The CPCs convert the input voltage into the various voltages required by the units inthe digital shelf.



The following list outlines the object constraints for creating a CPC object.

• If nodeBType is “indoorHybrid” or “compact”, the Relative Distinguished Name(RDN) of the CPC must be in the range 1 to 4.

• The value of attributeshelfNumber shall be derived from the parent shelf(DigitalShelf shelfNumber).

The following list outlines the object constraints for deleting a CPC object.

• If this is the last CPC object, ensure that no Universal Radio Controller (URC)exists.

Attributes

The following attributes apply to the CPC object and are available through the GUIand CLI.



locked


shuttingDown

Default: unlocked

apparatusCode

(Apparatus code)


0 through 50

Default = N/A

artMaster

(Art master)


0 through 50

Default = N/A


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inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

Default: offLine

bootSoftwareVersion



0 through 100

Default = N/A

clei



0 through 50

Default = N/A

eci



0 through 50

Default = N/A

firmwareVersion

(Firmware version)


0 through 100

Default = N/A

inventoryUnitId



Any valid string.



inventoryUnitType



0 through 52

Default = Hardware

NodeB object descriptions CPC

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miscellaneous

(Miscellaneous)


0 through 50

Default = N/A


enabled


Default: disabled

serialNumber

(Serial number)


0 through 50

Default = N/A

series

(Series)


0 through 50

Default = N/A

shelfNumber

(Shelf number)



Default = 1

slotNumber

(Slot number)



Default = 0

unitNumber

(Unit number)



Default = 0

userLabel

(User label)


Any valid string.



vendorName

(Vendor name)


0 through 52





0 through 50

Default = N/A


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Default = N/A


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CPRIPort...................................................................................................................................................................................................................................

Full name

CPRIPort

Description

The CPRIPort object represents the CPRI port transceiver hardware, which can beplugged into the OCM card. It provides the Layer 1 functionality to connect to the RFHeads via a fibre link.


Hierarchical location of the CPRIPort object:



Attributes

The following attributes apply to the CPRIPort object and are available through theGUI and CLI.



locked


shuttingDown

Default: unlocked

apparatusCode

(Apparatus code)


0 through 50

Default = N/A

NodeB

IubInterface

DigitalShelf

CPRIPort


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artMaster

(Art master)


0 through 50

Default = N/A


inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

Default: offLine

bootSoftwareVersion



0 through 100

Default = N/A

clei



0 through 50

Default = N/A

connectedRFHeads

(Connected RFHeads)

no (RO) This read only attributestores a list of up to 3 DNsof the (daisy chained)RFHead MOIs that areconnected to this CPRIPort.



No default

eci



0 through 50

Default = N/A

firmwareVersion

(Firmware version)


0 through 100

Default = N/A

NodeB object descriptions CPRIPort

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inventoryUnitId



Any valid string.



inventoryUnitType



0 through 52

Default = Hardware

miscellaneous

(Miscellaneous)


0 through 50

Default = N/A


enabled


Default: disabled

serialNumber

(Serial number)


0 through 50

Default = N/A

series

(Series)


0 through 50

Default = N/A

shelfNumber

(Shelf number)



Default = 1

slotNumber

(Slot number)



Default = 0

unitNumber

(Unit number)



Default = 0


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unsupportedRFHeads

(Unsupported RF Heads)

no (RO) This read only attributestores a sequence of 0 - 6RF Heads which cannot besupported by the OAMapplication.


See“Structure ofCPRIPort values”(p. 3-29).


userLabel

(User label)


Any valid string.



vendorName

(Vendor name)


0 through 52





0 through 50

Default = N/A




Default = N/A

Structure of CPRIPort values

The following table describes the value format used for the CPRIPort object attribute.


unsupportedRFHeads sectorID 0 through 65535 step size=1

perSectorID 0 through 65535 step size=1

macAddress 0 through 17


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CTU...................................................................................................................................................................................................................................

Full name

Common timing unit

Description

This object represents the Common Timing Unit (CTU) component and resides on theNode B digital shelf.

The Common Timing Unit (CTU) distributes the appropriate frequency signals to thechannel units and the radio cards.



The following list outlines the object constraints for creating a CTU object.

• A supporting URC object must exist.

• The value of attributeshelfNumber shall be derived from its parent shelf(DigitalShelf shelfNumber).

The following list outlines the object constraints for deleting a CTU object.

• If this is the last CTU, ensure that no UCU, Radio, or TDU objects exist.

Attributes

The following attributes apply to the CTU object and are available through the GUIand CLI.



locked


shuttingDown

Default: locked

apparatusCode

(Apparatus code)


0 through 50

Default = N/A

artMaster

(Art master)


0 through 50

Default = N/A


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inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

Default: offLine

bootSoftwareVersion



0 through 100

Default = N/A

clei



0 through 50

Default = N/A

detectedCTUHardwareModel no (RO) The CTU hardware modelthat is physically present inthe NodeB.

unknownCTUHard-wareModel

(Detected CTU model) cTU

cTU_GPS

cTUII_GPS_OMQ

cTUII_GPS

cTUII_OCXO

cTUII

cTUII_OMA

cTUII_OMQ

Default:unknownCTUHard-wareModel

NodeB object descriptions CTU

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eci



0 through 50

Default = N/A

expectedCTUHardware-Model

yes(RW-LO)

The CTU hardware modelthe operator expects to beinstalled.

unknownCTUHard-wareModel

(Expected CTU model) cTU

cTU_GPS

cTUII_GPS_OMQ

cTUII_GPS

cTUII_OCXO

cTUII

cTUII_OMA

cTUII_OMQ

Default:unknownCTUHard-wareModel

firmwareVersion

(Firmware version)


0 through 100

Default = N/A

inventoryUnitId



Any valid string.



inventoryUnitType



0 through 52

Default = Hardware

miscellaneous

(Miscellaneous)


0 through 50

Default = N/A


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oMMezzanineComcode

(OM Mezzanine Comcode)

no (RO) Shows the comcodeinventory information forthe OM Mezzanine cardwhich may be additionallyequipped on a CTU-II.

Any valid string.



oMMezzanineSerialNumber

(OM Mezzanine SerialNumber)

no (RO) Shows the Serial Numberinventory information forthe OM Mezzanine cardwhich may be additionallyequipped on a CTU-II.

Any valid string.




enabled


Default: disabled

serialNumber

(Serial number)


0 through 50

Default = N/A

series

(Series)


0 through 50

Default = N/A

shelfNumber

(Shelf number)



Default = 1

slotNumber

(Slot number)



Default = 0

unitNumber

(Unit number)



Default = 0


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userLabel

(User label)


Any valid string.



vendorName

(Vendor name)


0 through 52





0 through 50

Default = N/A




Default = N/A


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DigitalShelf...................................................................................................................................................................................................................................

Full name

Digital shelf

Description

This object represents the digital shelf within a Node B.

The digital shelf processes the data received on the Iub interface, and converts it intoUMTS RF signals. In the reverse direction the digital shelf decodes the UMTS RFsignals, and extracts the data streams that are sent back over the Iub interface.

In addition, the digital shelf provides the other cabinet interfaces, to connect theRemote Maintenance Terminal (RMT) or the external alarms.



Attributes

The following attributes apply to the DigitalShelf object and are available through theGUI and CLI.


apparatusCode

(Apparatus code)


0 through 50

Default = N/A

artMaster

(Art master)


0 through 50

Default = N/A

bootSoftwareVersion



0 through 100

Default = N/A

clei



0 through 50

Default = N/A

eci



0 through 50

Default = N/A

firmwareVersion

(Firmware version)


0 through 100

Default = N/A


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inventoryUnitId



Any valid string.



inventoryUnitType



0 through 52

Default = Hardware

miscellaneous

(Miscellaneous)


0 through 50

Default = N/A

serialNumber

(Serial number)


0 through 50

Default = N/A

series

(Series)


0 through 50

Default = N/A

shelfNumber

(Shelf number)



Default = 1

slotNumber

(Slot number)



Default = 0

unitNumber

(Unit number)



Default = 0

userLabel

(User label)


Any valid string.



NodeB object descriptions DigitalShelf

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vendorName

(Vendor name)


0 through 52





0 through 50

Default = N/A




Default = N/A

NodeB object descriptions DigitalShelf

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DigitalShelfFan...................................................................................................................................................................................................................................

Full name

Digital shelf fan

Description

This object represents a fan that resides on the digital shelf within a Node B.

The fan tray contains the fans that generate the cooling air flow for the shelf. The fantray has an indicator LED and a power/alarms connector on the front panel.



Attributes

The following attributes apply to the DigitalShelfFan object and are available throughthe GUI and CLI.



locked


shuttingDown

Default: unlocked


inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull


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Default: offLine


enabled


Default: disabled

userLabel

(User label)


Any valid string.



NodeB object descriptions DigitalShelfFan

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E1T1Port...................................................................................................................................................................................................................................

Full name

E1/T1 port

Description

This object represents the physical E1/T1 port component of the Universal RadioController (URC).

Up to four E1/T1 ports may be created for a URC. Either E1 digital trunks (EuropeanStandard for a transmission rate of 2.048 Mbit/s) or T1 digital trunks (AmericanStandard for a transmission rate of 1.544 Mbit/s) may be connected to E1/T1 ports.



The following list outlines the object constraints for deleting a E1T1Port object.

• All references to the E1T1Port object in the VCL attributes of the IubInterfaceobject must be removed before deleting the E1T1Port object.

Attributes

The following attributes apply to the E1T1Port object and are available through theGUI and CLI.



locked


shuttingDown

Default: unlocked


inTest


powerOff

offLine

offDuty


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dependency

degraded

notInstalled

logFull

Default: offLine

iMAGroupReference

(IMA group referencedescription)

no (RO) This is an ASCIIrepresentation of theautodetected IMA ID of theIMA group this link belongsto.

0 through 3

Default = -


enabled


Default: disabled

trunkGroupMember

(Trunk group member)

no (RO) The different attributes thatare assigned to this trunkgroup member.

See“Structure ofE1T1Port values”(p. 3-41).

Default = {unknown,

00000000000000000000000000000

userLabel

(User label)


Any valid string.



Structure of E1T1Port values

The following table describes the value format used for the E1T1Port object attribute.


trunkGroupMember bearerType unknown

e1

t1

NodeB object descriptions E1T1Port

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j1

timeslots 0 through 32


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E3T3Port...................................................................................................................................................................................................................................

Full name

E3T3Port

Description

This object models an E3T3 port terminated on the TIM card on a URC-II. It providesan E3 or T3 backhaul interface. There can be E3 or T3 ports per URC-II.


Hierarchical location of the E3T3Port object:




• There must be no instances of E1T1Port, IMAGroup or STM1OC3Port objects

• The URC object must exist, and the URC::expectedURCHardwareModel must beuRCII-E3T3

• If the attribute expectedURCHardwareMmodel of the parent URC object does notequal″uRCII-E3T3″ an E3T3Port MOI must not be created under this parent URC

• No references to this E3T3Port object must exist in VCL data in attributes ofIuBInterface objects.

Attributes

The following attributes apply to the E3T3Port object and are available through theGUI and CLI.

NodeB

IubInterface

DigitalShelf

URC

E3T3Port


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locked


shuttingDown

Default: unlocked


inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

Default: offLine

interfaceType no (RO) This read only parameterindicates whether the E3T3port is connected to an E3network or a T3 network

e3

(Interface Type) t3

undefined

Default: e3


enabled


Default: disabled


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userLabel

(User label)


Any valid string.




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EthernetPort...................................................................................................................................................................................................................................

Full name

EthernetPort

Description

This object represents the physical Ethernet Port on the Line Interface Unit (LIU) ofthe Universal Radio Controller (URC).


Hierarchical location of the EthernetPort object:


Not Available Yet

Attributes

The following attributes apply to the EthernetPort object and are available through theGUI and CLI.



locked


shuttingDown

Default: locked

NodeB

IubInterface

DigitalShelf

URC

EthernetPort


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inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

Default: offLine


enabled


Default: disabled

speed no (RO) This read only attributestores the transmissioncapability speed of theethernet port.

mbps10

(Ethernet port speed) mbps100

Default: mbps10

userLabel

(User label)


Any valid string.



NodeB object descriptions EthernetPort

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ExtRxAmp...................................................................................................................................................................................................................................

Full name

External receiving amplifier

Description

This object represents the Tower Top Low Noise Amplifier (TTLNA) physicalresource.

It is located at the top of an antenna tower and acts as an amplifier for received radiosignals.



The following list outlines the object constraints for creating an ExtRxAmp object.

• The associated RxAmp object, specified in attributeassociatedRxAmp, must exist.

• The value of the RDN of the ExtRxAmp must be identical to the value of the RDNof the associated Filter. The associated Filter is the parent of the associated RxAmp(the associated RxAmp is defined inassociatedRxAmp).

• The value of the ExtRxAmpslotNumber attribute must be set to the value of theslotNumber attribute of its associated RxAmp (the associated RxAmp is defined inassociatedRxAmp).

Attributes

The following attributes apply to the ExtRxAmp object and are available through theGUI and CLI.



locked


shuttingDown

Default: locked

apparatusCode

(Apparatus code)


0 through 50

Default = N/A

artMaster

(Art master)


0 through 50

Default = N/A


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associatedRxAmp

(Associated receivingamplifier)

yes (RO-SC) The Distinguished Name(DN) of the RxAmp objectthat is associated with thisexternal receiving amplifier.


No default


inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

Default: offLine

bootSoftwareVersion



0 through 100

Default = N/A

clei



0 through 50

Default = N/A

eci



0 through 50

Default = N/A

firmwareVersion

(Firmware version)


0 through 100

Default = N/A

inventoryUnitId



Any valid string.



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inventoryUnitType



0 through 52

Default = Hardware

miscellaneous

(Miscellaneous)


0 through 50

Default = N/A


enabled


Default: disabled

serialNumber

(Serial number)


0 through 50

Default = N/A

series

(Series)


0 through 50

Default = N/A

shelfNumber

(Shelf number)



Default = 3

slotNumber

(Slot number)



Default = 0

unitNumber

(Unit number)



Default = 0

userLabel

(User label)


Any valid string.



vendorName

(Vendor name)


0 through 52



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0 through 50

Default = N/A




Default = N/A


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Filter...................................................................................................................................................................................................................................

Full name

Filter

Description

This object represents a filter component on the filter shelf of the Node B.

The Filter object contains duplexers with integrated Low Noise Amplifiers (LNAs).



The following list outlines the object constraints for creating a Filter object.

• A supporting Universal Radio Controller (URC) object must exist.

• The value of attributeshelfNumber shall be derived from the parent shelf(FilterShelfshelfNumber).

• The value of attributeslotNumber shall be set to the value of the RelativeDistinguished Name (RDN) of the created Filter.

The following list outlines the object constraints for deleting a Filter object.

• Ensure that no RxAmp child object exists.

Attributes

The following attributes apply to the Filter object and are available through the GUIand CLI.



locked


shuttingDown

Default: unlocked

apparatusCode

(Apparatus code)


0 through 50

Default = N/A

artMaster

(Art master)


0 through 50

Default = N/A


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inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

Default: offLine

bootSoftwareVersion



0 through 100

Default = N/A

clei



0 through 50

Default = N/A

detectedFilterHardware-Model

no (RO) The hardware model that isphysically present in theNodeB.

unknownFilterHard-wareModel

(Detected filter model) uFPI60

uFPI10A

uFPI10B

uFPI10C

uFPI10D

uFPI10E

uFPI10F

uFPP5D

uFPP15A

uFPP10A13

uFPP10B13

NodeB object descriptions Filter

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uFPP10DE

uFPP10EC3

cFPC25

cFPP60

dFPCN11A

dFPCN11B

dFPCN14B

dFPCI11A

dFPCI11B

dFPCI9A

dFPCI6B

dFPC16AB

dFPP20AD

dFPP20BE

dFPP20FC

dFPP20CG

dFPP10C5

dFPP10A1

dFPP10B4

dFPP5C3

dFPI10A

dFPI10B

dFPI10C

dFPI10D

dFPI10E

dFPI10F

tFPPA1A3

tFPPB1B3

qFPPDE

qFPPC3E

dFPP60

dFPCN25


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tFP1800

dFPDJ35U

dFPI60LowGain

dFPI60HiGain

dFPG35

newFilterHardware-Model

dFPI15A

dFPA45

dFPA60

Default:unknownFilterHard-wareModel

eci



0 through 50

Default = N/A

expectedFilterHardware-Model

yes (RW) The hardware model theoperator expects to beinstalled.

unknownFilterHard-wareModel

(Expected filter model) uFPI60

uFPI10A

uFPI10B

uFPI10C

uFPI10D

uFPI10E

uFPI10F

uFPP5D

uFPP15A

uFPP10A13

uFPP10B13

uFPP10DE

uFPP10EC3

cFPC25

cFPP60


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dFPCN11A

dFPCN11B

dFPCN14B

dFPCI11A

dFPCI11B

dFPCI9A

dFPCI6B

dFPC16AB

dFPP20AD

dFPP20BE

dFPP20FC

dFPP20CG

dFPP10C5

dFPP10A1

dFPP10B4

dFPP5C3

dFPI10A

dFPI10B

dFPI10C

dFPI10D

dFPI10E

dFPI10F

tFPPA1A3

tFPPB1B3

qFPPDE

qFPPC3E

dFPP60

dFPCN25

tFP1800

dFPDJ35U

dFPI60LowGain

dFPI60HiGain


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dFPG35

newFilterHardware-Model

dFPI15A

dFPA45

dFPA60

Default:unknownFilterHard-wareModel

firmwareVersion

(Firmware version)


0 through 100

Default = N/A

inventoryUnitId



Any valid string.



inventoryUnitType



0 through 52

Default = Hardware

miscellaneous

(Miscellaneous)


0 through 50

Default = N/A


enabled


Default: disabled

serialNumber

(Serial number)


0 through 50

Default = N/A

series

(Series)


0 through 50

Default = N/A


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shelfNumber

(Shelf number)



Default = 3

slotNumber

(Slot number)



Default = 0

unitNumber

(Unit number)



Default = 0

userLabel

(User label)


Any valid string.



vendorName

(Vendor name)


0 through 52





0 through 50

Default = N/A




Default = N/A


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FilterShelf...................................................................................................................................................................................................................................

Full name

Filter shelf

Description

This object represents the filter shelf within a Node B.

The filter shelf provides the connection of the Node B to the antenna cabling as wellas closed loop gain control, antenna test and digital predistortion. Most filter shelveswill be equipped with dual duplexers.



Attributes

The following attributes apply to the FilterShelf object and are available through theGUI and CLI.


shelfNumber

(Shelf number)



Default = 3

userLabel

(User label)


Any valid string.




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Frame...................................................................................................................................................................................................................................

Full name

Frame

Description

This object represents a physical object containing three shelves that hold the Node Bhardware components:

• Amplifier shelf

• Digital shelf

• Filter shelf.



Attributes

The following attributes apply to the Frame object and are available through the GUIand CLI.


userLabel

(User label)


Any valid string.




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GRS...................................................................................................................................................................................................................................

Full name

GPS reference server

Description

This class models the capability of a NodeB to act as a GPS reference server.


Hierarchical location of the GRS object:



The following list outlines the object constraints for creating an GRS object.

• If degrees of GRS::gPSantennaLongitude is set to 180, minutes and seconds mustbe 0

• If degrees of GRS::gPSantennaLatitude is set to 90, minutes and seconds must be0.

Attributes

The following attributes apply to the GRS object and are available through the GUIand CLI.



locked


shuttingDown

Default: locked

GRS

NodeB


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inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

Default: offLine

firstPortNumber

(First Port Number)

yes(RW-LO)

First TCP/IP port numberused for SMLC-GRScommunication


Default = 5004

gPSantennaAltitude

(Global Positioning Systemantenna altitude)

no (RO) Altitude of the GPS antenna See“Structure of GRSvalues” (p. 3-63).


gPSantennaLatitude

(Global Positioning Systemantenna latitude)

no (RO) Latitude of the GPSantenna.

See“Structure of GRSvalues” (p. 3-63).


gPSantennaLongitude

(Global Positioning Systemantenna longitude)

no (RO) Longitude of the GPSantenna

See“Structure of GRSvalues” (p. 3-63).


gPSrefStationID

(Global Positioning SystemReference Station identity)

yes(RW-LO)

Numerical identifier of theGPS Reference Station.


No default


enabled

NodeB object descriptions GRS

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Default: disabled

secondPortNumber

(Second port number)

yes(RW-LO)

Second TCP/IP port numberused for SMLC-GRScommunication.


Default = 5002

selfSurveyProgressIndicator

(Self survey progressindicator)

no (RO) Indicates the estimatedprogress of the Self Survey.


Default = 0

supportingCTU

(Supporting CTU)

no (RO) Indicates the DN of theCTU-II autonomouslyselected by the NodeB tosupport the GRS.


No default

userLabel

(User label)


Any valid string.



Structure of GRS values

The following table describes the value format used for the GRS object attribute.


gPSantennaAltitude direction depth

height

altitude 0.0 through 10000.0 step size=0.1

gPSantennaLatitude degrees 0 through 90 step size=1


seconds 0.00 through 59.99 step size=0.01

gPSantennaLatitude hemisphere northern

southern

gPSantennaLongitude degrees 0 through 180 step size=1


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seconds 0.00 through 59.99 step size=0.01

gPSantennaLongitude hemisphere western

eastern


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IMAGroup...................................................................................................................................................................................................................................

Full name

Inverse multiplexing of ATM group

Description

This class models a group of links at one end used to establish an IMA virtual link tothe other end.


Hierarchical location of the IMAGroup object:



The following list outlines the object constraints for creating an IMAGroup object.

• The associatedE1T1Port object listed in theiMAE1T1Links attribute must exist.

• The associatedE1T1Port object listed in theiMAE1/T1Links attribute must not bereferenced in any other iMAGroup or in VCL data in attributes ofIubInterfaceobjects.

• No references must exist to thisiMAGroup in VCL data in attributes ofIubInterface objects.

Attributes

The following attributes apply to the IMAGroup object and are available through theGUI and CLI.



locked


shuttingDown

Default: unlocked

NodeB

IMAGroup


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inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

Default: offLine

iMAE1T1Links

(IMA group local E1/T1links)

yes (RW) Set of E1T1Portdistinguished names thatcorrespond to E1/T1 linksthat are members of thisIMA group.



No default

iMAE1T1LinksFarEnd

(IMA group remote E1/T1links)

no (RO) Set of E1/T1 linksautodetected as members ofthis IMA group.



No default

iMAFrameLength

(IMA frame length)

no (RO) This attribute represents theauto-detected frame length,in the receive direction, ofthe auto-detected InverseMultiplexing for ATM(IMA) group


Default = 128

NodeB object descriptions IMAGroup

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iMAGroupIdent

(IMA group identity)

yes (RO-SC) IMAGroupIdent is used bythe NodeB to associateauto-detected IMA groups(identified via the IMA IDs)to the created IMAGroupMOs (identified via theiMAGroupIdent) in theMIB.


No default


enabled


Default: disabled

userLabel

(User label)


Any valid string.



NodeB object descriptions IMAGroup

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IOU...................................................................................................................................................................................................................................

Full name

Input/output unit

Description

This object represents the Input/Output Unit (IOU) component on the digital shelfobject.

The Input/Output Unit (IOU) is an assembly that provides the external interface forsignals (E1/T1 links and external alarms) entering and exiting the Node B digital shelf.

The IOU is similar to, and mutually exclusive with, the Alarm Hub.



The following list outlines the object constraints for creating an IOU object.


• All values for theexternalAlarms attribute must have differentportNumbersettings.


Attributes

The following attributes apply to the IOU object and are available through the GUIand CLI.



locked


shuttingDown

Default: unlocked

apparatusCode

(Apparatus code)


0 through 50

Default = N/A

artMaster

(Art master)


0 through 50

Default = N/A


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inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

Default: offLine

bootSoftwareVersion



0 through 100

Default = N/A

clei



0 through 50

Default = N/A

eci



0 through 50

Default = N/A

externalAlarms

(External alarms)



See“Structure of IOUvalues” (p. 3-71).


firmwareVersion

(Firmware version)


0 through 100

Default = N/A

NodeB object descriptions IOU

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inventoryUnitId



Any valid string.



inventoryUnitType



0 through 52

Default = Hardware

miscellaneous

(Miscellaneous)


0 through 50

Default = N/A


enabled


Default: disabled

serialNumber

(Serial number)


0 through 50

Default = N/A

series

(Series)


0 through 50

Default = N/A

shelfNumber

(Shelf number)



Default = 1

slotNumber

(Slot number)



Default = 0

unitNumber

(Unit number)



Default = 0


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userLabel

(User label)


Any valid string.



vendorName

(Vendor name)


0 through 52





0 through 50

Default = N/A




Default = N/A

Structure of IOU values

The following table describes the value format used for the IOU object attribute.




severity warning

minor

major

critical

indeterminate

cleared



airDryerFailure

batteryDischarging

batteryFailure


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coolingFanFailure

enclosureDoorOpen

engineFailure

explosiveGas

excessiveVibration

fire

fireDetectorFailure

flood

fuseFailure

generatorFailure



highHumidity

highTemperature

highWind

iceBuildUp

intrusionDetection

lowBatteryThreshold

lowCablePressure

lowFuel

lowHumidity

lowTemperature

lowWater

leakDetection



pumpFailure

rectifierFailure




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smoke

toxicGas



toxicLeakDetected






close


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IubInterface...................................................................................................................................................................................................................................

Full name

Interface to Node B

Description

This object represents a logical object and provides the service of exchanginginformation between the Node B and RNC network elements on the basis of 3GPPstandardized channels.

These channels are ATM-based and support:

• The Node B Control Port

• The Communication Control Ports

• The Access Link Control Ports

• The Traffic Termination Ports.

Common attributes


See“IubInterface” (p. A-6)in Appendix A, “Common attributes”for details.



The following list outlines the object constraints for creating an IubInterface object.

• The associated E1T1Port object referenced in Virtual Channel Link (VCL)structures must already exist:

– nbcpNbapVCLs.e1T1PortDn

– ccpNbapVCLs.e1T1PortDn

– alcapVCLs.e1T1PortDn

– userplaneBVCLs.e1T1PortDn.

• The elementsnbcpNbapVCLs.e1T1PortDn, ccpNbapVCLs.e1T1PortDn, andalcapVCLs.e1T1PortDn must reference to E1T1Port objects on the UniversalRadio Controller (URC) with Relative Distinguished Name (RDN) = 1, which isthe primary URC.

• There must be no other instances of IubInterface objects under the same NodeBobject instance.

• There must be exactly only one entry in IubInterfacealcapVCLs.


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• There must be exactly only one entry in IubInterfaceccpNbapVCLs.

• There must be exactly only one entry in IubInterfacenbcpNbapVCLs.

• There must be at least one entry in IubInterfaceuserplaneVCLs.

• There may be no more than twelve entries in IubInterfaceuserplaneVCLs perURC.

• The e1T1PortDn part of each VCL structure must refer to an existing E1T1Portinstance.

• The associated Quality of Service (QoS) object referenced in VCL structures mustalready exist:

– nbcpNbapVCLs.qosDn

– ccpNbapVCLs.qosDn

– alcapVCLs.qosDn

– userplaneBVCLs.qosDn.

• The ccpId part of each entry in IubInterfaceccpNbapVCLs must be unique acrossthe set of allccpId values in this object.

• The aal2PathId part of each entry in IubInterfaceuserplaneVCLs must be uniqueacross the set of allaal2PathId values in this object.

• The tla part of each entry in IubInterfacealcapVCLs must be unique across theset of alltla values in this object.

• The tla part of IubInterfacealcapVCLs has to consist of 20 dot-separated pairs ofASCII-hexadecimal digits, for example:2D.00.04.99.11.52.63.46.6F.00.00.00.00.00.00.00.00.00.00.00.

• The value of the attribute QoSaalType of all QoS instances referenced inIubInterfacealcapVCLs, ccpNbapVCLs, andnbcpNbapVCLs must be equal to aal5.

• The value of the attribute QoSaalType of all QoS instances referenced inIubInterfaceuserplaneBVCLs must be equal to aal2.

The following list outlines the object constraints for modifying an IubInterface objectusing theset command.

• Parent object NodeB must be locked to set:

– nbcpNbapVCLs

– ccpNbapVCLs

– alcapVCLs

– userplaneBVCLs.

Attributes

The following attributes apply to the IubInterface object and are available through theGUI and CLI.

NodeB object descriptions IubInterface

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locked


shuttingDown

Default: unlocked

alcapVCLs

(Access link controlapplication protocol virtualchannel links)

yes (RO-SC) The attributes that arerelated to the VirtualChannel Links (VCLs) forVirtual Channel Connections(VCCs) that carry AccessLink Control ApplicationProtocol (ALCAP)signaling.


See“Structure ofIubInterface values”(p. 3-78).



inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

Default: offLine


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ccpNbapVCLs

(Communication controlport NBAP virtual channellinks)

yes (RO-SC) The attributes that arerelated to the VirtualChannel Links (VCLs) forVirtual Channel Connections(VCCs) that carrycommunication control portNBAP messages for anytraffic-termination point thatis associated with this NodeB.




linkNumber

(Link number)



No default

linkProfileDn

(Link Profile DN)

yes (RW) Represents the DN label ofthe LinkProfile used toprovision this link.


No default

nbcpNbapVCLs

(Node B control port NBAPvirtual channel links)

yes (RO-SC) The attributes that arerelated to the VirtualChannel Link (VCL) thatcarries the Node B controlport Node B ApplicationPart (NBAP) messages.





enabled


Default: disabled


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userLabel

(User label)


Any valid string.



userplaneBVCLs

(Userplane B virtual channellinks)

yes (RO-SC) The attributes that arerelated to theVirtual ChannelLinks (VCLs) for AAL2based Virtual ChannelConnections (VCCs) thatcarry userplane B traffic.




Structure of IubInterface values

The following table describes the value format used for the IubInterface objectattribute.


alcapVCLs vpi 0 through 255 step size=1

vci 32 through 65536 step size=1

phyDn String of characters

qosDN String of characters

tla String of characters

ccpNbapVCLs vpi 0 through 255 step size=1




ccpId 0 through 65535 step size=1

nbcpNbapVCLs vpi 0 through 255 step size=1




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userplaneBVCLs aal2PathId 1 through 2147483647 step size=1

vpi 0 through 255 step size=1






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NodeB...................................................................................................................................................................................................................................

Full name

Node B

Description

This object represents a Node B network element in the UTRAN domain.

The NodeB object controls radio transmission and radio reception for one or more Cellobjects in the network.



The following list outlines the object constraints for modifying a NodeB object usingthe set command.

• If the degrees value of attributelongitude is set to 180,minutes andsecondsmust be 0.

• If the degrees value of attributelatitude is set to 90,minutes andseconds mustbe 0.

• To set thenodeBType attribute, the NodeB object must be locked.

• To set thenodeBType attribute, no instance of IOU, URC, UCU, Radio, CPC CTU,OM, or TxAmp may exist.

The following list outlines the object constraints for modifying a NodeB object usingthe unlock command.

• The resetRequired attribute must be “false”.

• The IubInterface object must exist.

Attributes

The following attributes apply to the NodeB object and are available through the GUIand CLI.


addGBRTransmitPower

(Addtional GBR transmitpower)

no (RW) This parameter controls howthe transmit power for GBRtraffic is handled in NodeBcommon powermeasurements.

true

false

Default = true


locked


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shuttingDown

Default: locked

associatedRNC

(Associated RNC)

no (RW) The Distinguished Name(DN) of the RNC that isassociated with this Node B.


No default


inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

Default: offLine

backupImageName

(Backup image name)

no (RO) The name of the backupfile.

0 through 52

Default = NodeB.bkp

backupStatus no (RO) The status of the latestbackup activity.

failed

(Backup status) successful

inProgress

partialSuccess

notAvailable

Default: notAvailable

commonERGCHPowerOffset

(Common ERGCH PowerOffset)

no (RW) Power offset in dB ofcommon E-RGCH relativeto PCPICH.


Default = 0.0

NodeB object descriptions NodeB

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Any valid string.



daylightSavingsTimeEndRule

(Daylight saving time end)

no (RW) This attribute defines therule that indicates when tochange back to standardtime at the end of daylightsaving time.

Any valid string.



daylightSavingsTimeStar-tRule

(Daylight saving time start)

no (RW) This attribute defines therule that indicates when tochange to daylight savingtime.

Any valid string.



deltaDownServingCellNoHO

(Down step size for ServingCell No HO)

no (RW) Down step size in dB forE-HICH outer loop powercontrol when the E-DCHRLS only contains theserving cell.


Default = 20

detectedNodeBType no (RO) The NodeB type that isphysically present.

unknownNodeBType

(Detected NodeB) macroCellIndoorTypeF

macroCellIndoorTypeH

macroCellIntegrated-Outdoor

modularCellOutdoor

compactIndoor


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compactOutdoor

microCellOutdoor

baseBandUnit

baseBandUnitWithRFU

lowProfileBBUIndoor

lowProfileBBUOutdoor

Default:unknownNodeBType

eAGCHPowerOffset

(E-AGCH Power Offset)

no (RW) This parameter defines thepower offset in dB forAGCH.


Default = 10.0

eDCHNumCommonRGPer-Code

(Common relative grants(E-RGCH/ E-HICH code))

no (RW) The number of signaturesfor common relativegrants,which are reservedper E-RGCH/ E-HICH code.


Default = 1

eDCHServiceParameterSet1

(E-DCH Service ParameterSet1)

no (RW) This parameter set definesthe OAM parameters, whichare valid for the interactive″gold″ service class (highestpriority).

See“Structure ofNodeB values”(p. 3-95).

Default = {15,

40,

300,

7,

7}



no (RW) This parameter set definesthe OAM parameters, whichare valid for the interactive″silver″ service class(medium priority).


Default = {14,

25,

200,

10,

7}


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no (RW) This parameter set definesthe OAM parameters, whichare valid for the interactive″bronze″ service class(lowest priority).


Default = {13,

10,

100,

14,

7}



no (RW) This parameter set definesthe OAM parameters whichare valid for the backgroundservice class.


Default = {12,

0,

100,

15,

7}

eDCHSofterHOLimit

(E-DCH Softer handoverlimit)

no (RW) The limit ratio of theE-DCH load caused by usersfrom the other cells in thesame NodeB to the totalE-DCH load.


Default = 40

eHICHErrorProbability

(E-HICH Error Probability)

no (RW) E-HICH miss detectionprobability (ACK toDTX/NACK) when theE-DCH RLS only containsthe serving cell.


Default = 10

expectedNodeBType no (RW-LO) The NodeB type theoperator expects to beinstalled.

unknownNodeBType

(Expected Node B type) macroCellIndoorTypeF

macroCellIndoorTypeH

macroCellIntegrated-Outdoor

modularCellOutdoor

compactIndoor

compactOutdoor


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microCellOutdoor

baseBandUnit

baseBandUnitWithRFU

lowProfileBBUIndoor

lowProfileBBUOutdoor

Default:unknownNodeBType




Any valid string.



genericDescriptorFile

(Generic descriptor file)

no (RW) Path and file name of theGeneric Descriptor File(GDF) that defines thesoftware versions of theactual image for allcomponents.

Any valid string.



hsdpaAmpUsage

(HSDPA Amplifier PowrUsage)

no (RW) This parameter states howmuch percentage of theshort-term amplifier powercan be allocated before AOCscaling.


Default = 80

hsdpaMinAmpUsage

(Minimum HSDPAAmplifier Power Usage)

no (RW) This parameter states theminimum percentage of theshort-term amplifier powerthat will be allocated toHSDPA.


Default = 10

hsdpaResourceAllocation-Scheme

no (RW-LO) Controls UCU allocationscheme for HSDPA support.

smallModel

(Universal channel unitallocation scheme)

largeModel


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Default: smallModel

hSDSCHServiceParameter-Set1

(HSDSCH ServiceParameters, set 1)

no (RW) This parameter set definesthe OAM parameters, whichare valid for the servicewithin the specificscheduling Priority Level.


Default = {15,

40,

300,

0,

10,

0,

7,

15}





Default = {14,

40,

300,

0,

10,

0,

7,

15}





Default = {13,

40,

300,

0,

10,

0,

7,

7}


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Default = {12,

40,

300,

0,

10,

0,

7,

7}





Default = {11,

40,

300,

0,

10,

0,

7,

7}





Default = {10,

40,

300,

0,

10,

0,

7,

7}


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(HSDSCH serviceparameters, set 7)

no (RW) This parameter set definesthe OAM parameters, whichare valid for the servicewith the specific schedulingPriority Level.


Default = {9,

40,

300,

0,

10,

0,

7,

7}

hSDSCHServiceParam-eterSetFt

(HSDSCH ServiceParameters, fair throughput)

no (RO) This parameter set definesthe OAM parameters, whichare used for all services,when the scheduling modehas been set to″fairthroughput″.


Default = {126,

130,

0,

5,

13}

hSDSCHServiceParam-eterSetUc

(HSDSCH ServiceParameters,unconstrained)

no (RO) This parameter set definesthe OAM parameters, whichare used for all services,when the scheduling modehas been set to″unconstrained″.


Default = {0,

1000,

0,

1,

1}

hSSCCHSnr

(HS-SCCH signal to noiseratio)

no (RW) The target symbol signal tonoise ratio on HS-SCCH,which is used by thescheduling algorithm.


Default = 1.0


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itfNDN


no (RW) The Distinguished Name(DN) of the Itf-N object thatis related to this instance.

Any valid string.



lastBackupTime

(Last backup time)

no (RO) The date-and-time stamp ofthe last successful backup.

0 through 52

Default = 1970-01-0100:00:00

latitude

(Latitude)

no (RW) The geographical position ofthe network element.


Default = {0,

0,

0,

northern}

lmtRegistered

(LMTRegistered)

no (RO) This indicates whether theNodeB is exclusivelycontrolled by a LocalMaintenance Terminal(LMT).

true

false

Default = false

locationName

(Location name)


Any valid string.




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longitude

(Longitude)

no (RW) The geographical position ofthe network element.


Default = {0,

0,

0,

western}

maxPowerCorrection

(Maximum PowerCorrection, E-HICH)

no (RW) Upper limit, in dB, of theE-HICH outer loop powercontrol correction.


Default = 3.0

mimVersion


no (RO) The version of theManagement InformationModel (information model)that is supported by thismanagement agent.

Any valid string.



minPowerCorrection

(Minimum PowerCorrection, E-HICH)

no (RW) Lower limit in dB of theE-HICH outer loop powercontrol correction.


Default = 3.0

ndpLabel



Any valid string.




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newSoftwareVersion

(New software version)

no (RO) The software version of thesoftware image loaded mostrecently.

Any valid string.



oamIpAddress

(Operations, administrationand maintenance internetprotocol address)

no (RO) The Operations,Administration andMaintenance (OAM) IPaddress of this networkelement agent.


Default = 0.0.0.0


enabled


Default: disabled

perfMeasEnabled no (RW) Allows the operator toenable or disableperformance measurementcollection.

yes

(Performance measurementsenabled)

no

Default: yes

pMaxDlEDCH

(Maximal power level,E-DCH )

no (RW) Maximal power level ofbase E-DCH channel level.


Default = 6.0

pMinDlEDCH

(Minimal power level,E-DCH )

no (RW) Minimal power level of baseE-DCH channel level.


Default = -18.0

powerOffsetERGCHServing-NoSHO

(ERGCH Power offset,Serving Cell No SHO)

no (RW) Power offset in dB that isapplied to base E-DCHchannel level when theE-DCH RLS only containsthe serving cell.


Default = 1.5


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powerOffsetERGCHServ-ingSHO

(ERGCH Power offset,Serving Cell SHO)

no (RW) Power offset in dB that isapplied to base E-DCHchannel level when theE-DCH RLS contains theserving cell and other cells.


Default = 1.5

powerTestEnabled no (RW) Indicates whether thecarrier-power test should beperformed on the Node B.

yes

(Power test measurementenabled)

no

Default: no

powerTestThreshold

(Power test measurementthreshold)

no (RW) An alarm is triggered if themeasured carrier powerdrops below or exceeds thisthreshold level in a Node B.

0.5 through 5.0

Default = 1.0

prefixItfNDN

(Itf-N DN prefix)

no (RW) Prefix for the Itf-NDistinguished Name (DN)related to this instance.

Any valid string.



rfTestsInterval

(Radio frequency testinterval)

no (RW) The measurement intervalfor the RF tests that areperformed on the Node B.


Default = 1440

rfTestsTime

(Radio frequency test time)

no (RW) This attribute is used to setthe time of the day (hoursand minutes) to start the RFtests on a Node B.


Default = {2,

30}

routineDiagEnabled no (RW) Indicates whether routinediagnostic programs shouldrun on the Node B.

yes

(Routine diagnosticsenabled)

no

Default: no


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routineDiagTime

(Routine diagnostic time)

no (RW) The time of the day whenthe routine diagnosticprograms should run on theNode B.


Default = {2,

30}

rPGAdjustmentMode no (RW) This attribute controls thesetting of attenuation valuesfor the RX amplifiers.

manual

(rPGA attenuation values) autoContinous

autoNonContinous

Default: manual

rxAntennaTestThreshold

(Receive antenna testthreshold)

no (RW) This defines the thresholdfor the receive antenna test.

0.5 through 15.0

Default = 10.0

rxTestEnabled no (RW) Controls whether the RadioCluster Server (RCS) has toperform the scheduledreceive-antenna tests.

yes

(Receive antenna testenabled)

no

Default: no

securityMode no (RO) The security mode of theNodeB.

minSecurityMode

(Security mode) standardSecurityMode

Default:minSecurityMode


invalidState

(Software update state) downloadInProgress

downloadComplete

downloadFailed

installInProgress

installComplete

installFailed

switchOverInProgress


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activateInProgress

activateComplete

activateFailed

partiallyActivated

fallbackInProgress

fallbackComplete

fallbackFailed

deleteInProgress

deleteComplete

deleteFailed

downloadAborted

distributionInProgress

distributionComplete

distributionFailed

Default: invalidState

swDownloadResult

(Software download result)

no (RO) The result of the lastsoftware download.

0 through 100

Default = no result yet

syncSource no (RW-LO) The synchronization sourcethat is used by the CommonTiming Unit (CTU) tosynchronize the signal of theoscillator module.

internalReference

(Synchronization source) externalReference

internalGPSClock

externalGPSClock

Default:internalReference

timeZone

(Time zone)

no (RW-LO) Time zone information innumeric format according toRFC 2822.

0 through 5

Default = +0000


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tPreempt

(Timer pre-emption)

no (RW) Specifies the maximum timethat a Node B may wait forpre-emption of resources forestablishment orreconfiguration of radiolinks.


Default = 0.0

userLabel

(User label)


Any valid string.



Structure of NodeB values

The following table describes the value format used for the NodeB object attribute.


eDCHServiceParam-eterSet1

schedulingPriorityLevel 0 through 15 step size=1

serviceMinRate 0 through 10000 step size=1

serviceMaxRate 0 through 10000 step size=1

serviceBFactor 1 through 30 step size=1

serviceKFactor 1 through 30 step size=1












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hSDSCHServiceParam-eterSet1




serviceLowRate 0 through 1000 step size=1

serviceHighRate 0 through 1000 step size=1

serviceMaxDelay 0 through 10000 step size=2




















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hSDSCHServiceParam-eterSetFt






hSDSCHServiceParam-eterSetUc






latitude degrees 0 through 90 step size=1



latitude hemisphere northern

southern

longitude degrees 0 through 180 step size=1



longitude hemisphere western

eastern

rfTestsTime hours 0 through 23 step size=1

mins 0 through 59 step size=1

routineDiagTime hours 0 through 23 step size=1

mins 0 through 59 step size=1


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OCM...................................................................................................................................................................................................................................

Full name

OCM

Description

The OCM object represents a hardware resource of type OneBTS CPRI Module. TheOCM connects a NodeB with external RF units. This is done via CPRI porttransceivers, which can be plugged into the OCM hardware.


Hierarchical location of the OCM object:



Attributes

The following attributes apply to the OCM object and are available through the GUIand CLI.



locked


shuttingDown

Default: unlocked

apparatusCode

(Apparatus code)


0 through 50

Default = N/A

NodeB

IubInterface

DigitalShelf

OCM


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artMaster

(Art master)


0 through 50

Default = N/A


inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

Default: offLine

bootSoftwareVersion



0 through 100

Default = N/A

clei



0 through 50

Default = N/A

detectedOCMHardware-Model

no (RO) This read only attributestores the hardware modelof the equipped OCM board,which is represented by theOCM MOI.

unknownHardware-Model

(OCM hardware model) oCM

oCM_II

Default:unknownHardware-Model

eci



0 through 50

Default = N/A

NodeB object descriptions OCM

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firmwareVersion

(Firmware version)


0 through 100

Default = N/A

inventoryUnitId



Any valid string.



inventoryUnitType



0 through 52

Default = Hardware

miscellaneous

(Miscellaneous)


0 through 50

Default = N/A


enabled


Default: disabled

serialNumber

(Serial number)


0 through 50

Default = N/A

series

(Series)


0 through 50

Default = N/A

shelfNumber

(Shelf number)



Default = 1

slotNumber

(Slot number)



Default = 0

unitNumber

(Unit number)



Default = 0


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userLabel

(User label)


Any valid string.



vendorName

(Vendor name)


0 through 52





0 through 50

Default = N/A




Default = N/A


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OM...................................................................................................................................................................................................................................

Full name

Oscillator module

Description

This object represents the physical Oscillator Module (OM) component on a Node Bdigital shelf.

The OMs generate a 15 MHz reference signal and supply it to the Common TimingUnit (CTU). The OMs also serve as stabilization and fallback frequency referencesource if the Global Positioning System (GPS) or E1/T1 timing signal is lost.



The following list outlines the object constraints for creating an OM object.

• If nodeBType is “indoorHybrid” or “compact”, the Relative Distinguished Name(RDN) of the OM must be 1.



Attributes

The following attributes apply to the OM object and are available through the GUI andCLI.



locked


shuttingDown

Default: unlocked

apparatusCode

(Apparatus code)


0 through 50

Default = N/A

artMaster

(Art master)


0 through 50

Default = N/A


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inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

Default: offLine

bootSoftwareVersion



0 through 100

Default = N/A

clei



0 through 50

Default = N/A

detectedOMHardwareModel no (RO) The OM hardware modelthat is physically present inthe NodeB.

unknownOMHardware-Model

(Detected oscillator module) oMQ

oMR

oMA

Default:unknownOMHardware-Model

eci



0 through 50

Default = N/A

expectedOMHardwareModel yes (RO-SC) The OM hardware model theoperator expects to beinstalled.

unknownOMHardware-Model

(Expected oscillator module) oMQ

NodeB object descriptions OM

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oMR

oMA

Default:unknownOMHardware-Model

firmwareVersion

(Firmware version)


0 through 100

Default = N/A

inventoryUnitId



Any valid string.



inventoryUnitType



0 through 52

Default = Hardware

miscellaneous

(Miscellaneous)


0 through 50

Default = N/A


enabled


Default: disabled

serialNumber

(Serial number)


0 through 50

Default = N/A

series

(Series)


0 through 50

Default = N/A

shelfNumber

(Shelf number)



Default = 1

slotNumber

(Slot number)



Default = 0


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unitNumber

(Unit number)



Default = 0

userLabel

(User label)


Any valid string.



vendorName

(Vendor name)


0 through 52





0 through 50

Default = N/A




Default = N/A


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PassthroughVCLTP...................................................................................................................................................................................................................................

Full name

PassthroughVCLTP

Description

This object represents the virtual circuit link (VCL) termination point used for theEthernet Port.


You can create, delete, and modify this object:

The following list outlines the object constraints for creating a PassthroughVCLTPobject:

• The associated E1T1Port, E3T3Port, STM1OC3Port, or IMAGroup (referenced inPassthroughVCLTP::backhaulPort) must already exist

• The vpi/vci pair in the PassthroughVCLTP::backhaulPort must be unique fromthose used in VCL arrays in any IubInterface object(s) useing the same E1T1Port,E3T3Port, STM1OC3Port or IMAGroup as the bachaulPort

• If PassthroughVCLTP::backhaulPort references an E1T1Port, this E1T1Port mustnot be referenced by an IMAGroup MOI as in attribute IMAGroup.iMAE1T1Links

• The value of atmclass must not equal abr

• If atmClass equals vbrRt or vbrNrt the value of PassthroughVCLTP::peakcellratemust be greater than or equal to the value of sustainedcellrate. The value ofsustainedCellRate must be greater than 150cells/second

• If atmClass equals ubr the value of PassthroughVCLTP::peakCellRate must begreater than or equal to the value of minCellRate

• If atmClass equals ubr the value of PassthroughVCLTP::peakCellRate must begreater than 150 cells/second

• If atmClass equals ubr the value of PassthroughVCLTP::minCellRate must begreater than 150 cells/second.

The PassthroughVCLTP object must be locked before it can be deleted.

Attributes

The following attributes apply to the PassthroughVCLTP object and are availablethrough the GUI and CLI.


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aal2


No default


locked


shuttingDown

Default: locked


(ATM class) vbrRt

vbrNrt

ubr

abr

No default


inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

Default: offLine

backhaulPort

(Backhaul Port)

yes (RO-SC) The distinguished name(DN) of the backhaul portwhich is associated with thisPassthroughVCLTP object.


No default

NodeB object descriptions PassthroughVCLTP

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maxBurstSize




No default

minCellRate

(Minimum cell rate)



No default


enabled


Default: disabled

peakCellRate

(Peak cell rate)



No default

sustainedCellRate




No default

userLabel

(User label)


Any valid string.



vci

(Virtual channel identifier)

yes (RO-SC) This attribute defines thevirtual channel identifier(VCI) for thePassthroughVCLTP object.


No default

vpi

(Virtual path identifier)

yes (RO-SC) This attribute defines thevirtual path identifier (VPI)for the PassthroughVCLTPobject.


No default

NodeB object descriptions PassthroughVCLTP

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QoS...................................................................................................................................................................................................................................

Full name

Quality of service

Description

This object represents a logical object that defines Quality of Service (QoS) attributesfor Virtual Channel Connections (VCLs).

Common attributes


See“QoS” (p. A-6) in Appendix A, “Common attributes”for details.


You can create and modify this object.

The following list outlines the object constraints for deleting a QoS object.

• The QoS object instance only is allowed to be deleted if attributerefList isempty.

Attributes

The following attributes apply to the QoS object and are available through the GUIand CLI.



aal2


No default


locked


shuttingDown

Default: unlocked



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(ATM class) vbrRt

vbrNrt

ubr

abr

No default


inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

Default: offLine

maxBurstSize




No default


(CPS Packet Size)

yes (RO-SC) This parameter defines themaximum size of an AAL2CPS-Packet payload.


Default = 64

minCellRate

(Minimum cell rate)



No default


enabled


Default: disabled

NodeB object descriptions QoS

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peakCellRate

(Peak cell rate)



No default

refList

(Reference list)

no (RO) The Distinguished Names(DNs) of the objects thatreference this ATMquality-of-service object.



No default

sustainedCellRate




No default

userLabel

(User label)


Any valid string.



NodeB object descriptions QoS

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Radio...................................................................................................................................................................................................................................

Full name

Radio

Description

This object represents the physical UMTS CDMA Radio (UCR) component of theNode B.

In the downlink direction, the UCR receives the signals from the UTRA Channel Units(UCUs) and converts them to modulated RF signals. In the uplink direction, the UCRdetects and demodulates the receive RF signals, and sends the digital data to thechannel units.



The following list outlines the object constraints for creating a Radio object.

• At least one Common Timing Unit (CTU) object instance must exist

• At least one associated RxAmp objectassociatedRxAmps must be provided, and itmust already exist. If two RxAmp objects are provided, both must already exist.The value pairs of the Relative Distinguished Names (RDNs) of the parent Filterobject of the two associated RxAmp objects must be 1, 2 or 3, 4 or 5, 6.

• The RxAmps listed inassociatedRxAmps may not be referenced in any otherexisting Radio object.

• At least one associated TxAmp objectassociatedTxAmps must be provided, and itmust already exist. If two TxAmp objects are provided, these rules apply:

– nodeBType must not be “indoorHybrid”

– Both TxAmps must already exist

– Both txAmpType attributes must be identical

– Both txAmpType attributes must not be “p1PAM1900”

– The value pairs of the RDNs of these two associated TxAmps must be 1, 2 or3, 4 or 5, 6 fornodeBType = “compact” and 1, 2 or 5, 6 or 9, 10 for any othervalue ofnodeBType.

• The TxAmps listed inassociatedTxAmps may not be referenced in any otherexisting Radio object.

• TxAmps and Filters are fixed assigned to a sector and dependent on the value ofattributenodeBType. Only certain combinations of value pairs of the RDNs of theFilters which are the parents of the RxAmps identified by the attributeassociatedRxAmps, and the values of the attributeassociatedTxAmp are allowed.


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If nodeBType is “indoorFull”, “integrated”, “modcell”, or “futureType” these rulesapply:

– If RDN (associatedRxAmps) = 1 and/or 2 thenassociatedTxAmp must be 1 or1 + 2


– If RDN (associatedRxAmps) = 5 and/or 6 thenassociatedTxAmp must be 9 or9 + 10.

If nodeBType is “compact” these rules apply:



– If RDN (associatedRxAmps) = 5 and/or 6 thenassociatedTxAmp must be 5 or5 + 6.

If nodeBType is “indoorHybrid” these rules apply:

– If RDN (associatedRxAmps) = 1 and/or 2 thenassociatedTxAmp must be 1

– If RDN (associatedRxAmps) = 3 and/or 4 thenassociatedTxAmp must be 2

– If RDN (associatedRxAmps) = 5 and/or 6 thenassociatedTxAmp must be 3.


The following list outlines the object constraints for deleting a Radio object.

• All associated Cell objects must be deleted first (associatedCell must be empty).

Attributes

The following attributes apply to the Radio object and are available through the GUIand CLI.



locked


shuttingDown

Default: locked

apparatusCode

(Apparatus code)


0 through 50

Default = N/A

NodeB object descriptions Radio

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artMaster

(Art master)


0 through 50

Default = N/A

associatedCell

(Associated cell)

no (RO) The Distinguished Name(DN) of the cell object thatis associated with this radio.


No default

associatedRxAmps

(Associated receiveamplifiers)

no (RO) The Distinguished Name(DN) of the RxAmp objectthat is associated with thisradio. For receive diversityan association with twoRxAmps is needed.



No default

associatedTxAmps

(Associated transmitamplifiers)

no (RO) The Distinguished Name(DN) of the TxAmp objectthat is associated with thisradio.



No default


inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

Default: offLine

bootSoftwareVersion



0 through 100

Default = N/A

clei



0 through 50

Default = N/A


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detectedRadioHardware-Model

no (RO) The radio hardware modelthat is physically present inthe NodeB.

unknownRadioHard-wareModel

(Detected radio model) uCR_BAND_V

uCR_BAND_II

uCR_BAND_I

mCR_BAND_V

mCR_BAND_II

mCR_BAND_I

mCR_BAND_IX

mCR_BAND_VIII

mCR_BAND_IV

mCR_BAND_X

Default:unknownRadioHard-wareModel

eci



0 through 50

Default = N/A

expectedRadioHardware-Model

yes(RW-LO)

The radio hardware modelthe operator expects to beinstalled.

unknownRadioHard-wareModel

(Expected radio model) uCR_BAND_V

uCR_BAND_II

uCR_BAND_I

mCR_BAND_V

mCR_BAND_II

mCR_BAND_I

mCR_BAND_IX

mCR_BAND_VIII

mCR_BAND_IV

mCR_BAND_X

Default:unknownRadioHard-wareModel


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firmwareVersion

(Firmware version)


0 through 100

Default = N/A

inventoryUnitId



Any valid string.



inventoryUnitType



0 through 52

Default = Hardware

miscellaneous

(Miscellaneous)


0 through 50

Default = N/A


enabled


Default: disabled

serialNumber

(Serial number)


0 through 50

Default = N/A

series

(Series)


0 through 50

Default = N/A

shelfNumber

(Shelf number)



Default = 1

slotNumber

(Slot number)



Default = 0

supportedRFpath

(supported Radio Frequencypath)

no (RO) This read only attributeuniquely identifies the RFpath the radio is able tosupport.

See“Structure ofRadio values”(p. 3-118).



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unitNumber

(Unit number)



Default = 0

userLabel

(User label)


Any valid string.



vendorName

(Vendor name)


0 through 52





0 through 50

Default = N/A




Default = N/A

Structure of Radio values

The following table describes the value format used for the Radio object attribute.


supportedRFpath sectorID 0 through 3 step size=1


supportedRFpath frequencyBand bAND_V

bAND_IX

bAND_II

bAND_I

bAND_VIII

bAND_IV

bAND_X


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RETActuator...................................................................................................................................................................................................................................

Full name

Remote electrical tilt actuator

Description

This class models the physical antenna tilt actuators.


Hierarchical location of the RETActuator object:



Attributes

The following attributes apply to the RETActuator object and are available through theGUI and CLI.



locked


shuttingDown

Default: unlocked

antennaGroup no (RO) This attribute displays thetype of the antenna which istilted by this instance of theRETActuator.

txMain

(Antenna group) txDiv

rxMain

rxDiv

tRxMain

NodeB

RETActuator


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tRxDiv

tRxMainRxDiv

tRxMainTRxDiv

Default: txMain

apparatusCode

(Apparatus code)


0 through 50

Default = N/A

artMaster

(Art master)


0 through 50

Default = N/A

associatedCell

(Associated cell)



No default


inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

Default: offLine

bootSoftwareVersion



0 through 100

Default = N/A

clei



0 through 50

Default = N/A

currentElectricalTilt

(Current electrical tilt)

no (RO) This attribute displays thecurrent electrical tilt settingfor this actuator.


Default = -90.0

NodeB object descriptions RETActuator

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eci



0 through 50

Default = N/A

firmwareVersion

(Firmware version)


0 through 100

Default = N/A

inventoryUnitId



Any valid string.



inventoryUnitType



0 through 52

Default = Hardware

maximumElectricalTilt

(Maximum electrical tilt)

no (RO) This attribute displays themaximum electrical tiltsupported by this actuator.


Default = -90.0

mechanicalTilt

(Mechanical tilt)

no (RO) This attribute displays themechanical tilt of thisactuator.


Default = -90.0

minimumElectricalTilt

(Minimum electrical tilt)

no (RO) This attribute displays theminimum electrical tiltsupported by this actuator.


Default = -90.0

miscellaneous

(Miscellaneous)


0 through 50

Default = N/A


enabled


Default: disabled

sectorNumber

(Sector number)

no (RO) The sector number of thiscell (or of thissector-carrier).


Default = 1


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serialNumber

(Serial number)


0 through 50

Default = N/A

series

(Series)


0 through 50

Default = N/A

shelfNumber

(Shelf number)



Default = 1

slotNumber

(Slot number)



Default = 0

unitNumber

(Unit number)



Default = 0

userLabel

(User label)


Any valid string.



vendorName

(Vendor name)


0 through 52





0 through 50

Default = N/A




Default = N/A


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RFHead...................................................................................................................................................................................................................................

Full name

RFHead

Description

The RFHead object represents the RF Head, a piece of equipment external to theNodeB. The purpose of the RF Head is to provide the RF resources in a locationremote from the base station.

The RF Head module includes a Filter, Rx/TxAmp, and Radio, and is connected to theNodeB via an optical link. It is a single, field replaceable, unit which can only bereplaced as a whole and is modeled as a single MO.


Hierarchical location of the RFHead object:



Attributes

The following attributes apply to the RFHead object and are available through the GUIand CLI.



locked


shuttingDown

Default: unlocked

apparatusCode

(Apparatus code)


0 through 50

Default = N/A

NodeB

RFHead


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artMaster

(Art master)


0 through 50

Default = N/A

associatedCell

(Associated cell)



No default

associatedCPRIPort

(Common Public RadioInterface port)

no (RO) This read only attributestores the distinguishedname (DN) of the associatedCPRIPort.


No default


inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

Default: offLine

bootSoftwareVersion



0 through 100

Default = N/A

clei



0 through 50

Default = N/A

detectedRFHeadHardware-Model

no (RO) This read only parameterindicates the installed RFHead hardware type detectedby the NodeB.

unknownRFHeadHard-wareModel

(Detected RF Head) internal_BAND_I

external_BAND_I

internal_BAND_II

NodeB object descriptions RFHead

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external_BAND_II

internal_BAND_V

external_BAND_V

internal_BAND_VIII

external_BAND_VIII

internal_BAND_IV

external_BAND_IV

internal_BAND_X

external_BAND_X

internal_BAND_IX

external_BAND_IX

Default:unknownRFHeadHard-wareModel

eci



0 through 50

Default = N/A

externalAlarms

(External alarms)



See“Structure ofRFHead values”(p. 3-128).


firmwareVersion

(Firmware version)


0 through 100

Default = N/A

inventoryUnitId



Any valid string.




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inventoryUnitType



0 through 52

Default = Hardware

miscellaneous

(Miscellaneous)


0 through 50

Default = N/A


enabled


Default: disabled

portConnectivity

(Port connectivity)

no (RO) This read only attributedefines the position of anRFHead in a daisy chain.




rFPowerLevel

(Maximum transmit power)

no (RO) This read only attributestores the maximum transmitpower supported by this RFHead.


Default = 0.0

rxDiversityEnabled no (RO) Controls whether this radioshall use itsreceive-diversity capability.

enabled

(Receive diversity enabled) disabled

Default: enabled

rxMode no (RO) This parameter indicateshow the RF Head Rxantenna connections areconfigured.

duplex

(Receive antenna mode) simplex

replicate

Default: duplex


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rxVSWRPeriodicity

(Receive RF VSWR)

no (RW) This parameter indicates theperiodicity of the receive RFVSWR antenna testingperformed on the RF Head.A value of 0 will disablereceived RF VSWR antennatesting on the RF Head.


Default = 2

rxVSWRThresholdAntenna1

(Receive VSWR RF antenna1)

no (RW) This parameter provides thethreshold for the receiveVSWR RF antenna test thatthe RF Head will use. If thisthreshold is violated analarm will be sent indicatingthat there is a potentialproblem on the receive pathin the RF Head associatedwith antenna 1.


Default = 10.0

rxVSWRThresholdAntenna2

(Receive VSWR thresholdantenna 2)

no (RW) This parameter provides thethreshold for the receiveVSWR RF antenna test thatthe RF Head will use. If thisthreshold is violated analarm will be sent indicatingthat there is a potentialproblem on the receive pathin the RF Head associatedwith antenna 2.


Default = 10.0

serialNumber

(Serial number)


0 through 50

Default = N/A

series

(Series)


0 through 50

Default = N/A

shelfNumber

(Shelf number)



Default = 1

slotNumber

(Slot number)



Default = 0


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supportedRFPath

(supported Radio FrequencyPath)

no (RO) This read only attributeuniquely identifies the RFpath this RF Head is able tosupport.



txPartialVSWRThreshold

(TX partial VSWRthreshold)

no (RW) This defines the currentthreshold used to generate aTx Partial VSWR Failurealarm if the measured valueis below this threshold.


Default = 10.0

txVSWRThreshold

(VSWR alarm threshold)

no (RW) This read only attributedefines the current VSWRalarm threshold for theassociated RF head.


Default = 5.0

unitNumber

(Unit number)



Default = 0

userLabel

(User label)


Any valid string.



vendorName

(Vendor name)


0 through 52





0 through 50

Default = N/A




Default = N/A

Structure of RFHead values

The following table describes the value format used for the RFHead object attribute.


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severity warning

minor

major

critical

indeterminate

cleared



airDryerFailure

batteryDischarging

batteryFailure


coolingFanFailure

enclosureDoorOpen

engineFailure

explosiveGas

excessiveVibration

fire

fireDetectorFailure

flood

fuseFailure

generatorFailure



highHumidity

highTemperature

highWind

iceBuildUp


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intrusionDetection

lowBatteryThreshold

lowCablePressure

lowFuel

lowHumidity

lowTemperature

lowWater

leakDetection



pumpFailure

rectifierFailure



smoke

toxicGas



toxicLeakDetected






close

portConnectivity portID 0 through 2147483647 step size=1

portType master

slave

connectedTo String of characters

supportedRFPath sectorID 0 through 3 step size=1


supportedRFPath frequencyBand bAND_V


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bAND_IX

bAND_II

bAND_I

bAND_VIII

bAND_IV

bAND_X


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RxAmp...................................................................................................................................................................................................................................

Full name

Receiving amplifier

Description

This object represents the Low Noise Amplifier (LNA) in the duplexer component ofthe Node B. The LNA is responsible for amplifying received RF signals.

The RxAmp, together with its parent Filter, define the receive path. In case of receivediversity, two receive paths are needed per sector. When an RxAmp has to be replaced,the whole Filter has to be replaced.



The following list outlines the object constraints for creating an RxAmp object.

• The value of attributeslotNumber must be identical to the slot number of theparent Filter object.


The following list outlines the object constraints for deleting an RxAmp object.

• Make sure that no associated ExtRxAmp exists (the Distinguished Name (DN) ofthe RxAmp to be deleted must not be contained in any of ExtRxAmpassociatedRxAmp).

• Make sure that no associated Radio exists (RxAmpassociatedRadio must beempty).

Attributes

The following attributes apply to the RxAmp object and are available through the GUIand CLI.



locked


shuttingDown

Default: unlocked


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apparatusCode

(Apparatus code)


0 through 50

Default = N/A

artMaster

(Art master)


0 through 50

Default = N/A

associatedRadio

(Associated radio)

no (RO) The Distinguished Name(DN) of the radio that isassociated with this filter.



No default


inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

Default: offLine

bootSoftwareVersion



0 through 100

Default = N/A

clei



0 through 50

Default = N/A

eci



0 through 50

Default = N/A

firmwareVersion

(Firmware version)


0 through 100

Default = N/A

NodeB object descriptions RxAmp

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inventoryUnitId



Any valid string.



inventoryUnitType



0 through 52

Default = Hardware

manRxAttenuation

(Manual Rx Attenuation)

no (RW) This attribute defines the Rxattenuation value ifNodeb.rPGAdjustmentModeis ″manual″.


Default = 4.0

miscellaneous

(Miscellaneous)


0 through 50

Default = N/A


enabled


Default: disabled

ownRxFilterPanelAttenuator

(Receive Filter PanelAttenuator)

no (RO) This stores the configuredvalues, set by the NodeBOAM application, to adjustthe required receive pathgain for one of the receivepaths of the related cell.

See“Structure ofRxAmp values”(p. 3-135).

Default = {j4,

highGain,

5.0}

serialNumber

(Serial number)


0 through 50

Default = N/A

series

(Series)


0 through 50

Default = N/A

shelfNumber

(Shelf number)



Default = 3


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slotNumber

(Slot number)



Default = 0

unitNumber

(Unit number)



Default = 0

usedRPG

(Used Receive Path Gain)

no (RO) This stores the Receive PathGain which is used by thecell.


Default = 0.0

userLabel

(User label)


Any valid string.



vendorName

(Vendor name)


0 through 52





0 through 50

Default = N/A




Default = N/A

Structure of RxAmp values

The following table describes the value format used for the RxAmp object attribute.


ownRxFilterPanelAt-tenuator

rxFPPortID j4

j5

j6


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j24

j25

j26

gainMode highGain

lowGain

attenuation 0.0 through 20.0 step size=0.1


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STM1OC3Port...................................................................................................................................................................................................................................

Full name

STM1OC3Port

Description

This object models an STM-1/OC3 port terminated on the TIM card on a URC-II. Itprovides an STM-1/OC3 backhaul interface. There can be 1 STM-1 or OC3 port perURC-II.


Hierarchical location of the STM1OC3Port object:




• There must be no instances of E1T1Port, IMAGroup or STM1OC3Port objects

• The URC object must exist, and the URC::expectedURCHardwareModel must beuRCII-E3T3

• If the attribute expectedURCHardwareMmodel of the parent URC object does notequal″uRCII-E3T3″ an E3T3Port MOI must not be created under this parent URC

• No references to this E3T3Port object must exist in VCL data in attributes ofIuBInterface objects.

Attributes

The following attributes apply to the STM1OC3Port object and are available throughthe GUI and CLI.

NodeB

IubInterface

DigitalShelf

URC

S M1OCT 3Port


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locked


shuttingDown

Default: unlocked


inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

Default: offLine

bearerType no (RO) This read-only parameterindicates what type ofBearer is represented by thisSTM1OC3 port.

stm_1

(Bearer type) oc_3

stm_1j

undefined

Default: stm_1


enabled


Default: disabled

NodeB object descriptions STM1OC3Port

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userLabel

(User label)


Any valid string.



NodeB object descriptions STM1OC3Port

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TDU...................................................................................................................................................................................................................................

Full name

Test and diagnostics unit

Description

This object represents the Test and Diagnostics Unit (TDU) component of the Node Bfilter shelf.

The TDU performs radio frequency tests on all the physical antennas (transmit andreceive antenna tests) and also performs predistortion measurements needed for gainingpower stability.



The following list outlines the object constraints for creating a TDU object.

• At least one Common Timing Unit (CTU) object must exist.


• The value of attributeslotNumber shall be set according to the following mappingrules:

– For TDU with RDN = 1 thenslotNumber = 7

– For TDU with RDN = 2 thenslotNumber = 8.

Attributes

The following attributes apply to the TDU object and are available through the GUIand CLI.



locked


shuttingDown

Default: locked

apparatusCode

(Apparatus code)


0 through 50

Default = N/A


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artMaster

(Art master)


0 through 50

Default = N/A


inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

Default: offLine

bootSoftwareVersion



0 through 100

Default = N/A

clei



0 through 50

Default = N/A

eci



0 through 50

Default = N/A

firmwareVersion

(Firmware version)


0 through 100

Default = N/A

inventoryUnitId



Any valid string.



NodeB object descriptions TDU

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inventoryUnitType



0 through 52

Default = Hardware

miscellaneous

(Miscellaneous)


0 through 50

Default = N/A


enabled


Default: disabled

serialNumber

(Serial number)


0 through 50

Default = N/A

series

(Series)


0 through 50

Default = N/A

shelfNumber

(Shelf number)



Default = 3

slotNumber

(Slot number)



Default = 0

unitNumber

(Unit number)



Default = 0

userLabel

(User label)


Any valid string.



vendorName

(Vendor name)


0 through 52



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0 through 50

Default = N/A




Default = N/A


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TxAmp...................................................................................................................................................................................................................................

Full name

Transmit amplifier

Description

This object represents the Linear Amplifier Module (LAM) component of the Node B.The LAM amplifies the low-power level modulated radio frequency signals generatedby the radio to get high power level signals which are passed to the filter.

Each antenna requires an amplifier which may be constructed of one or two TxAmps,depending on the maximum needed output power.



The following list outlines the object constraints for creating a TxAmp object.

• If nodeBType is “indoorFull”, “integrated”, “modcell”, or “futureType” the value ofthe RDN of the TxAmp must be 1, 2, 5, 6, 9 or 10.

• If nodeBType is “indoorHybrid” the value of the RDN of the TxAmp must be inthe range 1 to 3.

• If nodeBType is “compact” the value of the RDN of the TxAmp must be in therange 1 to 6.


• The TxAmp is fix assigned to a sector, dependent on the RDN and the value ofattributenodeBType.If nodeBType is “indoorFull”, “integrated”, “modcell”, or “futureType” these rulesapply:

– For TxAmp with RDN = 1 or RDN = 2 setsector to 1


– For TxAmp with RDN = 9 or RDN = 10 setsector to 3.If nodeBType is “compact” these rules apply:



– For TxAmp with RDN = 5 or RDN = 6 setsector to 3.If nodeBType is “indoorHybrid” these rules apply:

– For TxAmp with RDN = 1 setsector to 1

– For TxAmp with RDN = 2 setsector to 2

– For TxAmp with RDN = 3 setsector to 3.


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• The value of attributeshelfNumber shall be derived from the parent shelf(AmplifierShelf shelfNumber).

• The value of attributeslotNumber shall be set to the value of the RDN of thecreated TxAmp.

The following list outlines the object constraints for deleting a TxAmp object.

• Make sure that no associated Radio object exists (controllingRadio must beempty).

Attributes

The following attributes apply to the TxAmp object and are available through the GUIand CLI.



locked


shuttingDown

Default: locked

apparatusCode

(Apparatus code)


0 through 50

Default = N/A

artMaster

(Art master)


0 through 50

Default = N/A

associatedFilter

(Associated filter)

no (RO) This attribute stores theDistinguished Name (DN) ofthe filter that is associatedwith this TxAmp.


No default


inTest


powerOff

offLine

offDuty

dependency

NodeB object descriptions TxAmp

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degraded

notInstalled

logFull

Default: offLine

bootSoftwareVersion



0 through 100

Default = N/A

clei



0 through 50

Default = N/A

controllingRadio

(Controlling radio)

no (RO) The Distinguished Name(DN) of the radio that isassociated with this TxAmpobject.


No default

detectedPowerCapability

(Detected maximumamlpifier power)

no (RO) The maximum power (inWatts) that this transmitteramplifier can support.

0.0 through 100.0

Default = 0.0

detectedTxAmpHardware-Model

no (RO) The transmitter amplifierhardware type as it isreported by the NodeB.

unknownTxAmpHard-wareModel

(Detected transmitteramplifier)

iLAM_BAND_I

pkLAM_BAND_II

p1PAM_BAND_II

p2PAM_BAND_II

c2PAM_BAND_V

mCPA

rFoF

kdLAM_BAND_IX

iPAM_BAND_I

d1PAM_BAND_IX

g2PAM_BAND_VIII

i3PAM_BAND_I_IV_X


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Default:unknownTxAmpHard-wareModel

eci



0 through 50

Default = N/A

expectedTxAmpHardware-Model

yes (RO-SC) The transmitter amplifierhardware model the operatorexpects to be installed.

unknownTxAmpHard-wareModel

(Expected transmitteramplifier)

iLAM_BAND_I

pkLAM_BAND_II

p1PAM_BAND_II

p2PAM_BAND_II

c2PAM_BAND_V

mCPA

rFoF

kdLAM_BAND_IX

iPAM_BAND_I

d1PAM_BAND_IX

g2PAM_BAND_VIII

i3PAM_BAND_I_IV_X

Default:unknownTxAmpHard-wareModel

firmwareVersion

(Firmware version)


0 through 100

Default = N/A

inventoryUnitId



Any valid string.




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inventoryUnitType



0 through 52

Default = Hardware

miscellaneous

(Miscellaneous)


0 through 50

Default = N/A


enabled


Default: disabled

powerUtilisation

(Transmit amplifiermaximium power)

yes (RO-SC) The percentage of themaximium power that thisTxAmp can support, whichis assigned to this NodeB.

1.0 through 100.0

Default = 100.0

radioUnitNr

(Radio unit numberr)

yes (RO-SC) This attribute is used to findthe associated Radioinstance by mapping thevalue to the RDN of theRadio.


No default

sector

(Sector)

no (RO) The number of the sectorthat is covered by this radio.


Default = 0

serialNumber

(Serial number)


0 through 50

Default = N/A

series

(Series)


0 through 50

Default = N/A

shelfNumber

(Shelf number)



Default = 2

slotNumber

(Slot number)



Default = 0

unitNumber

(Unit number)



Default = 0


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userLabel

(User label)


Any valid string.



vendorName

(Vendor name)


0 through 52





0 through 50

Default = N/A




Default = N/A


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UCU...................................................................................................................................................................................................................................

Full name

UMTS channel unit

Description

This object represents the UMTS Channel Unit (UCU) component in the Node Bdigital shelf.

The UCU performs baseband signal processing and connects in the uplink direction tothe Universal Radio Controller (URC) and in the downlink direction to the UMTSCDMA Radio (UCR). The UCR converts the received signals from the UCU tomodulated RF signals.



The following list outlines the object constraints for creating a UCU object.

• If nodeBType is “indoorHybrid” or “compact”, the RDN of the UCU must be in therange 1 to 4.

• There must be at least one Common Timing Unit (CTU) object.


• If nodeBType is “indoorFull”, “integrated”, “modcell”, or “futureType” the value ofthe attributeslotNumber shall be set according to the following mapping rules:

– For UCU with RDN = 1 thenslotNumber = 5











– For UCU with RDN = 12 thenslotNumber = 24.

• If nodeBType is “indoorHybrid” or “compact” the value of the attributeslotNumber shall be set to the value of the RDN of the created UCU + 3.


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Attributes

The following attributes apply to the UCU object and are available through the GUIand CLI.



locked


shuttingDown

Default: locked

apparatusCode

(Apparatus code)


0 through 50

Default = N/A

artMaster

(Art master)


0 through 50

Default = N/A


inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

Default: offLine

bootSoftwareVersion



0 through 100

Default = N/A

clei



0 through 50

Default = N/A

NodeB object descriptions UCU

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detectedUCUHardware-Model

no (RO) This read only parameterindicates the installed UCUhardware type detected bythe NodeB.

unknownUCUHard-wareModel

(UCU hardware type) uCU_II

uCU_III_H

uCU_III_R

uCU_III_E

Default:unknownUCUHard-wareModel

eci



0 through 50

Default = N/A

firmwareVersion

(Firmware version)


0 through 100

Default = N/A

inventoryUnitId



Any valid string.



inventoryUnitType



0 through 52

Default = Hardware

miscellaneous

(Miscellaneous)


0 through 50

Default = N/A


enabled


Default: disabled

serialNumber

(Serial number)


0 through 50

Default = N/A


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series

(Series)


0 through 50

Default = N/A

shelfNumber

(Shelf number)



Default = 1

slotNumber

(Slot number)



Default = 0

unitNumber

(Unit number)



Default = 0

userLabel

(User label)


Any valid string.



vendorName

(Vendor name)


0 through 52





0 through 50

Default = N/A




Default = N/A


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URC...................................................................................................................................................................................................................................

Full name

Universal radio controller

Description

This object represents the Universal Radio Controller (URC) component in the Node Bdigital shelf.

The main functions of the URC card are hardware maintenance (including alarmprocessing), software configuration management (including image upgrades),performance measurement control, resource administration, traffic routing, and radiolink set-up.



The following list outlines the object constraints for creating a URC object.

• If nodeBType = “indoorFull”, “integrated”, “modcell”, or “futureType” then at leastone instance of Common Power Converter (CPC) with Relative DistinguishedName (RDN) value 1 to 4 must exist, this ensures the existence of one instance ofCPC type A.

• If nodeBType = “indoorFull”, “integrated”, “modcell”, or “futureType” then at leastone instance of CPC with RDN value 5 to 8 must exist, this ensures the existenceof one instance of CPC type B.

• If nodeBType = “indoorHybrid” or “compact” then at least one instance of CPCwith RDN value 1 to 2 must exist, this ensures the existence of one instance ofCPC type A.

• If nodeBType = “indoorHybrid” or “compact” then at least one instance of CPCwith RDN value 3 to 4 must exist, this ensures the existence of one instance ofCPC type B.


• If RDN = 1 then seturcType to “primary”, else seturcType to “auxiliary”.

The following list outlines the object constraints for deleting an URC object.

• Make sure that none of the following objects exist: IOU, CTU, OM, Filter, TxAmp,IubInterface.


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Attributes

The following attributes apply to the URC object and are available through the GUIand CLI.



locked


shuttingDown

Default: locked

apparatusCode

(Apparatus code)


0 through 50

Default = N/A

artMaster

(Art master)


0 through 50

Default = N/A


inTest


powerOff

offLine

offDuty

dependency

degraded

notInstalled

logFull

Default: offLine

bootSoftwareVersion



0 through 100

Default = N/A

clei



0 through 50

Default = N/A

NodeB object descriptions URC

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detectedURCHardwareModelno (RO) The URC hardware modelthat is physically present inthe NodeB.

unknownURCHard-wareModel

(URC hardware model) uRC

uRCi

uRCII_E1T1

uRCII_STM1

uRCII_E3T3

Default:unknownURCHard-wareModel

eci



0 through 50

Default = N/A

expectedURCHardware-Model

yes(RW-LO)

The URC hardware modelthe operator expects to beinstalled.

unknownURCHard-wareModel

(URC hardware model) uRC

uRCi

uRCII_E1T1

uRCII_STM1

uRCII_E3T3

Default:unknownURCHard-wareModel

firmwareVersion

(Firmware version)


0 through 100

Default = N/A

inventoryUnitId



Any valid string.




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inventoryUnitType



0 through 52

Default = Hardware

miscellaneous

(Miscellaneous)


0 through 50

Default = N/A


enabled


Default: disabled

serialNumber

(Serial number)


0 through 50

Default = N/A

series

(Series)


0 through 50

Default = N/A

shelfNumber

(Shelf number)



Default = 1

slotNumber

(Slot number)



Default = 0

tIMComcode

(TIM card comcode)

no (RO) Shows comcode inventoryinformation for the TIMcard which may be equippedon a URC-II.

Any valid string.




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tIMSerialNumber no (RO) Shows serial numberinventory information forthe TIM card that may beequipped on a URC-II.

Any valid string.



unitNumber

(Unit number)



Default = 0

urcType no (RO) This attributes displays thetype of the Universal RadioController (URC).

primary

(Universal radio controllertype)

auxiliary

Default: primary

userLabel

(User label)


Any valid string.



vendorName

(Vendor name)


0 through 52





0 through 50

Default = N/A




Default = N/A


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Appendix A: Common attributes

Overview...................................................................................................................................................................................................................................

Purpose

These tables detail the attributes that are common between objects of the NodeB, RNC,and OMCU Management Information Models (information models).

When these attributes are updated, the same changes must be applied to the equivalentattribute of the appropriate object.

Contents

SNM objects with common attributes A-2

RNC objects with common attributes A-4

NodeB objects with common attributes A-6

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SNM objects with common attributes...................................................................................................................................................................................................................................

ExternalGsmCell

The following table shows how attributes of this object are mapped to attributes ofother objects.

Attribute Mapping information

Informationmodel

Object Attribute

userLabel RNC GsmExtCell userLabel

ExternalUtranCell

The following table shows how attributes for this object are mapped to attributes ofother objects.


Informationmodel

Object Attribute

userLabel RNC FddExtCell userLabel

IubLink



Informationmodel

Object Attribute

userLabel NodeB IubInterface userLabel

IucsLink


Common attributes

...................................................................................................................................................................................................................................

A-2 Alcatel-Lucent - ProprietarySee notice on first page

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Informationmodel

Object Attribute

userLabel RNC IuCS userLabel

IupsLink



Informationmodel

Object Attribute

userLabel RNC IuPS userLabel

IurLink



Informationmodel

Object Attribute

userLabel RNC IuR userLabel

VccQos



Informationmodel

Object Attribute

userLabel NodeB QoS userLabel

Common attributes SNM objects with common attributes

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RNC objects with common attributes...................................................................................................................................................................................................................................

ATMQOS



Informationmodel

Object Attribute

userLabel SNM VccQos userLabel

FddExtCell



Informationmodel

Object Attribute

userLabel SNM ExternalUtranCell userLabel

GsmExtCell



Informationmodel

Object Attribute

userLabel SNM ExternalGsmCell userLabel

IuB


Common attributes

...................................................................................................................................................................................................................................


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Informationmodel

Object Attribute

userLabel SNM IubLink userLabel

IuCS



Informationmodel

Object Attribute

userLabel SNM IucsLink userLabel

IuPS



Informationmodel

Object Attribute

userLabel SNM IupsLink userLabel

IuR



Informationmodel

Object Attribute

userLabel SNM IurLink userLabel

Common attributes RNC objects with common attributes

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NodeB objects with common attributes...................................................................................................................................................................................................................................

IubInterface



Informationmodel

Object Attribute

userLabel SNM IubLink userLabel

QoS



Informationmodel

Object Attribute

userLabel SNM VccQos userLabel

Common attributes

...................................................................................................................................................................................................................................


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Glossary

....................................................................................................................................................................................................................................

Numerics

3GThird Generation

3GPPThird Generation Partnership Project

....................................................................................................................................................................................................................................

A A-InterfaceGSM interface between BSS and MSC

AALATM Adaptation Layer

ACAccess ClassAlternating Current

ACBAccess Class Barring

ACCHAssociated Control Channel

ACKAcknowledgement

AESAATM End System Address

AICHAcquisition Indicator Channel

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ALCAPAccess Link Control Application Protocol

AMRAdaptive Multi Rate

ANAccess Network

ANSIAmerican National Standards Institute. The ANSI SS7 protocol is the standard SS7signaling protocol used in the North American GSM 1900 market.

APSAutomatic Protection Switching

ARFCNAbsolute Radio Frequency Channel Number

ASCAccess Service Class

ASCIIAmerican Standard Code for Information Interchange

ATMAsynchronous Transfer Mode

AuCAuthentication Center

....................................................................................................................................................................................................................................

B B-ISDNBroadband Integrated Services Digital Network

BCCBase station Color Code

BCCHBroadcast Control Channel

BCHBroadcast Channel

BERBit Error Rate

Glossary

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BLERBlock Error Rate

BSCBase Station Controller

BSICBase Station Identity Code

BSSBase Station System

BTSBase Transceiver Station

....................................................................................................................................................................................................................................

C CACCall Admission Control

CAMELCustomized Applications for Mobile networks Enhanced Logic

CAPCAMEL Application Part

CBCell Broadcast

CCCall Control

CCCHCommon Control Channel

CCHControl Channel

CCPCommunication Control Port

CCPCHCommon Control Physical Channel

CCSCommon Channel Signaling

Glossary

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CCSS7Common Channel Signaling System No. 7. The ANSI SS7 protocol is the standard SS7protocol used in the North American market and the ITU-T SS7 protocol is used in othermarkets.

CDMACode Division Multiple Access

CFNConnection Frame Number

CGICell Global IdentityCommon Gateway Interface

CICell Identity

CICCCommon Intelligent Carrier Card

CLEICommon Language Equipment Identifier

CLICommand Line Interface

CMConfiguration Management

CMIPCommon Management Information Protocol

CMISECommon Management Information Service Element

CNCore Network

ConCCongestion Control

CORBACommon Object Request Broker Architecture

CPCCommon Power Converter

Glossary

...................................................................................................................................................................................................................................


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CPCHCommon Packet Channel

CPICHCommon Pilot Channel

cPSBCompact Packet Switching Backplane

CRNCControlling Radio Network Controller

CSCircuit Switched

CTCHCommon Traffic Channel

CTUCommon Timing Unit

....................................................................................................................................................................................................................................

D DAHODatabase Assisted Handover

DBData Base

DBCDynamic Bearer Control

DCADynamic Channel Allocation

DCCHDedicated Control Channel

DCHDedicated Channel

DHCPDynamic Host Configuration Protocol

DLDownlink

Glossary

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DNDistinguished Name. A DN is used to uniquely identify a managed object with acollection of hierarchical structured names.

DPCDestination Point Code

DPCCHDedicated Physical Control Channel

DPCHDedicated Physical Channel

DPDCHDedicated Physical Data Channel

DRNCDrift Radio Network Controller

DRNSDrift Radio Network Subsystem

DRXDiscontinuous Reception

DS-CDMADirect Sequence Code Division Multiple Access

DTCHDedicated Traffic Channel

DTXDiscontinuous Transmission

....................................................................................................................................................................................................................................

E E1Basic rate for Digital Trunks in Europe (rate 2.048 Mbps)

Ec/NoSignal to Noise Ratio

EDGEEnhanced Data Rates for GSM Evolution

EIREquipment Identity Register

Glossary

...................................................................................................................................................................................................................................


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EIRPEquivalent Isotropic Radiated Power

EMSElement Management System

ESCEthernet Switch Card

ETSIEuropean Telecommunications Standards Institute

....................................................................................................................................................................................................................................

F FACHForward Access Channel

FAUSCHFast Uplink Signaling Channel

FBPFlexent® Blade Platform

FCSFrame Check Sequence

FDDFrequency Division Duplex

FDMAFrequency Division Multiple Access

FECForward Error Correction

FERFrame Error Rate

FMFault management

FMSFlexent® Mobility Server

FMSFault management system

FNFrame Number

Glossary

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FPFrame Protocol

FRUField Replaceable Unit

FSFault Synchronization

FTAMFile Transfer Access and Management

FTPFile Transfer Protocol

FWRFlexent® Wireless Router

....................................................................................................................................................................................................................................

G GGSNGateway GPRS Support Node

GICCGateway Intelligent Carrier Card

GMSCGateway Mobile Switching Center

GMSKGaussian Minimum Shift Keying

GPRSGeneral Packet Radio System

GPSGlobal Positioning System

GSMGlobal System for Mobile Communications

GSNGPRS Support Node

GTPGPRS Tunneling Protocol

GUIGraphical User Interface

Glossary

...................................................................................................................................................................................................................................


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H HCSHierarchical Cell Structure

HLRHome Location Register

HOHandover

HSCSDHigh Speed Circuit Switched Data

HVACHeating, Ventilation, & Air Conditioning

....................................................................................................................................................................................................................................

I IDInventory Data

IFMIntegrated Fault Management

IMEIInternational Mobile Equipment Identity

IMSIInternational Mobile Subscriber Identity

IMT-2000International Mobile Telecommunications 2000

INIntelligent Network

INAPIntelligent Network Application Part

IOUInput/Output Unit

IPInternet Protocol

IPOAInternet Protocol over ATM

Glossary

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ISDNIntegrated Services Digital Network

ISOInternational Organization for Standardization

ISUPISDN User Part

ITUInternational Telecommunication Union

ITU-TInternational Telecommunication Union — Telecommunication standardization sector.The international telephone and telegraph consultative committee that develops globalstandards for communications (formerly known as CCITT).

IuInterface between the core network and the UTRAN

Iu-CSInterface between an RNC and the Circuit Switched network

Iu-PSInterface between an RNC and the Packet Switched network

IubInterface between an RNC and a Node B

IurLogical interface between two RNCs

IWUInter Working Unit

....................................................................................................................................................................................................................................

K kbpskilobits per second

....................................................................................................................................................................................................................................

L L1Layer 1 (physical layer)

L2Layer 2 (data link layer)

L3Layer 3 (network layer)

Glossary

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LALocation Area

LACLocation Area Code

LAILocation Area Identity

LANLocal Area Network

LAPDLink Access Procedure for the ISDN D-channel. An X.25 point-to-point link layerprotocol.

LAPDmLink Access Procedure for the ISDN D-channel (mobile)

LCSLocation Services

LLCLogical Link Control

LMTLocal Maintenance Terminal

LRNLocal Reference Number

LRNCLocal Radio Network Controller

LSALocalized Service Area

LTELine Transmission Equipment

LVMLogical Volume Management

....................................................................................................................................................................................................................................

M MACMedium Access Control

Glossary

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MAHOMobile Assisted Handover

MAPMobile Application Part

MbpsMegabits per second

MCCMobile Country Code

MCCMMobile Communication Configuration Management

MEMobile Equipment

MHzMegahertz

MIBManagement Information Base

MISManagement Information Server

MITManagement Information Tree

MMLMan-Machine Language

MNCMobile Network Code

MOManaged Object

MSMobile Station

MSCMobile services Switching Center

MSIDMobile Station Identifier

Glossary

...................................................................................................................................................................................................................................


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MSINMobile Station Identification Number

MSISDNMobile Subscriber International Standards Digital Network

MTBFMean Time Between Failures

MTPMessage Transfer Part

....................................................................................................................................................................................................................................

N NBAPNode B Application Part

NCCNetwork Color Code

NDCNational Destination Code

NENetwork Element

NEMNetwork Element Manager

NFMNetwork Fault Management system

NLSANeighboring List Selection Algorithm

NMCNetwork Maintenance Center

NMLNetwork Management Layer

NPNetwork Processor

NSAPNetwork Service Access Point

Glossary

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O O&MOperations and Maintenance

OAMOperations, Administration and Maintenance

OCNSOrthogonal Channel Noise Simulator

OMOscillator Module

OMCOperations and Maintenance Center

OMC-UOperations and Maintenance Center - UTRAN

OPCOriginating Point Code

OSOperations System

OSIOpen Systems Interconnection

....................................................................................................................................................................................................................................

P PADPacket Assembler/Disassembler

PCCHPaging Control Channel

PCCPCHPrimary Common Control Physical Channel

PCGPacket Charging Gateway

PCHPaging Channel

PCPCHPhysical Common Packet Channel

Glossary

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PCPCHPhysical Common Packet Channel

PDCPPacket Data Convergence Protocol

PDNPacket Data Network

PICHPaging Indication Channel

PIDPacket Identification

PLMNPublic Land Mobile Network

PMPerformance Management

PPPPoint-to-point protocol

PRACHPhysical Random Access Channel

PRNCPeer Radio Network Controller

PSPacket switched

PSPacket Switched

PSPDNPacket Switched Public Data Network

PSTNPublic Switched Telephone Network

PTMPoint to Multipoint

PTPPoint to Point

Glossary

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PVCPermanent Virtual Circuit

....................................................................................................................................................................................................................................

Q QoSQuality of Service

QPSKQuadrature (Quaternary) Phase Shift Keying

....................................................................................................................................................................................................................................

R RARouting Area

RABRadio Access Bearer

RACRouting Area Code

RACCRouting Area Color Code

RACHRandom Access Channel

RAIRouting Area Identity

RANRadio Access Network

RANAPRadio Access Network Application Part

RATRadio Access Technology

RDNRelative Distinguished Name

RFRadio Frequency

RLCRadio Link Control

Glossary

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RLCPRadio Link Control Protocol

RNCRadio Network Controller

RNSRadio Network Subsystem

RNSAPRadio Network Subsystem Application Part

RNTIRadio Network Temporary Identifier

RRARadio Resource Allocation

RRCRadio Resource Control

RRMRadio Resource Management

RSCPReceived Signal Code Power

RSSIReceived Signal Strength Indicator

RXReceive

....................................................................................................................................................................................................................................

S SACCHSlow Associated Control Channel

SACSService Area Circuit Switch

SAPService Access Point

SAPSService Area Packet Switch

SCCHSynchronization Control Channel

Glossary

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SCCPSignaling Connection Control Part

SCHSynchronization Channel

SDCCHStandalone Dedicated Control Channel

SFNSystem Frame Number

SGSNServing GPRS Support Node

SIBSystem Information Block

SIMSubscriber Identity Module

SLTMSignaling Link Test Message

SMSShort Message Service

SMS-CBSMS Cell Broadcast

SNMSub-Network Management

SNMPSimple Network Management Protocol

SRNCServing Radio Network Controller

SRNSServing Radio Network Subsystem

SRSSatellite Reference Service

SS7Signaling System No.7

Glossary

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SSCOPService Specific Connection Oriented Protocol

STCSignaling Transport Converter

....................................................................................................................................................................................................................................

T T1Basic rate for digital trunks in North America (rate 1.544 Mbps)

TCAPTransaction Capabilities Application Part

TCHTraffic Channel

TCPTransmission Control Protocol

TCP/IPTransmission Control Protocol / Internet Protocol

TDDTime Division Duplex

TDMATime Division Multiple Access

TDUTest and Diagnostics Unit

TFTransport Format

TFCTransport Format Combination

TFCITransport Format Combination Indicator

TFCSTransport Format Combination Set

TMNTelecommunications Management Network

TMSITemporary Mobile Subscriber Identity

Glossary

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TPUTraffic Processing Unit

TSSITransmitted Signal Strength Indicator

TSTDTime Switched Transmit Diversity

TXTransmit

....................................................................................................................................................................................................................................

U U-RNTIUTRAN Radio Network Temporary Identity

UARFCNUTRA Absolute Radio Frequency Channel Number

UARFNUTRA Absolute Radio Frequency Number

UCUUMTS Channel Unit

UDPUser Datagram Protocol

UEUser Equipment

UMTSUniversal Mobile Telecommunications System

UNIUser Network Interface

URAUTRAN Registration Area

URCUniversal Radio Controller

USIMUniversal Subscriber Identity Module

UTRAUniversal Terrestrial Radio Access

Glossary

...................................................................................................................................................................................................................................


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UTRANUniversal Terrestrial Radio Access Network

UuRadio interface between the UTRAN and the User Equipment

....................................................................................................................................................................................................................................

V VBRVariable Bit Rate

VCVirtual CircuitVirtual Channel

VCCVirtual Channel Connection

VCIVirtual Channel Identifier

VCLVirtual Channel Link

VHEVirtual Home Environment

VLRVisitor Location Register

VoIPVoice over IP

VPVirtual Path

VPIVirtual Path Identifier

VPNVirtual Private Network

....................................................................................................................................................................................................................................

W WAGWireless Access Gateway

WANWide Area Network

Glossary

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WAPWireless Application Protocol

WCDMAWideband Code Division Multiple Access

WDPWireless Datagram Protocol

WorkstationA desktop computer with a graphics monitor running the UNIX operating system

....................................................................................................................................................................................................................................

X X.25A CCITT (ITU-T) protocol specification covering OSI layers 1, 2, and 3.

Glossary

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Index

A AC, 2-7

AlarmHub, 3-5

AlarmHub (AlarmHub)

structure values,3-8

ALDController, 3-11

AmplifierShelf, 3-15

AmplifierShelf (Amplifiershelf)

constraints,3-15

supported actions,3-15

AmpShelfFan,3-16

AmpShelfFan (Amplifier shelffan)

constraints,3-16


ATMQOS, 2-14

common attributes,A-4

ATMQOS (Asynchronoustransfer mode quality ofservice )


ATMQOS (Asynchronoustransfer mode quality ofservice)

constraints,2-14


.............................................................

C Cabinet,2-25

constraints,2-25


Cell, 3-18

constraints,3-18


Cell (Cell)


CellSP,2-27

CICC, 2-30

CICCBPEtherPort,2-34

CICCProc,2-37

CPC, 3-22

CPC (Common powerconverter)

constraints,3-22


CPRIPort,3-26

CPRIPort (CPRIPort)


CTU, 3-30

CTU (Common timing unit)

constraints,3-30


.............................................................

D DigitalShelf, 3-35

DigitalShelf (Digital shelf)

constraints,3-35


DigitalShelfFan,3-38

DigitalShelfFan (Digital shelffan)

constraints,3-38


.............................................................

E E1T1Port,3-40

E1T1Port (E1/T1 port )


E1T1Port (E1/T1 port)

constraints,3-40


E3T3Port,3-43

EDCH, 2-43

ESC, 2-46

ESCBPEtherPort,2-53

ESCFAEtherPort,2-56

ESCProc,2-59

EthernetPort,3-46

ExtAlmBox, 2-62

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ExtAlmBox (External alarmbox )


ExtAlmBox (External alarmbox)

constraints,2-62


ExternalGsmCell,1-5


ExternalGsmCell (ExternalGSM cell)

constraints,1-5


ExternalRnc,1-9

ExternalRnc (External radionetwork controller)

constraints,1-9


Externals,1-12


ExternalUtranCell,1-13

ExternalUtranCell (ExternalUTRAN cell )



ExternalUtranCell (ExternalUTRAN cell)

constraints,1-13


ExtRxAmp, 3-48

ExtRxAmp (External receivingamplifier)

constraints,3-48


.............................................................

F FanTray,2-67

FBPShelf,2-71

FddExtCell,2-75

FddExtCell (Frequency divisionduplex external cell )



FddExtCell (Frequency divisionduplex external cell)

constraints,2-75


Filter, 3-52

constraints,3-52


FilterShelf, 3-59

FilterShelf (Filter shelf)

constraints,3-59


Frame,3-60

constraints,3-60


.............................................................

G GICC, 2-87

GICCBPEtherPort,2-91

GICCFAEtherPort,2-94

GICCPair,2-97

GICCPair (Gateway intelligentcarrier card pair)

constraints,2-97


GICCProc,2-100

GICCSTM1OC3Port,2-106

GRS, 3-61

GRS (GPS reference server )


GsmExtCell,2-109

GsmExtCell (GSM external cell)


GsmExtCell (GSM externalcell)

constraints,2-109


.............................................................

H HSDPA, 2-114

HSDPA (High speed downlinkpacket access )


.............................................................

I IMAGroup, 3-65

constraints,3-65

IntraFreqMeas,2-120

IntraFreqMeas (Intra-frequencymeasurement )


IntraFreqMeas (Intra-frequencymeasurement)

constraints,2-120


Inverse multiplexing of ATMgroup

constraints,3-65

IOU, 3-68

IOU (Input/output unit )


IOU (Input/output unit)

constraints,3-68


IPQOS,2-128

Index

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IPQOS (IP Quality of Service )


ItfBGroup, 1-25

ItfBLink, 1-26

ItfBLink (Itf-B link )


ItfRLink, 1-30

ItfRLink (Itf-R link )


ItfRLink (Itf-R link)

constraints,1-30


IuB, 2-132

IuB (Interface to Node B )



IuB (Interface to Node B)

constraints,2-132


IubInterface,3-74


IubInterface (Interface to NodeB )


IubInterface (Interface to NodeB)

constraints,3-74


IubLink, 1-33

IubLink (Iub link )



IubLink (Iub link)

constraints,1-33


IuCS, 2-138

IuCS (Interface to the circuitswitched core network )



IuCS (Interface to the circuitswitched core network)

constraints,2-138


IucsLink, 1-38

IucsLink (Iu-cs Link )



IucsLink (Iu-cs link)

constraints,1-38


IuPS, 2-146

IuPS (Interface to the packetswitched core network )



IuPS (Interface to the packetswitched core network)

constraints,2-146


IupsLink, 1-43

IupsLink (Iu-ps link )



IupsLink (Iu-ps link)

constraints,1-43


IuPSSubNet,2-153

IuPSSubNet (Interface to thepacket switched core networksubnet )


IuR, 2-157

IuR (Interface between RNCs )



IuR (Interface between RNCs)

constraints,2-157


IurLink, 1-47

IurLink (Iur link )



IurLink (Iur link)

constraints,1-47


.............................................................

L LA, 2-165

LA (Location area)

constraints,2-165


LCell, 2-168

LCell (Logical cell )


LCell (Logical cell)

constraints,2-168


LinkProfile, 1-52

LinkProfile (Link profile)

constraints,1-52


LNodeB, 2-225

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LNodeB (Logical Node B )


LNodeB (Logical Node B)

constraints,2-225


LRNC, 2-231

LRNC (Local radio networkcontroller )


LRNC (Local radio networkcontroller)

constraints,2-231


.............................................................

M Msc, 1-54

Msc (Mobile services switchingcenter)

constraints,1-54


.............................................................

N NodeB, 3-80


NodeB (Node B )


NodeB (Node B)

constraints,3-80


NodeBFunction,1-56

NodeBFunction (Node Bfunction )


NodeBFunction (Node Bfunction)

constraints,1-56


NodeBManagedElement,1-60

NodeBManagedElement (NodeB managed element)

constraints,1-60


.............................................................

O OCM, 3-99

OCNS, 2-287

OCNS (Orthogonal channelnoise simulator)

constraints,2-287


OCNSHSDPA,2-293

OM, 3-103

OM (Oscillator module)

constraints,3-103


OMCU, 1-62

OMCU (Operations andmaintenance center UTRAN)

constraints,1-62


.............................................................

P PassthroughVCLTP,3-107

PeriodCriteria,2-297

PeriodCriteria (Period criteria)

constraints,2-297


PG, 2-301

PG (Protection group)

constraints,2-301


PRACH, 2-304

PRACH (Physical randomaccess channel )


PRACH (Physical randomaccess channel)

constraints,2-304


PRNC, 2-310

PRNC (Peer radio networkcontroller)

constraints,2-310


PSU, 2-314

PSU (Power supply unit)

constraints,2-314


.............................................................

Q QoS, 3-110

QoS (Quality of service )


QoS (Quality of Service)

constraints,3-110


.............................................................

R RA, 2-318

RA (Routing area)

constraints,2-318


Radio, 3-113

constraints,3-113


Radio (Radio)


RETActuator,3-119

Index

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RF trace,2-321

RFHead,3-123

RFHead (RFHead)


RFTrace,2-321

RFTrace (Radio frequencytrace)

constraints,2-321


RNC


RncFunction,1-66

RncFunction (RNC function )


RncFunction (RNC function)

constraints,1-66


RncManagedElement,1-69

RncManagedElement (RNCmanaged element)

constraints,1-69


Rns, 1-71

Rns (Radio network subsystem)

constraints,1-71


RxAmp, 3-132

RxAmp (Receiving amplifier )


RxAmp (Receiving amplifier)

constraints,3-132


.............................................................

S SACS, 2-326

SACS (Service area circuitswitch)

constraints,2-326


SAPS,2-329

SAPS (Service area packetswitch)

constraints,2-329


SB, 2-332

SBBPEtherPort,2-340

SBClan,2-343

SBProc,2-346

SCCPCHFach,2-349

SCCPCHFach (Secondarycommon control physicalchannel forward accesschannel )


SCCPCHPch,2-355

SCCPCHPch (Secondarycommon control physicalchannel paging channel )


Sgsn,1-73

Sgsn (Serving GPRS supportnode)

constraints,1-73


SMLC, 2-361

SMLC (Serving mobile locationcenter )


SNM


SpareMOC,2-365

SS7Link, 2-367

SS7Link (Signaling system no.7link )


SS7Link (Signaling system no.7link)

constraints,2-367


SS7LinkSet,2-371

SS7LinkSet (Signaling systemno.7 link set)

constraints,2-371


SS7Stack,2-375

SS7Stack (Signaling systemno.7 protocol stack)

constraints,2-375


SS7StackInst,2-386

STM1OC3Port,3-137

SuMgr, 2-389

.............................................................

T TDU, 3-140

TDU (Test and diagnosticsunit)

constraints,3-140


TxAmp, 3-144

TxAmp (Transmit amplifier)

constraints,3-144


.............................................................

U UCU, 3-150

UCU (UMTS channel unit)

constraints,3-150


Index

...................................................................................................................................................................................................................................401-380-071R5.1Issue 0.2, May 2008


IN-5

Uni, 1-75

Uni (User network interface )


Uni (User network interface)

constraints,1-75


UNIStack, 2-393

URA, 2-398

URA (UTRAN registrationarea)

constraints,2-398


URC, 3-154

URC (Universal radiocontroller)

constraints,3-154


.............................................................

V VccDetail, 1-83

VccDetail (Virtual channelconnection detail )


VccDetail (Virtual channelconnection detail)

constraints,1-83


VccQos,1-87

VccQos (Virtual channelconnection quality of service )



VccQos (Virtual channelconnection quality of service)

constraints,1-87


Index

...................................................................................................................................................................................................................................


401-380-071R5.1Issue 0.2, May 2008

PR

EL

IMIN

AR

YP

RE

LIM

INA

RY

r5.1 UTRAN Managed Objects

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