OmniBAS (-4W / -2W) / OmniWAY-2G -...

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INTRACOM TELECOM19.7 km Markopoulou Ave., Peania, Athens, GR 19002

T +30 210 667 1000, F +30 210 667 1001http://www.intracom-telecom.com

The information contained in this document is subject to change without prior notice.

ã INTRACOM S.A. TELECOM SOLUTIONS, 2011. All rights reserved.

All copyright, intellectual and industrial rights in this document and in the technical knowledge it containsare owned by INTRACOM S.A. TELECOM SOLUTIONS and/or their respective owners.

This document is made available to the end users only for their internal use.No part of this document nor any data herein may be published, disclosed, copied, reproduced,redistributed by any form or means, electronically or mechanically, or used for any other purposewhatsoever without the prior written approval of INTRACOM S.A. TELECOM SOLUTIONS.Information as well as drawings and specifications contained in this document are subject to changewithout prior notice.

All trademarks and copyrights mentioned herein are the property of INTRACOM S.A. TELECOMSOLUTIONS and/or their respective owners.Any rights not expressly granted herein are reserved.

Printed in Greece.

Document Revision History OmniBAS (-4W / -2W) / OmniWAY-2GInstallation and Cabling Manual - Edition 2.0

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Document Revision History

Revisions · Previous Edition: 1.0· Current Edition: 2.0

Reasons ofchange

The following table lists the main changes effected in relation to the previousedition of the document:

Reason of change

· OmniBAS-4W- Modification of OmniBAS-4W power supply card and power supply

cable.- Addition of XPIC Modem Card.- Addition of Open End E1 Tributary Cable.- Addition of 75 Ω Patch Panel.

· OmniBAS-2W- Addition of Installation and Cabling Instructions.

· OmniWAY-2G- Modification of OmniWAY-2G power supply cable.

OmniBAS (-4W / -2W) / OmniWAY-2GInstallation and Cabling Manual - Edition 2.0

Document Revision History

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Equipment Disposal

Disposal of old electrical and electronic equipment (applicable throughthe European Union and other European countries with separate wastecollection systems).

This symbol, found on this product and any of its parts or on its operatinginstructions or on its packaging, indicates that electrical and electronicequipment may not be disposed of as unsorted municipal waste. Instead,this product should be handed over to applicable collection points for therecycling of electrical and electronic equipment.By ensuring the correct disposal of this product, you will help preventpotential negative consequences to the environment and human health,which could otherwise be caused by inappropriate disposal of this product.By recycling, reusing and other forms of recovery of old electrical andelectronic equipment you are making an important contribution to theconservation of natural resources and to the protection of the environment.For more information about the recycling of this product, please contact yourlocal municipal authorities, municipal waste disposal service or the storewhere you purchased this product.

Απόρριψη παλαιών ηλεκτρικών και ηλεκτρονικών συσκευών (ισχύειστην Ευρωπαϊκή Ένωση και άλλες Ευρωπαϊκές χώρες με συστήματαχωριστής συλλογής απορριμμάτων).

Το σύμβολο αυτό, που απεικονίζεται πάνω στο προϊόν και σε τυχόνεξαρτήματα του ή στο εγχειρίδιο οδηγιών του ή στη συσκευασία του, δείχνειότι οι ηλεκτρικές και ηλεκτρονικές συσκευές, μετά το πέρας της λειτουργίαςτους, δεν θα πρέπει να απορρίπτονται μαζί με τα αστικά απόβλητα. Αντίθεταθα πρέπει να παραδίδονται σε κατάλληλα σημεία συλλογής για τηνανακύκλωση των ηλεκτρικών και ηλεκτρονικών συσκευών.Διασφαλίζοντας τη σωστή απόρριψη αυτού του προϊόντος, συνεισφέρετεστην πρόληψη πιθανών αρνητικών συνεπειών στο περιβάλλον και τηνανθρώπινη υγεία, οι οποίες θα μπορούσαν να προκληθούν από την μηενδεδειγμένη απόρριψη του προϊόντος.Η ανακύκλωση, επαναχρησιμοποίηση και άλλες μορφές αξιοποίησης τωνπαλαιών ηλεκτρικών και ηλεκτρονικών συσκευών βοηθούν στη διαφύλαξητων φυσικών πόρων και στην προστασία του περιβάλλοντος.Για περισσότερες πληροφορίες σχετικά την ανακύκλωση αυτού τουπροϊόντος, παρακαλούμε επικοινωνήστε με τις τοπικές δημοτικές αρχές, τηνυπηρεσία αποκομιδής αστικών αποβλήτων ή το κατάστημα από το οποίοαγοράσατε το συγκεκριμένο προϊόν.Για περισσότερες πληροφορίες, μπορείτε να επικοινωνείτε με το ΣυλλογικόΣύστημα Εναλλακτικής Διαχείρισης Αποβλήτων Ηλεκτρικού και ΗλεκτρονικούΕξοπλισμού “Ανακύκλωση Συσκευών Α.Ε.” (www.electrocycle.gr).

http://:@www.electrocycle.gr/

Table of Contents OmniBAS (-4W / -2W) / OmniWAY-2GInstallation and Cabling Manual - Edition 2.0

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Table of Contents

1 Introduction ....................................................................................................................... 3About this Document...........................................................................................................3About OmniBAS-4W, OmniBAS-2W & OmniWAY-2G......................................................... 4Safety Precautions.............................................................................................................. 5

2 Required Tools and Materials........................................................................................... 7

2.1 Tools...................................................................................................................................7

2.2 Material List.........................................................................................................................9OmniBAS-4W...................................................................................................................... 9OmniBAS-2W....................................................................................................................15OmniWAY-2G ...................................................................................................................19

3 Before starting the Installation....................................................................................... 20

3.1 Site Prerequisites.............................................................................................................. 20

3.2 Cabling Overview.............................................................................................................. 25

3.3 Preparing the Power Cable ............................................................................................... 28

4 Mechanical Installation ................................................................................................... 31OmniBAS-4W....................................................................................................................31OmniBAS-4W Cards ......................................................................................................... 32OmniBAS-2W....................................................................................................................34OmniBAS-2W Modem....................................................................................................... 35OmniWAY-2G ...................................................................................................................36

5 Cabling Instructions........................................................................................................ 37

5.1 OmniBAS-4W....................................................................................................................37IF Tail(s) Connection......................................................................................................... 37120 Ω TDM E1 Tributary Channels Connection.................................................................39120 Ω TDM E1 Tributary Channels Connection with Open End Cable Use ....................... 41120 Ω TDM E1 Tributary Channels Connection with Patch Panel Use ..............................4375 Ω TDM E1 Tributary Channels Connection with Patch Panel Use ................................44I / O Alarms Connection .................................................................................................... 45GbE Connection................................................................................................................ 47Management Connection .................................................................................................. 48Local DC Power Source Connection .................................................................................49

5.2 OmniBAS-2W....................................................................................................................51IF Tail(s) Connection......................................................................................................... 51120 Ω TDM E1 Tributary Channels Connection.................................................................5375 Ω TDM E1 Tributary Channels Connection with Patch Panel Use ................................54I / O Alarms Connection .................................................................................................... 55GbE Connection................................................................................................................ 58FE Connection ..................................................................................................................59Management Connection .................................................................................................. 59Local DC Power Source Connection .................................................................................60

5.3 OmniWAY-2G ...................................................................................................................62GbE Connection with the OmniBAS-4W............................................................................ 62STM-1 Connection ............................................................................................................ 62


Table of Contents

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Management Connection .................................................................................................. 63I / O Alarms Connection .................................................................................................... 64Local DC Power Source Connection .................................................................................66

Appendix A – Receptacles Pin out........................................................................................ 68OmniBAS-4W....................................................................................................................68OmniBAS-2W....................................................................................................................75OmniWAY-2G ...................................................................................................................82

Chapter 1. Introduction OmniBAS (-4W / -2W) / OmniWAY-2GInstallation and Cabling Manual - Edition 2.0

3

1 Introduction

About this Document

Documentobjective

This document provides information concerning the installation and cabling ofthe following units:· OmniBAS-4W· OmniBAS-2W· OmniWAY-2G

Targetaudience

This document is addressed to technicians with knowledge and skillsconcerning the installation and cabling of indoor equipment.

Documentconventions

This document applies the following conventions:

This symbol means DANGER. The purpose of this symbol is towarn you that any wrong action can cause bodily injury or evendeath.

This symbol means CAUTION. The purpose of this symbol is toprevent you from performing an action that might result in damageof the equipment.

NOTE A note calls your attention to important supplementary information.


Chapter 1. Introduction

4

About OmniBAS-4W, OmniBAS-2W & OmniWAY-2G

OmniBAS-4W,OmniBAS-2W

OmniBAS-4W is an advanced Ethernet wireless device that constitutes themain Base Station indoor unit (IDU) of the OmniBAS microwave system.OmniBAS-4W combines industry-leading modem density as it can beequipped with up to four Modem Cards only in a 1 RU unit providing flexiblenetwork deployments and configuration agility (1+0 / 1+1 / 2+0 / 2+2 / 3+0 /4+0, FD / SD / HSB).

OmniBAS-4W

OmniBAS-2W accommodates up to two Modem Cards providing flexiblenetwork deployments and the following configurations: 1+0 / 1+1 / 2+0, FD /SD / HSB.

OmniBAS-2W

OmniBAS employs the latest microwave technologies to aggregate alllegacy ATM / TDM and Ethernet traffic and transport it toward the IP /Ethernet core networks. Thanks to Pseudo Wire (PW) functionality, thelegacy ATM / TDM traffic is converted to Ethernet packets for transportingtoward the IP / Ethernet backbone.OmniBAS-4W as well as OmniBAS-2W are 1 RU, 19² devices with fullymodular architecture and all connection receptacles accessible from thefront. Also, each unit features a high-bandwidth backplane with highaggregation capacity (4 Gbps) and advanced protection mechanisms (ODU,PSU 1, Modem Card and GbE 2).

OmniWAY-2G OmniWAY-2G is a traffic aggregation unit used with the OmniBAS system toprovide higher-order SDH interfaces (STM-1 VC-12) for network nodesrequiring such connectivity.OmniWAY-2G is a 1 RU, 19² switch aggregation unit that aggregatespacket-based traffic from up to four OmniBAS systems and forwards TDMtraffic toward the SDH network.

OmniWAY-2G

1 Only in OmniBAS-4W2 Only in OmniBAS-4W

Chapter 1. Introduction OmniBAS (-4W / -2W) / OmniWAY-2GInstallation and Cabling Manual - Edition 2.0

5

Safety Precautions

PROPER GROUNDING

Never power up the indoor equipment not yet connected to a propergrounding system.

There is risk of equipment failure and/or electrical shock.

Ensure that the indoor grounding system measures a path resistance lessthan 4 Ω.

INDOOR EQUIPMENT PROPER SWITCHING ON / OFF

Never connect or disconnect the power supply cable(s) to or from theindoor equipment when the local dc power supply source is on.

There is risk of equipment failure.

Ensure the local dc power supply source is off and then connect ordisconnect the power supply cable(s) to or from the indoor equipment.

PROTECTION FROM LIGHTNING

Never leave the IF cable coming from the Outdoor Unit withoutadequate lightning protection.

There is risk of equipment failure and/or electrical shock.

Ensure that the IF cable coming from the Outdoor Unit is properly groundedas described in the Outdoor Radio Equipment Installation Manual (GDC-001/81 manual code).

Continued on next page


Chapter 1. Introduction

6

Safety Precautions, Continued

ESD PROTECTION

Always use proper antistatic protection (i.e. grounding bracelet,antistatic bags, etc.) when handling the system cards.

Parts bearing the ESD sign (see left) have ESD sensitive exposedcomponents.

Chapter 2. Required Tools and Materials OmniBAS (-4W / -2W) / OmniWAY-2GInstallation and Cabling Manual - Edition 2.0

7

2 Required Tools and Materials

2.1 Tools

Photo Description· PH-1

· PH-3

Blade

Wire stripper

Jacket stripper

Crimping tool for 2,5 mm2 connectorcontact with the appropriate die



Chapter 2. Required Tools and Materials

8

Tools, Continued

Photo DescriptionHot-air blower

Torque wrench 0,8 – 1,13 Nm, 8 mm


9

2.2 Material List

OmniBAS-4W

The following table provides all the material required for the installation andcabling of the unit. Some items are optional and may have not been ordered.

OmniBAS-4W chassis

Item Photo Description Qtyper Site Comments

1 OmniBAS-4WChassis 1

2Power Connectorfor Power Cable

Termination2

Two poles female powerconnector.Included in the Chassispackaging.

3 Set of Screwsfor Chassis Mounting 1 Included in the Chassis

packaging.

4 Set of 10 Screwsfor Modules Mounting 1 Included in the Chassis

packaging.

5Set of Brackets andScrews for Chassis

mounting1

For Chassis mountingonto the rack from themiddle of the Chassis.Included in the Chassispackaging.

6 Tie-wrapsfor Cables Fastening 1

The screw and nutincluded are forconnection of theChassis groundingcable to the Rackgrounding terminal.Included in the Chassispackaging.




10

OmniBAS-4W, Continued

OmniBAS-4W cards


Control Card(Electrical Model)

7

Control Card(Optical Model)

1

Modem Card Up to 4

8

XPIC Modem Card Up to 4



11


OmniBAS-4W cards (continued)


9 Fan Tray 1

10 Power Supply Card Up to 2

11 Interface Card 1 Optional

12 Power Dummy Plate Up to 1 Depends on the siteconfiguration.

13 Modem Dummy Plate Up to 3 Depends on the siteconfiguration.

14 Interface Dummy Plate Up to 1 Depends on the siteconfiguration.




12


OmniBAS-4W cables and ancillaries


15 Power Cable(pre-fabricated) 2

Pre-fabricated cable,2 x 2,5 mm2, stranded(blue / brown).Two poles female powerconnector to open end.Tie-wraps included.10 m length.

16 Power CableRequired

lengthprovided

2 x 2,5 mm2, stranded(blue / brown).Terminated with item 2.

17 Alarms Cable 1

7 x AWG26DIN, 7-pin, Maleto DB9, Female(for Serial Consoleconnection) andto open end(for input / output alarmsconnection).2,1 m length DIN to DB92,5 m length DIN toopen end.Included in the ControlCard packaging.

18 IF Tail Up to 4

RG223SMA-type male, R/A toN-type femaleconnector.1,5 m length.Included in the ModemCard packaging.



13


OmniBAS-4W cables and ancillaries (continued)


19 16 x E1 TributaryCable (120 Ω) 1

Optional.32 pairs x AWG26IDC 68 pin maleto open endfor 16 x Ε1 (120 Ω)provisioning.

20 16 x E1 TributaryCable (120 Ω) 1

Optional.32 pairs x AWG28IDC 68 pin maleto 16 x RJ-45 femalefor 16 x Ε1 (120 Ω)provisioning.0,8 m length.

21 Cable Manager 1

Optional.Ancillary subrack (1U)for optional use withitem 20.




14


OmniBAS-4W Patch Panels


22Patch Panel,IDC to RJ-45

1

Optional.Accommodates 1 x IDC68 pin female and 16 xRJ-45 femalefor 16 x Ε1 (120 Ω)provisioning. 1

23Interconnection Cable,

OmniBAS-4W toPatch Panel

Up to 2

Optional.32 pairs x AWG28IDC 68 pin maleto IDC 68 pin male.0,5 m length.Included in the PatchPanel packaging.

24Patch Panel,IDC to BNC

1

Optional.Accommodates 1 x IDC68 pin female and 32 xBNC femalefor 16 x Ε1 (75 Ω)provisioning.



1

Optional.32 pairs x AWG28IDC 68 pin maleto IDC 68 pin male.0,5 m length.

1 Items 22 & 23 as well as items 20 & 21 (item 21 is optional) are two different solutions for 16 x Ε1(120 Ω) provisioning. In the solution with items 22 & 23, the tributaries are provided at the RJ-45receptacles of the patch panel (item 22). In the solution with items 20 & 21, the tributaries are provided atthe RJ-45 female connectors of the tributary cable (item 20).


15

OmniBAS-2W

The following table provides all the material required for the installation andcabling of the unit. Some items are optional and may have not been ordered.

OmniBAS-2W unit


OmniBAS-2W Unit(1+1) Protected configuration

1OmniBAS-2W Unit

(1+0)

1Unprotected configuration


Termination1

Two poles female powerconnector.Included in OmniBAS-2Wpackaging.

3 Set of Screwsfor Unit Mounting 1 Included in OmniBAS-2W

packaging.

4 Tie-wrapsfor Cables Fastening 1

The screw and nutincluded are forconnection of OmniBAS-2W grounding cable to therack grounding terminal.Included in OmniBAS-2Wpackaging.

5 Alarms Cable 1

15 x AWG28DB15, Maleto DB9, Female(for Serial Consoleconnection) andto open end(for input / output alarmsconnection).2,1 m length DB15 to DB92,5 m length DB15 toopen end.Included in OmniBAS-2Wpackaging.




16


OmniBAS-2W unit (continued)


6 IF Tail Up to 2

RG223SMA-type male, R/A toN-type femaleconnector.1,5 m length.Included in OmniBAS-2W packaging.

OmniBAS-2W cards

NOTEFor configuration upgrade of OmniBAS-2W from 1+0 to 1+1, you will needanother Modem Card.


7 Modem Card Up to 2 Includes the IF tail.

8 Modem Dummy Plate Up to 1 Depends on the siteconfiguration.



17


OmniBAS-2W cables





lengthprovided


11 1 x E1 Tributary Cable(120 Ω) 1

Optional.1 pair x AWG26, solidRJ-48C maleto open endfor 1 x E1 (120 Ω)provisioning.Available in two lengths:3 m & 7,5 m.




18


OmniBAS-2W Patch Panel


12Patch Panel,IDC to BNC

1

Optional.Accommodates 1 x IDC68 pin and 32 x BNCreceptaclesfor 16 x Ε1 (75 Ω)provisioning.



1

Optional.16 pairs x AWG28IDC 68 pin maleto 8 x RJ-45 plugs.0,8 m length.


19

OmniWAY-2G

The following table provides all the material required for the installation andcabling of the unit.


1 OmniWAY-2G Unit 1


Termination1

Two poles female powerconnector.Included in OmniWAY-2G packaging.

3 Set of Screwsfor Chassis Mounting 1 Included in OmniWAY-

2G packaging.

4 Alarms Cable 1

15 x AWG28Micro-D male 15to Micro-D male 15.1,8 m length.Included in OmniWAY-2G packaging.

OmniWAY-2G power cable





lengthprovided



Chapter 3. Before starting the Installation

20

3 Before starting the Installation

3.1 Site Prerequisites

Introduction This section discusses all the prerequisites that must be considered prior toinstalling the equipment.

Siteinformation

Premises information· Site details (address, contact persons, GPS and/or map co-ordinates, etc.)· Site access and storage information (means of transport, equipment

storage and lifting information, etc.)· Site location mapsNetwork planning – Site survey information· Geographical positions of the site· Rain zone· Polarization of the antennas· Height of all buildings at the installation premises· Rooftop information (height, status, access, dimensions, layout, etc.)· Information about pre-existing indoor/ outdoor equipment· Available mounting space (on the buildings’ roofs) to reserve for the

installation of the outdoor equipment

Site-specific information· Mechanical specifications of masts/ towers (type, dimensions/ diameter,

material, exterior finishing, etc.)· Location of appropriate grounding points· Location of appropriate power supply distribution points· Location of cable conduits available for routing the coaxial cables

(interconnecting the indoor with the outdoor equipment)· Location of the network port distributors· Thermal considerations and cooling requirements for the rack-mounted

equipment· Total length of the IF cables required to interconnect the indoor with the

outdoor equipment· Equipment rack occupation details


Chapter 3. Before starting the Installation OmniBAS (-4W / -2W) / OmniWAY-2GInstallation and Cabling Manual - Edition 2.0

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Site Prerequisites, Continued

Network portdistributors

Regarding the network ports (inclusive of STM-1, Ethernet, E1) provided bythe indoor equipment, suitable optical (or electrical) network port distributorsshould be available.The exact location of the network port distributors, as well as the networkports to reserve, should be known prior to installing the indoor equipment.Also, all the reserved ports on the network port distributors should bequalified and tested before realizing the network connections with the indoorequipment.

Indoorpremisesconditions

The operating conditions (temperature, humidity) at the indoor premisesshould meet the specifications given by the manufacturer of the indoorequipment.

Indoorgroundingsystem

All racks within the installation premises should be connected to a low-resistance grounding system. The metal body of the rack, into which thesubracks are to be mounted, should be connected to this grounding system.The enclosure of each subrack must be electrically connected to the rack’smetal body (via a short grounding cable) to provide protection againstharmful discharge conditions.

Outdoorgroundingsystem

A dedicated, low-resistance grounding system (typically < 3 Ω) is required.A grounding point (designated GND) should be located close to the mountingposition of the radio boxes.The box of each radio transceiver will be connected to this grounding point,via the supplied grounding cable. This will provide protection against harmfullightning conditions.

Cable conduits Appropriate cable conduits should exist for the routing of installed cables,inclusive of the coaxial IF cable(s) connecting the indoor equipment with theoutdoor transceiver boxes on the building’s roof.




22


IF cables The IF cables, connecting the indoor equipment with the outdoor equipment,should be of coaxial 50-ohm type.The maximum length of the IF cables depends on their quality and theattenuation that they impose to the carried IF signal.Typical lengths can reach 150 m, using a low-cost coaxial cable of 10,5 dB /100 m nominal attenuation at 350 MHz, or 300 m, using a low-loss coaxialcable of 5 dB / 100 m nominal attenuation at 350 MHz.

Under no circumstance should the total attenuation (imposed bythe IF cable itself) exceed 16 dB at 350 MHz.

Outdoorinstallationrequirements

· The outdoor equipment, inclusive of the radio transceiver(s) andantenna(s), should be mounted on a mast or on a tower.

· The pole, onto which the system will be mounted:- Should have 2,5” to 4” outer diameter- Should be perfectly perpendicular to allow correct alignment of the

antenna.· Each antenna should point toward the antenna of the remote station,

according to the planned co-ordinates. No obstacles should exist betweenthe antennas’ beaming lobes.



23


Power supplyrequirements

The OmniBAS (-4W / -2W) and OmniWAY-2G subracks require connectionto a DC distribution board accommodating one (in case of OmniBAS-2W andOmniWAY-2G) or two (in case of OmniBAS-4W) Magnetic Circuit Breakers(MCB, single-pole, 7 A, 80 V dc, B-curve for Telecom Applications).Power consumption and input DC voltage range are as specified by themanufacturer of the equipment.

Rackrequirements

The indoor equipment will be installed in an ETSI equipment rack.

IndoorEquipment

RackSpace

Air-flowDirection

OmniBAS-4W

OmniBAS-2W

OmniWAY-2G

1 RU

No extra space is required for cooling. Furthermore, sufficient free spaceshould be left around the rack position to allow for easy access, handling,maintenance and inspection of the installed equipment.




24


Lightningprotection

The network port distributors (optical distributors excluded) and the powersupply distributors should be equipped with the appropriate gas arresters, toprovide protection against lightning conditions.Such conditions may induce voltage peaks on the cables, and thus disturbthe operation of the indoor equipment. For this purpose, all electricaldistributors should be connected to the local grounding system to allow theinstalled gas arresters to operate.

Preparation ofthe installationpremises

Access to the installation premises must be facilitated during the installationperiod.Entrances must be large enough to enable the easy transportation of the newequipment.The floor must be level, smooth and able to bear the load of the equipment.The roof must be engineered to bear the weight of the service personnel andthe outdoor equipment.

Safety The indoor equipment premises should be of restricted access.Only trained, authorized personnel should have access to the installedequipment.Appropriate labeling should exist at points with high risk of contact withhazardous voltage.A list with emergency phone numbers (e.g. medical assistance numbers)should be hung at easy-to-view positions.Also, recommended are for safety purposes, a fire detection system and fireextinguishers (installed at easy-to-access points) inside the installationpremises.


25

3.2 Cabling Overview

OmniBAS-4W Find below a cabling overview schematic of the OmniBAS-4W:

OmniBAS-2W Find below a cabling overview schematic of the OmniBAS-2W:




26

Cabling Overview, Continued

OmniWAY-2G Find below a cabling overview schematic of the OmniWAY-2G:



27

Cabling Overview, Continued

Cablingexample

In this cabling example, one OmniWAY-2G is used for aggregating legacytraffic from two OmniBAS-4W systems. The interconnection with theOmniWAY-2G is realized through the one available GbE interface of eachOmniBAS-4W system.

Cabling DescriptionA1 Uplink working path towards legacy SDH network (through

STM-1/ VC-12 interface of the OmniWAY-2G)A2 Uplink protected path towards legacy SDH network (through

STM-1/ VC-12 interface of the OmniWAY-2G)B1 / B2 Uplink GbE connections toward the IP/MPLS network for

Ethernet trafficC1 / C2 GbE interconnections for carrying packets (associated with

legacy-only traffic) toward the OmniWAY-2G



28

3.3 Preparing the Power Cable

Info Read this paragraph if you have purchased the non-terminated power cablefor OmniBAS-4W / OmniBAS-2W / OmniWAY-2G power supply.

Only trained and qualified personnel familiar with cable terminationshould prepare the power cable.

Tools · Wire stripper· Jacket stripper· Crimping tool for 2,5 mm2 connector contact· Hot-air blower

Accessories · OmniBAS-4WMaterial List on page 9: Items 2 and 16· OmniBAS-2WMaterial List on page 15: Items 2 and 10· OmniWAY-2GMaterial List on page 19: Items 2 and 6

Procedure To prepare the cable, follow the steps below:

Step Action1 Strip the wires of the cable as shown below:

2 Cut 50 mm of heat shrink tube and pass it through:



29

Preparing the Power Cable, Continued

Procedure (continued)

Step Action3 Place the stranded wire into the connector contact. If you have

stripped the stranded wire properly, the jacket should stop at point(1) and the stranded wire at point (2):

4 Take care to place the appropriate die (for 2,5 mm2

connector contact) in the crimping tool to avoiddamage of the connector contact.

Crimp with the crimping tool. Different views of crimping are shownbelow:




30

Preparing the Power Cable, Continued

Procedure (continued)

Step Action5 Repeat steps 3 and 4 for the other stranded wire. When you finish,

the cable should resemble to the photo below:

6 Insert the stranded wires into the connector (blue to pin 1, brown topin 2). You must hear the click sound.

7 Heat the heat shrinkable tube with a hot-air blower. When you finish,the cable should resemble to the photo below:

End of procedure

Chapter 4. Mechanical Installation OmniBAS (-4W / -2W) / OmniWAY-2GInstallation and Cabling Manual - Edition 2.0

31

4 Mechanical Installation

OmniBAS-4W

Prerequisites Ensure that the installation premises is equipped with a reliable, low-impedance ground connection system.

Tools PH-3 screwdriver

Accessories Material List on page 9: Items 1 and 3

Procedure To perform the mechanical installation of the unit, follow the steps below:

Step Action1 Mount the OmniBAS-4W chassis on the rack

using the four M6 x 20 screws provided.2 To ground OmniBAS-4W, connect the loose end of the grounding

cable to the rack grounding terminal.

3 Mount the cards as described in par. “OmniBAS-4W cards” onpage 32.

NOTEThe manufacturer can provide upon request a fullyequipped chassis according to the configurationyou will specify.

End of procedure


Chapter 4. Mechanical Installation

32

OmniBAS-4W Cards

Cards slots The cards of OmniBAS-4W are installed at the following slots:

Slot Photo Card Hotswappable

F Fan Tray ü

Power Supply CardsP1, P2

Power Dummy Plate

ü

Modem CardsM1, M2,M3, M4

Modem Dummy Plate

ü

Interface CardE1

Interface Dummy Plate

Control Card(Electrical Model)

C

Control Card(Optical Model)

Accessories · Material List on page 9: Items 4, 7, 8 (up to four), 9, 10 (one or two), 11(optional)

· Grounding bracelet



33

OmniBAS-4W Cards, Continued

Cardsinstallation

To insert the cards in the OmniBAS-4W chassis, follow the steps belowtaking into consideration the following Note:

NOTEBefore proceeding to the cards installation, wear a groundingbracelet and attach it to one of the two appropriatereceptacles on the OmniBAS-4W chassis.

Step Action1 Slide each card into the appropriate pair of guides and push it in

until it connects to the backplane connector. No pair of guidesexists for the Fan Tray. Insert it inwards and then push until itconnects to the backplane connector.

NOTEEspecially for the Control Card, turn its handlesinward and then push the Card in until it connectsto the backplane connector.

NOTEIn case you don’t install a card, you shouldselect and install the appropriate dummy plate(Power dummy plate, Modem dummy plate,Interface dummy plate) for proper thermalmanagement.

2 Hand-tight the ten screws provided (item 4 of the Material List) tosecure the cards in place as shown in the following photo:

End of procedure



34

OmniBAS-2W





Step Action1 Mount the OmniBAS-2W chassis on the rack

using the four M6 x 20 screws provided.2 To ground OmniBAS-2W, connect the loose end of the grounding

cable to the rack grounding terminal.

End of procedure


35

OmniBAS-2W Modem

Introduction To upgrade the OmniBAS-2W from 1+0 to 1+1 configuration, you shouldinstall a Modem Card in the appropriate slot.

NOTE The Modem Card is hot swappable.

Accessories · Material List on page 15: Item 7· Grounding bracelet

Modeminstallation

To insert the Modem Card in the OmniBAS-2W chassis, follow the stepsbelow taking into consideration the following Note:

NOTEBefore proceeding to the card installation, wear a groundingbracelet and attach it to one of the two appropriatereceptacles on the OmniBAS-2W chassis.

Step Action1 Remove the Modem Dummy Plate and keep it in a proper place as

you may need it in the future.

NOTEThe Modem dummy plate is required in 1+0configuration for proper thermal management.

2 Slide the Modem Card into the appropriate pair of guides and pushit in until it connects to the backplane connector.

3 Hand-tight the two screws on the front panel of the Modem Card tosecure the card in place.

End of procedure



36

OmniWAY-2G





Step Action1 Mount the OmniWAY-2G chassis on the rack

using the four M6 x 20 screws provided.2 To ground the unit, connect the loose end of the grounding cable

to the rack grounding terminal.

End of procedure

Chapter 5. Cabling Instructions OmniBAS (-4W / -2W) / OmniWAY-2GInstallation and Cabling Manual - Edition 2.0

37

5 Cabling Instructions

5.1 OmniBAS-4W

IF Tail(s) Connection

Why make theconnection

You should connect the IF cable coming from the Outdoor Unit to the IF tail toprotect the ODU receptacle on the front panel of OmniBAS-4W againstmechanical damage, which might occur in case of direct connection of theheavy IF cable.

Tools Torque wrench 0,8 – 1,13 Nm, 8 mm

Accessories Material List on page 9: Item 18 x (up to 4)

Connection Never connect or disconnect an IF tail when OmniBAS-4W isON and operating!There is risk of equipment failure.First extract the Modem Card, connect or disconnect the IF tailand then re-insert the Modem Card.

To connect the IF tail(s), follow the steps below taking into consideration thefollowing Note:

NOTEArrange the cables appropriately so that the Modem Cardscan be easily inserted / extracted.

Step Action1 Fix the SMA male connector (1) onto the ODU receptacle on the

front panel of OmniBAS-4W. Use a torque wrench to tighten it(tightening torque: 0,8 - 1,13 Nm).

2 Hand tight the N-type female connector (2) onto the IF cable comingfrom the Outdoor Unit.

3 Repeat for all the IF tails that exist.



Chapter 5. Cabling Instructions

38

IF Tail(s) Connection, Continued

NOTE Optionally you can fix the N-type connector of the IF tail onto a metallicsurface through the nut and washer provided inside the IF tail packaging. Ifyou have such a metallic surface, follow the steps below:

Step Action1 Open a mounting hole on the metallic surface as in the figure

below (dimensions in mm).

2 Put the Ο-ring onto the N-type connector of the IF tail and passthe N-type connector through the metallic surface you have.

3 Put the toothed lock washer and nut onto the N-type connector asprotruding from the metallic surface.

Item Description1 O-ring2 Toothed lock washer3 Nut4 N-type connector5 Metallic surface

4 Hand tight the IF cable coming from the Outdoor Unit into the N-type connector protruding from the metallic surface.


39

120 Ω TDM E1 Tributary Channels Connection

Accessories Material List on page 9: Item 20 x 1, Item 21 x 1 (optional)

ProcedureNOTE

Arrange the cable appropriately so that the Modem Cards canbe easily inserted / extracted.

Plug the cable into the receptacle shown in the figure below. The E1 numberingis indicated through special cable marking.




40

120 Ω TDM E1 Tributary Channels Connection, Continued

Use of CableManager

You can optionally install the Cable Manager (item 21) above the OmniBAS-4W subrack for optimum arrangement of E1 tributary cables.

Detail

Detail


41

120 Ω TDM E1 Tributary Channels Connection with Open EndCable Use

Accessories Material List on page 9: Item 19 x 1

Procedure Plug the cable into the receptacle shown in the figure below and then terminatethe open ends of the cable onto the Distribution Frame according to the tablethat follows.




42

120 Ω TDM E1 Tributary Channels Connection with Open EndCable Use, Continued

Color code of the cable

GroupColor

WireColor

Signal CableConn. Pin

CableConn. Pin

Signal WireColor

GroupColor

White RXN16 1 35 TXN16 WhiteBlue RXP16 2 36 TXP16 Blue

White RXN15 3 37 TXN15 WhiteOrange RXP15 4 38 TXP15 OrangeWhite RXN14 5 39 TXN14 WhiteGreen RXP14 6 40 TXP14 GreenWhite RXN13 7 41 TXN13 WhiteBrown RXP13 8 42 TXP13 BrownRed RXN12 9 43 TXN12 RedBlue RXP12 10 44 TXP12 BlueRed RXN11 11 45 TXN11 Red

Orange RXP11 12 46 TXP11 OrangeRed RXN10 13 47 TXN10 Red

Green RXP10 14 48 TXP10 GreenRed RXN9 15 49 TXN9 Red

Brown RXP9 16 50 TXP9 Brown17 5118 52

Black RXN8 19 53 TXN8 BlackBlue RXP8 20 54 TXP8 BlueBlack RXN7 21 55 TXN7 Black

Orange RXP7 22 56 TXP7 OrangeBlack RXN6 23 57 TXN6 BlackGreen RXP6 24 58 TXP6 GreenBlack RXN5 25 59 TXN5 BlackBrown RXP5 26 60 TXP5 BrownYellow RXN4 27 61 TXN4 YellowBlue RXP4 28 62 TXP4 Blue

Yellow RXN3 29 63 TXN3 YellowOrange RXP3 30 64 TXP3 OrangeYellow RXN2 31 65 TXN2 YellowGreen RXP2 32 66 TXP2 GreenYellow RXN1 33 67 TXN1 Yellow

Blue

Brown RXP1 34 68 TXP1 Brown

Orange


43

120 Ω TDM E1 Tributary Channels Connection with PatchPanel Use

Accessories Material List on page 9: Item 22 x 1, Item 23 x 1

Procedure

NOTEArrange the cable appropriately so that the Modem Cards canbe easily inserted / extracted.

Plug the cable into the receptacles shown in the figure below:



44


Accessories Material List on page 9: Item 24 x 1, Item 25 x 1

Procedure




45

I / O Alarms Connection

Accessories Material List on page 9: Item 17

Procedure


To connect the I / O alarms, follow the steps below:

Step Action1 Connect the open end to appropriate cross-connect module

according to the chromatic code given below:

Pin Signal Wire Color

1 EXTIN1 Blue

2 RS232_TX * -

3 RS232_RX * -

4 RS232 GND * -

5 EXTIN2 Green

6 EXTOUT1 Yellow

7 EXTOUT2 Brown

Shell Shell Black

* These signals concern a Serial Console connection and areterminated onto the DB9 connector of the cable.

2 Plug the cable into the AUX receptacle shown in the figure below:




46

I / O Alarms Connection, Continued

Input alarmsconnectioncircuit

The dry-contact input alarms are internally pulled up to +3,3V. When anexternal switch is closed, the corresponding signal is “low” (alarm condition).

EXIN1

EXIN2

TOM

ICR

OPR

OC

ESS

OR

(TTL

LEVE

L)

SYSTEM

GND

(Each resistor: 10K)

+3,3V

Output alarmsconnectioncircuit

The alarms transmission circuit receives alarms in TTL form from themicroprocessor and routes them as external alarms in dry-contact form.When a “low” signal enters an optocoupler, current passes through the loadof the corresponding EXTOUT (alarm condition).

OPTOCOUPLERSEXOUT1

EXOUT2

FRO

MM

ICR

OP

RO

CES

SO

R(T

TLLE

VEL)

SYSTEMLOADS

V*

VOLTAGESOURCE

GND FL

ALARMSIGNALS

IL

* The maximum ratings for the Voltage Source are either:DC: V=100VDC / IL=80mADC (polarity is insignificant)

The loads can be indicator lamps, relays’ coils, buzzers, etc.


47

GbE Connection

Electrical GbEconnectioncharacteristics

Type of cable CAT6 or better, UTP,4 pairs x AWG26 / AWG24

Cable termination (moduleside)

RJ-45 plug

Cable terminated on ETH 100/1000 1, 2 receptacles on themodule front panel

Cable maximum length 100 m

Optical GbEconnectioncharacteristics

Optical ETH 100/1000 1, 2 receptacles on the module front panel: IEEE 802.3z,1000Base-X (SFP MSA mechanics)



48

Management Connection

Info You should connect the Network Management System (SNMP) either to theNMS 10/100 1 or the NMS 10/100 2 receptacle for outband managementconnection.

Connectioncharacteristics Type of cable CAT5 or better, UTP, 4 pairs x AWG26


RJ-45 plug

Cable terminated on NMS 10/100 1 or 2 receptacles on themodule front panel



49

Local DC Power Source Connection

Prerequisites The following are recommended:· The power at the input of OmniBAS-4W must be in the range

–40 V dc to –60 V dc.· The positive pole of the power supply source at OmniBAS-4W station

must be grounded.

Safety requirements require a single pole circuit-breaker to beemployed between the local dc power supply source and eachpower supply of OmniBAS-4W. The circuit-breaker must disconnectthe -V pole of the power supply.

Before plugging or unplugging any cable into OmniBAS-4W,you must set the circuit breaker(s) to OFF!

No Description1 Power Cable2 Single pole Circuit Breaker (MCB), 7 A, 80 V dc, B-curve

for Telecom Applications3 Local DC Power Distributor




50

Local DC Power Source Connection, Continued

Accessories You can use one of the following:· Item 15 from Material List on page 9.· Power cable prepared as on page 28.

Procedure To connect the power supply, proceed as follows:

Step Action1 Switch-off the local dc power supply source.2 Switch-off the circuit breaker connected between the OmniBAS-4W

and the local dc power supply source.3 Connect the power supply cable(s) to the local dc power supply

source (Brown wire: +V, blue wire: -V).4 Plug the power supply cable(s) into the power supply receptacle(s)

on the front panel of the OmniBAS-4W without applying force. Takeinto consideration the following Caution:

The cable can be inserted only in one direction.The application of force during the insertion ofthe cable might cause damage to theequipment.

If you want to disconnect the power supplycable, push downwards the metallic secure lockon the upper part of the connector anddisconnect.

End of procedure


51

5.2 OmniBAS-2W

IF Tail(s) Connection

Why make theconnection

You should connect the IF cable coming from the Outdoor Unit to the IF tail toprotect the ODU receptacle on the front panel of OmniBAS-2W againstmechanical damage, which might occur in case of direct connection of theheavy IF cable.

Tools Torque wrench 0,8 – 1,13 Nm, 8 mm

Accessories Material List on page 15 : Item 6 x (up to 2)

Connection Never connect or disconnect an IF tail when OmniBAS-2W isON and operating!There is risk of equipment failure.First extract the Modem Card, connect or disconnect the IF tailand then re-insert the Modem Card.

To connect the IF tail(s), follow the steps below taking into consideration thefollowing Note:

NOTEArrange the cables appropriately so that the Modem Cardscan be easily inserted / extracted.

Step Action1 Fix the SMA male connector (1) onto the ODU receptacle on the

front panel of OmniBAS-2W. Use a torque wrench to tighten it(tightening torque: 0,8 - 1,13 Nm).

2 Hand tight the N-type female connector (2) onto the IF cable comingfrom the Outdoor Unit.

3 Repeat for the second IF tail if existing.




52

IF Tail(s) Connection, Continued

NOTE Optionally you can fix the N-type connector of the IF tail onto a metallicsurface through the nut and washer provided inside the IF tail packaging. Ifyou have such a metallic surface, follow the steps below:

Step Action1 Open a mounting hole on the metallic surface as in the figure

below (dimensions in mm).

2 Put the O-ring onto the N-type connector of the IF tail and passthe N-type connector through the metallic surface you have.

3 Put the toothed lock washer and nut onto the N-type connector asprotruding from the metallic surface.

Item Description1 O-ring2 Toothed lock washer3 Nut4 N-type connector5 Metallic surface

4 Hand tight the IF cable coming from the Outdoor Unit into the N-type connector protruding from the metallic surface.


53

120 Ω TDM E1 Tributary Channels Connection

Accessories Material List on page 15 : Item 11 x (up to 8)

Connection Plug the cables into the receptacles shown in the figure below and thenterminate the open ends of the cables onto the Distribution Frame according tothe table that follows.

RJ-45 to Open End Cables #1 to #8

Quad Color Signal Wire MarkingTx+ TΧ+White / Orange

Orange Tx- TΧ-Rx+ RΧ+Blue

White / Blue Rx- RΧ-



54


Accessories Material List on page 15 : Items 12 and 13

Procedure

NOTEThe manufacturer recommends the use of the patch panelas the cable of the 75 Ω E1 tributaries cannot exceed acertain length.



55


Accessories Material List on page 15 : Item 5

Procedure


To connect the I / O alarms, follow the steps below:

Step Action1 Connect the open end to appropriate cross-connect module


Pin Signal Wire Color

1 ALM_OUT2_NC Black

2 RS232_TX * -

3 RS232_RX * -

4 ALM_OUT1_CM Brown

5 RS232_GND * -

6 ALM_OUT2_NO Red

7 TTL_ALM_IN3_N1 Orange

8 TTL_ALM_IN4_N Yellow

9 ALM_OUT1_NC Green

10 ALM_OUT1_NO Blue

11 ALM_OUT2_CM Purple

12 TTL_ALM_IN3_P Gray

13 TTL_ALM_IN4_P White

14 TTL_ALM_IN12 Pink

15 TTL_ALM_IN2 Light Green

Shell Shell Black

* These signals concern a Serial Console connection and areterminated onto the DB9 connector of the cable.


1 Negative return terminal of alarm input pair2 Single inputs with respect to ground



56


Procedure(continued) Step Action

2 Plug the cable into the AUX receptacle shown in the figure below:



57



The dry-contact input alarms are internally pulled up to +3,3 V. When anexternal switch is closed, the corresponding signal is “low” (alarm condition).


The alarms transmission circuit receives alarms in TTL form from themicroprocessor and routes them as external alarms in dry-contact form.When a “high” signal enters the relay’s driver, the relay is activated andcurrent passes through the load of the corresponding alarm output.

* The maximum ratings for the Voltage Source are:Max DC voltage: V=100 VDC and Max DC current: IL=200 mADC (polarity isinsignificant)The loads can be indicator lamps, relays’ coils, buzzers, etc.



58

GbE Connection




RJ-45 plug

Cable terminated on GbE receptacle on the Control Card frontpanel



Optical GbE receptacle on the Control Card front panel: IEEE 802.3z,1000Base-X (SFP MSA mechanics)


59

FE Connection

Connectioncharacteristics

Type of cable CAT5 or better, UTP, 4 pairs x AWG26Cable termination (moduleside)

RJ-45 plug

Cable terminated on ETH 10/100 1 to 4 receptacles on theControl Card front panel



Info You should connect the Network Management System (SNMP) either to theNMS 10/100 1 or the NMS 10/100 2 receptacle for outband managementconnection.

Connectioncharacteristics Type of cable CAT5 or better, UTP, 4 pairs x AWG26


RJ-45 plug

Cable terminated on NMS 10/100 1 or 2 receptacles on theControl Card front panel




60


Prerequisites The following are recommended:· The power at the input of OmniBAS-2W must be in the range

–40 V dc to –60 V dc.· The positive pole of the power supply source at OmniBAS-2W station

must be grounded.

Safety requirements require a single pole circuit-breaker to beemployed between the local dc power supply source andOmniBAS-2W. The circuit-breaker must disconnect the -V pole ofthe power supply.

Before plugging or unplugging any cable into OmniBAS-2W,you must set the circuit breaker to OFF!





61




Step Action1 Switch-off the local dc power supply source.2 Switch-off the circuit breaker connected between the OmniBAS-2W

and the local dc power supply source.3 Connect the power supply cable to the local dc power supply source

(Brown wire: +V, blue wire: -V).4 Plug the power supply cable into the power supply receptacle on the

front panel of the OmniBAS-2W without applying force. Take intoconsideration the following Caution:


If you want to disconnect the power supplycable, push downwards the metallic secure lockon the upper part of the connector anddisconnect.

End of procedure



62

5.3 OmniWAY-2G

GbE Connection with the OmniBAS-4W




RJ-45 plug

Cable terminated on GbE 1, 2, 3, 4 receptacles on the unit frontpanel



Optical GbE 1, 2, 3, 4 receptacles on the unit front panel: IEEE 802.3z,1000Base-X (SFP MSA mechanics).

STM-1 Connection

STM-1connectioncharacteristics

STM-1 (VC-4) 1, 2 and STM-1 (VC-12) 1, 2, 3, 4 receptacles on the unit frontpanel: STM-1 SFP MSA.


63


NMS (SNMP) /LCTconnectioncharacteristics


RJ-45 plug

Cable terminated on MNG-ETH receptacle on the unit front panel


Serial consoleconnectioncharacteristics


RJ-45 plug

Cable terminated on MNG-SER receptacle on the unit front panel



64


Accessories Material List on page 19: Item 4

Procedure To connect the I / O alarms, follow the steps below:

Step Action1 Cut the alarms cable in half.2 Connect the open end to appropriate cross-connect module


Signal Wire ColorAlarm Input Contact 1 blackAlarm Input Contact 2 brownAlarm Input Contact 3 redAlarm Input Contact 4 orange

Alarm Output Contact 1 yellowAlarm Output Contact 2 greenAlarm Output Contact 3 blueAlarm Output Contact 4 purple

GND (Alarm Input Contact) grayGND (Alarm Input Contact) whiteGND (Alarm Input Contact) pink

Alarm Output Common Return light greenAlarm Output Common Return black/whiteAlarm Output Common Return black/whiteAlarm Output Common Return red/white

3 Plug the cable into the ALARMS receptacle shown in the figurebelow:



65



The contact input alarms are internally pulled up to +3,3V. When an externalswitch is closed, the corresponding signal is “low” (alarm condition).

EXIN1

EXIN2

EXIN3

EXIN4

TOM

ICR

OPR

OC

ESS

OR

(TTL

LEVE

L)

SYSTEM

GND

(Each resistor: 10K)

+ 3,3V


The alarms transmission circuit receives alarms in TTL form from themicroprocessor and routes them as external alarms in dry-contact form.When a “low” signal enters an optocoupler, current passes through the loadof the corresponding EXTOUT (alarm condition).

OPTOCOUPLERSEXOUT1

EXOUT2

EXOUT3

EXOUT4

FRO

MM

ICR

OP

RO

CES

SO

R(T

TLLE

VEL)

SYSTEMLOADS

V*

VOLTAGESOURCE

GND FL

ALARMSIGNALS

IL

* The maximum ratings for the Voltage Source are either:DC: V=100VDC / IL=100mADC (polarity is insignificant)

The loads can be indicator lamps, relays’ coils, buzzers, etc.



66


Prerequisites The following are recommended:· The power at the input of OmniWAY-2G must be in the range

–40 V dc to –60 V dc.· The positive pole of the power supply source at OmniWAY-2G station

must be grounded.

Safety requirements require a single pole circuit-breaker to beemployed between the local dc power supply source andOmniWAY-2G. The circuit-breaker must disconnect the -V pole ofthe power supply.

Before plugging or unplugging any cable into OmniWAY-2G,you must set the circuit breaker to OFF!





67




Step Action1 Switch-off the local dc power supply source.2 Switch-off the circuit breaker connected between the OmniWAY-2G

and the local dc power supply source.3 Connect the power supply cable to the local dc power supply source

(Brown wire: +V, blue wire: -V).4 Plug the power supply cable into the power supply receptacle on the

front panel of the OmniWAY-2G without applying force. Take intoconsideration the following Caution:


If you want to disconnect the power supplycable, push upwards the metallic secure lockon the lower part of the connector anddisconnect.

End of procedure


Appendix A – Receptacles Pin out

68


OmniBAS-4W

ElectricalETH 100/10001 and 2

Location Front Panel of Control CardElectrical Model

Scope For Ethernet traffic provisioning andconnection to the IP / MPLSnetwork

Type RJ-45 FemalePin out

Pin Signal Description1 Transmit and Receive Data A+ Input / Output

2 Transmit and Receive Data A- Input / Output3 Transmit and Receive Data B+ Input / Output

4 Transmit and Receive Data C+ Input / Output5 Transmit and Receive Data C- Input / Output

6 Transmit and Receive Data B- Input / Output

7 Transmit and Receive Data D+ Input / Output8 Transmit and Receive Data D- Input / Output

OpticalETH 100/10001 and 2

Location Front Panel of Control Card OpticalModel

Scope For Ethernet traffic provisioning andconnection to the IP / MPLSnetwork

Type SFP cage


Appendix A – Receptacles Pin out OmniBAS (-4W / -2W) / OmniWAY-2GInstallation and Cabling Manual - Edition 2.0

69


NMS 10/1001 and 2

Location Front Panel of Control CardNMS 10/100 1: For connection tothe NMS / GUI or forinterconnection (servingmanagement transfer) with anotherOmniBAS-4W

Scope

NMS 10/100 2: For connection tothe NMS / GUI or forinterconnection (servingmanagement transfer) with anotherOmniBAS-4W


Pin Signal Description1 TX+ Output+2 TX- Output-3 RX+ Input+4 N/A N/A5 N/A N/A6 RX- Input-7 N/A N/A8 N/A N/A




70


AUX Location Front Panel of Control CardScope For Serial Console (RS-232

Interface) and Internal / ExternalAlarms (Dry Contacts) connection

Type Mini-Din 8 Pin FemalePin out

Pin Signal Description1 EXTIN1 Alarm Input 12 RS232_TX Transmit Data from OmniBAS3 RS232_RX Receive Data from PC4 RS232 GND RS232 Ground5 EXTIN2 Alarm Input 26 EXTOUT1 1 Alarm Output 17 EXTOUT2 2 Alarm Output 2


1 1-Form-A Contact Normally Open, 80mA @ 100 VDC

2 1-Form-A Contact Normally Open, 80mA @ 100 VDC


71


SYNC IN/OUT Location Front Panel of Control CardScope Clock Synchronization Interface

(G.703 Clause 13)Type 1.0 / 2.3 (Micro Siemens)Pin out

Pin Signal Description1 Sync Out Synchronization Output2 Sync In Synchronization Input

EOW Location Front Panel of Control CardScope For headset connection and full-

duplex communication with theremote station (Engineering OrderWire)

Type 6 Pin Modular JackPin out

Pin Signal Description1 N/C N/C2 GND Ground

3 GND Ground

4 SPKR Speaker

5 MIC Microphone

6 N/C N/C




72


ODU Location Front Panel of Modem CardScope For connection to the Outdoor Unit

The receptacle carries the followingsignals using frequency-divisionmultiplexing:· -48 V dc power to the Outdoor

Unit· Bidirectional Service Channel

(S.C.) data, enablingcommunication between Indoorand Outdoor Units. The ServiceChannel carries an Rx signalcentred at 10,7 MHz and a Txsignal centred at 6 MHz, On/OffKeying modulated.

· The 140MHz Rx IF signal· The 350 MHz Tx IF signal

Type SMA FemalePin out

Pin Signal DescriptionCentre -48 V DC / S.C. / RX IF / TX IF Input / OutputShield Shield / Chassis GND N/A



73


E1/T11-16

Location Front Panel of Interface CardScope For provisioning of up to 16xE1 Tributaries (120 Ω balanced)

Type Mini D Ribbon (MDR) 68-pin Female

Pin out

E1 tributaries E1 1-16 Recept. E1 tributaries E1 1-16 Recept.Tx1+ 68 Tx9+ 50Tx1- 67 Tx9- 49Rx1+ 34 Rx9+ 16Rx1- 33 Rx9- 15Tx2+ 66 Tx10+ 48Tx2- 65 Tx10- 47Rx2+ 32 Rx10+ 14Rx2- 31 Rx10- 13Tx3+ 64 Tx11+ 46Tx3- 63 Tx11- 45Rx3+ 30 Rx11+ 12Rx3- 29 Rx11- 11Tx4+ 62 Tx12+ 44Tx4- 61 Tx12- 43Rx4+ 28 Rx12+ 10Rx4- 27 Rx12- 9Tx5+ 60 Tx13+ 42Tx5- 59 Tx13- 41Rx5+ 26 Rx13+ 8Rx5- 25 Rx13- 7Tx6+ 58 Tx14+ 40Tx6- 57 Tx14- 39Rx6+ 24 Rx14+ 6Rx6- 23 Rx14- 5Tx7+ 56 Tx15+ 38Tx7- 55 Tx15- 37Rx7+ 22 Rx15+ 4Rx7- 21 Rx15- 3Tx8+ 54 Tx16+ 36Tx8- 53 Tx16- 35Rx8+ 20 Rx16+ 2Rx8- 19 Rx16- 1




74


Power Location Front Panel of Power Supply CardScope For connection of –48 V dc power

supply voltageType Two poles Male power connectorPin out

Pin Signal(+) Power Supply Return (GND)(-) -48 V dc, nominal

(40 V dc to 60 V dc)


75

OmniBAS-2W

ElectricalGbE

Location Front Panelof Control Card

Scope For Ethernet traffic (100 / 1000Mbit/s) provisioning and connectionto the IP / MPLS network


Pin Signal Description1 Transmit and Receive Data A+ Input / Output2 Transmit and Receive Data A- Input / Output

3 Transmit and Receive Data B+ Input / Output4 Transmit and Receive Data C+ Input / Output

5 Transmit and Receive Data C- Input / Output6 Transmit and Receive Data B- Input / Output

7 Transmit and Receive Data D+ Input / Output8 Transmit and Receive Data D- Input / Output

OpticalGbE

Location Front Panelof Control Card

Scope For Ethernet traffic (100 / 1000Mbit/s) provisioning and connectionto the IP / MPLS network

Type SFP cage




76


ETH 10/100 1-4 Location Front Panel of Control CardScope For Ethernet traffic (10 / 100 Mbit/s) provisioning and

connection to the IP / MPLS networkType RJ-45 Female

Pin out




77


NMS 10/1001 and 2

Location Front Panel of Control CardNMS 10/100 1: For connection tothe NMS / GUI or forinterconnection (servingmanagement transfer) with anotherOmniBAS-2W

Scope

NMS 10/100 2: For connection tothe NMS / GUI or forinterconnection (servingmanagement transfer) with anotherOmniBAS-2W






78


AUX Location Front Panel of Control CardScope For Serial Console (RS-232

Interface) and Internal / ExternalAlarms (Dry Contacts) connection

Type D-Sub HD 15 Pin FemalePin out

Pin Signal Description1 ALM_OUT2_NC Alarm Output 2 Normally Closed2 RS232_TX Transmit Data from OmniBAS3 RS232_RX Receive Data from PC4 ALM_OUT1_CM Alarm Output 1 Common5 RS232_GND RS232 Ground6 ALM_OUT2_NO Alarm Output 2 Normally Open7 TTL_ALM_IN3_N1 Alarm Input 3 Negative8 TTL_ALM_IN4_N Alarm Input 4 Negative9 ALM_OUT1_NC Alarm Output 1 Normally Closed10 ALM_OUT1_NO Alarm Output 1 Normally Open11 ALM_OUT2_CM Alarm Output 2 Common12 TTL_ALM_IN3_P Alarm Input 3 Positive13 TTL_ALM_IN4_P Alarm Input 4 Positive14 TTL_ALM_IN12 Alarm Input 115 TTL_ALM_IN2 Alarm Input 2


1 Negative return terminal of alarm input pair2 Single inputs with respect to ground


79


SYNC Location Front Panel of Control CardScope Clock Synchronization Interface

(G.703 Clause 13)Type 1.0 / 2.3 (Micro Siemens)Pin out

Pin Signal Description1 Sync In / Out Synchronization Input / Output

(configurable)

EOW Location Front Panel of Control CardScope For headset connection and full-

duplex communication with theremote station (Engineering OrderWire)

Type 6 Pin Modular JackPin out

Pin Signal Description1 GND Ground2 GND Ground

3 SPKR Speaker

4 MIC Microphone




80


ODU Location Front Panel of Modem CardScope For connection to the Outdoor Unit

The receptacle carries the followingsignals using frequency-divisionmultiplexing:· -48 V dc power to the Outdoor

Unit· Bidirectional Service Channel

(S.C.) data, enablingcommunication between Indoorand Outdoor Units. The ServiceChannel carries an Rx signalcentred at 10,7 MHz and a Txsignal centred at 6 MHz, On/OffKeying modulated.

· The 140 MHz Rx IF signal· The 350 MHz Tx IF signal

Type SMA FemalePin out

Pin Signal DescriptionCentre -48 V DC / S.C. / RX IF / TX IF Input / OutputShield Shield / Chassis GND N/A



81


E1 1-8 Location Front Panel of Control CardScope For provisioning of up to 8xE1 Tributaries (120 Ω balanced)

Type RJ-45 Female

Pin out

8 1 8 1 8 1 8 1 8 1 8 1 8 1 8 1

Pin Signal Description1 RX- Input-2 RX+ Input+3 N/A N/A4 TX- Output-5 TX+ Output+6 N/A N/A7 N/A N/A8 N/A N/A

Power Location Front Panel of Control CardScope For connection of –48 V dc power






82

OmniWAY-2G

ElectricalGbE1, 2, 3, 4

Location Front Panel of OmniWAY-2GScope Interconnection

with the OmniBAS-4WType RJ-45 FemalePin out

GbE1, 2

GbE3, 4

Pin Signal Description1 Transmit and Receive Data A+ Input / Output2 Transmit and Receive Data A- Input / Output3 Transmit and Receive Data B+ Input / Output4 Transmit and Receive Data C+ Input / Output5 Transmit and Receive Data C- Input / Output6 Transmit and Receive Data B- Input / Output7 Transmit and Receive Data D+ Input / Output8 Transmit and Receive Data D- Input / Output

OpticalGbE1, 2, 3, 4

Location Front Panel of OmniWAY-2GScope Interconnection

with the OmniBAS-4WType SFP cage



83

OmniWAY-2G, Continued

MNG-ETH Location Front Panel of OmniWAY-2GScope For connection to the NMS / GUI






84


MAN-SER Location Front Panel of OmniWAY-2GScope For connection to Serial Console


Pin Signal Description1 N/A N/A2 N/A N/A3 TXD Device Transmit4 GND GND5 GND GND6 RXD Device Receive7 N/A N/A8 N/A N/A



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ALARMS Location Front Panel of OmniWAY-2GScope For connection of four Alarms

Inputs and four Alarms Outputs(Contacts)

Type Micro-D Female 15Pin out

8 1

15 9

Pin Signal Description1 Alarm Input Contact 1 Input2 Alarm Input Contact 2 Input3 Alarm Input Contact 3 Input4 Alarm Input Contact 4 Input5 Alarm Output Contact 1 N/A6 Alarm Output Contact 2 N/A7 Alarm Output Contact 3 N/A8 Alarm Output Contact 4 N/A9 GND (Alarm Input Contact) GND10 GND (Alarm Input Contact) GND11 GND (Alarm Input Contact) GND12 Alarm Output Common Return N/A13 Alarm Output Common Return N/A14 Alarm Output Common Return N/A15 Alarm Output Common Return N/A




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SYNC IN/OUT Location Front Panel of OmniWAY-2GScope Clock Synchronization Interface

(G.703 Clause 13)Type 1.0 / 2.3 (Micro Siemens)Pin out IN

2

OUT

1

SYNC

Pin Signal Description1 Sync Out Synchronization Output2 Sync In Synchronization Input

AUX Not used

STM-1 (VC-4) Location Front Panel of OmniWAY-2GScope For provision of STM-1 VC-4

interfaces and connection to thelegacy SDH Network (for use withWiBAS-C system)

Type SFP cage

STM-1 (VC-12) Location Front Panel of OmniWAY-2GScope For provision of STM-1 VC-12

interfaces and connection to thelegacy SDH Network (for use withOmniBAS-4W system)

Type SFP cage



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Power Location Front Panel of OmniWAY-2GScope For connection of –48 V dc power






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