Owb304502 Bts3900 Wcdma v200r012 Data Configuration Issue 2.00

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BTS3900 WCDMA Data Configuration

Copyright © 2010 Huawei Technologies Co., Ltd. All rights reserved. Page3

References

CME Product Documentation

DBS3900 WCDMA Product Documentation


Objectives

Upon completion of this course, you will be able to:

Outline MBTS data configuration procedure based on

CME in GUI mode

Complete MBTS data configuration in GUI mode


CME in Template file mode


CME in Iub Collaboration mode

Complete MBTS data configuration in Template file

mode


Contents

1. Overview of Configuring Multi-Mode Base

Stations

2. MBTS Data Configuration Preparation

3. MBTS Data Configuring (GUI mode)

4. MBTS Data Configuring (Template file mode)

5. MBTS Data Configuring (Iub Collaboration Mode)

6. MBTS Data Exporting and Activating


Data Configuration ProcessPrepare for the configuraiton Start Connect the NE to the M2000

Start the CME client

Synchronize the data with the existing network

Create a planned data area

Adding NodeB Data Adding BTS Data

Bind a BTS with a NodeB

Check data

Export script

Pre

para

tion

Con

figur

aito

nE

xpor

ting


General Configuration Principles A MBTS working in dual modes, is logically presented

as BTS and NodeB. Configuring the BTS data and

NodeB data, respectively. Bounding BTS and NodeB

together to identify a physical device entity

If a MBTS works in combined module mode and

carriers of G/U share an RF module, you need to

allocate the carriers on the G/U sides to the RF

boards

The common device data needs to be configured

and kept consistent on both the GSM and UMTS

sides


Configuration Scenarios Working in single mode

Working only in GSM mode and using the MRFU/MRRU

module

Working only in UMTS mode and using the MRFU/MRRU

module

Working in dual mode Working in combined cabinet mode, using the non-MRRU

(non-MRFU) module, and working in the G/U mode

respectively

Working in combined module mode. An MRFU/MRRU supports

both the GSM and UMTS modes

Working in mixed module mode. The RF modules can be

combined in either of the following modes:

MRFU+GRFU+WRFU/MRFU+GRFU /MRFU+WRFU


Contents

1. Overview of Configuring Multi-Mode Base Stations







Starting the CME client

Continueda

At;hh’ajgahghag


Synchronize the data with the existing network


Create a planned data area


Contents








Procedure of Adding NodeB Data

Start

Creating Logical NodeB

Creating Physical NodeB

Adding NodeB Basic Information

Creating NodeB Device Data

Creating NodeB Transport Data

Creating NodeB Radio Data

End


Creating Physical NodeB


Adding NodeB Basic Information


Creating NodeB Transport Data


Creating NodeB Radio Data


Contents








Basic Knowledge of NodeB Templates The CME provides basic templates for creating NodeBs There are 2 types of templates

System templates Custom templates


Managing NodeB Templates

Creating NodeB templates

Right click on selected NodeB



Deleting NodeB templates



Exporting NodeB templates



Importing NodeB templates


Creating Physical NodeB Creating physical

NodeB with template

file


Reconfiguring NodeB Basic Information


Reconfiguring NodeB Device Data


Reconfiguring NodeB Transport Data


Reconfiguring NodeB Radio Data


Contents





5. MBTS Data Configuring (Iub Collaboration

Mode)



Preparing Iub data planning template Edit the Iub Data Planning Template

Page44

Iub Data Import Template


SAAL UNI

SAAL UNI

ALCAP

Preparing Iub data planning template (ATM)


Edit the ATM configuration objects Iub Data Planning sheet for the RNC side

Page46

SPUb

DPUe

INT

MPS/EPS



Edit the ATM configuration objects Iub Data Planning sheet for the NodeB side

Page47



IMA Group working Principle

PHY

PHY

PHY

PHY

PHY

PHY

µ¥ATMÐÅÔªÁ÷A single ATM cell flow (from the ATM layer)

IMA group

Low-speedphysical link

Low-speed physical link

IMA group

The original ATM cell flow (to the ATM layer)

Low-speedphysical link



Configuring Fractional ATM (AEU)

ATM cell

BSC6900

2G BSC

Fractional ATM link

ATM cell

NodeB

2G BTS

Fractional ATM link

ATM cell

E1(some timeslots are used)

ATM networkequipment

ATM networkequipment

Recover ATM cellsfrom some E1

timeslots/Put ATM cells into some E1

Timeslots(AEU/AOU)

Recover ATM cellsfrom some E1

timeslots/Put ATMcells into some E1timeslots (NodeB

interface unit)



12.13.1.1

12.13.1.0NodeB

NodeB

NodeB

NodeB

12.13.1.2

12.13.1.3

12.13.1.N

BSC6900

IPoAINT BAM

Internal Network

12.13.1.254M2000

External Network



Preparing Iub data planning template (IP)


SPUb

DPUe

INT

MPS/EPS

Edit the IP configuration objects Iub Data Planning sheet for the RNC side



Preparing Iub data planning template (IP) Edit the IP configuration objects Iub Data Planning

sheet for the NodeB side


Iub interface layer 2 networking

Page54



Iub interface layer 3 networking



Two Routes for

the connection

between the

M2000 and the

NodeB

Through the

BSC

Not Through the

BSC



Importing an Iub Data Planning Template



Right click on selected

NodeB



After the physical NodeB is created successfully, the NodeB icon in the Main navigation tree in the left pane of the planned data area is changed from to .


Reconfiguring NodeB Device Data


Reconfiguring NodeB Radio Data


Contents







Checking RAN Data Consistency


Exporting NodeB XML Configuration Script


Questions

Please descript the procedure of MBTS data

configuration.

How to start CME client?

Please descript the procedure of NodeB data

configuration.

How to export NodeB XML script?


Summary

The procedure of MBTS data configuration

General Configuration Principles

Configuration Scenarios

Adding NodeB data procedure

Exporting NodeB XML Configuration Script


Appendix: Excel templates and script

Shared Object Template.xls

Iub Data Import Template.xls

Page69

Shared Object Template


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Owb304502 Bts3900 Wcdma v200r012 Data Configuration Issue 2.00

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