3900 Series Dual-Mode Base Station Initial Configurarion Guide(V100R001_01).pdf

3900 Series Dual-Mode Base StationV100R001

Initial Configuration Guide

Issue 01Date 2008-10-30Part Number

Huawei Proprietary and ConfidentialCopyright Huawei Technologies Co., Ltd

Huawei Technologies Co., Ltd. provides customers with comprehensive technical support and service. For anyassistance, please contact our local office or company headquarters. Huawei Technologies Co., Ltd.Address: Huawei Industrial Base

Bantian, LonggangShenzhen 518129People's Republic of China

Website: http://www.huawei.comEmail: [email protected] Copyright Huawei Technologies Co., Ltd. 2008. All rights reserved.No part of this document may be reproduced or transmitted in any form or by any means without prior writtenconsent of Huawei Technologies Co., Ltd. Trademarks and Permissions

and other Huawei trademarks are the property of Huawei Technologies Co., Ltd.All other trademarks and trade names mentioned in this document are the property of their respective holders. NoticeThe information in this document is subject to change without notice. Every effort has been made in thepreparation of this document to ensure accuracy of the contents, but the statements, information, andrecommendations in this document do not constitute a warranty of any kind, express or implied.

Huawei Proprietary and ConfidentialCopyright Huawei Technologies Co., Ltd

Contents

About This Document.....................................................................................................................11 Introduction to Dual-Mode Base Station Initial Configuration.......................................1-1

1.1 Methods for the Dual-Mode Base Station Initial Configuration.....................................................................1-21.2 Software Tools of Dual-Mode Base Station Initial Configuration.................................................................1-3

1.2.1 RF Channel Allocator.............................................................................................................................1-41.2.2 WRAN CME..........................................................................................................................................1-51.2.3 BSC6000 Local Maintenance Terminal.................................................................................................1-6

2 Process of Dual-Mode Base Station Initial Configuration................................................2-12.1 Data Preparations for Dual-Mode Base Station..............................................................................................2-22.2 Allocating RF Resources Through the RF Channel Allocator........................................................................2-22.3 Configuring Data on the UMTS Side on the WRAN CME............................................................................2-62.4 Configuring Data on the GSM side on the BSC6000 LMT............................................................................2-8

3900 Series Dual-Mode Base StationInitial Configuration Guide Contents

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Figures

Figure 1-1 Flowchart of dual-mode base station initial configuration.................................................................1-3Figure 1-2 Process of the RF channel configuration in the dual-mode base station............................................1-4Figure 2-1 Adding an RRU..................................................................................................................................2-3Figure 2-2 Configuring data on the radio network layer on the UMTS side.......................................................2-4Figure 2-3 Configuring data on the radio network layer on the GSM side..........................................................2-5Figure 2-4 Allocating RRU resources..................................................................................................................2-6

3900 Series Dual-Mode Base StationInitial Configuration Guide Figures


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Tables

Table 2-1 Data to be prepared for the equipment layer........................................................................................2-3Table 2-2 Data to be prepared for the radio network layer on the UMTS side....................................................2-4Table 2-3 Data to be prepared for the radio network layer on the GSM side.......................................................2-5

3900 Series Dual-Mode Base StationInitial Configuration Guide Tables


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About This Document

This document describes how to use the CME to configure a new 3900 series dual-mode basestation during network construction or network optimization.

PurposeDuring network deployment or network optimization, you need to prepare the configuration filefor each base station and load the file to the base station during commissioning, so as to ensurethat the base station works as designed.This document provides instructions for configuring the initial data for a base station. The contentinvolves the following parts: Preparing data for initial configuration of the dual-mode basestation, configuring the UMTS data on the WRAN CME, configuring the GSM data on theBSC6000 LMT, and keeping reference documents ready.

Product VersionThe following table lists the product version related to this document.

Product Name Product Version3900 Series Dual-Mode Base Station V100R001

Intended AudienceThis document is intended for:l Field engineersl Network operatorsl System engineers

Change HistoryFor changes in this documents, refer to Changes in the 3900 Series Dual-Mode Base StationInitial Configuration Guide.

Organization

1 Introduction to Dual-Mode Base Station Initial Configuration

3900 Series Dual-Mode Base StationInitial Configuration Guide About This Document


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This describes the required software tool and methods for the dual-mode base station initialconfiguration.2 Process of Dual-Mode Base Station Initial ConfigurationThis describes the process of dual-mode base station initial configuration. After the data fordual-mode base station initial configuration is prepared, use the RF channel allocator to allocatethe radio resources. Then, configure the UMTS data on the WRAN CME and configure the GSMdata on the BSC6000 LMT.

Conventions1. Symbol ConventionsThe following symbols may be found in this document. They are defined as follows

Symbol Description

DANGERIndicates a hazard with a high level of risk that, if not avoided,will result in death or serious injury.

WARNINGIndicates a hazard with a medium or low level of risk which, ifnot avoided, could result in minor or moderate injury.

CAUTIONIndicates a potentially hazardous situation that, if not avoided,could cause equipment damage, data loss, and performancedegradation, or unexpected results.

TIP Indicates a tip that may help you solve a problem or save yourtime.

NOTE Provides additional information to emphasize or supplementimportant points of the main text.

2. General ConventionsConvention DescriptionTimes New Roman Normal paragraphs are in Times New Roman.

Boldface Names of files,directories,folders,and users are in boldface. Forexample,log in as user root .

Italic Book titles are in italics.Courier New Terminal display is in Courier New.

3. Command ConventionsConvention DescriptionBoldface The keywords of a command line are in boldface.

About This Document3900 Series Dual-Mode Base Station


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Convention DescriptionItalic Command arguments are in italic.

[ ] Items (keywords or arguments) in square brackets [ ] are optional.

{x | y | ...} Alternative items are grouped in braces and separated by verticalbars.One is selected.

[ x | y | ... ] Optional alternative items are grouped in square brackets andseparated by vertical bars.One or none is selected.

{ x | y | ... } * Alternative items are grouped in braces and separated by verticalbars.A minimum of one or a maximum of all can be selected.

[ x | y | ... ] * Alternative items are grouped in braces and separated by verticalbars.A minimum of zero or a maximum of all can be selected.

4. GUI ConventionsConvention DescriptionBoldface Buttons,menus,parameters,tabs,window,and dialog titles are in

boldface. For example,click OK.

> Multi-level menus are in boldface and separated by the ">" signs.For example,choose File > Create > Folder .

5. Keyboard OperationConvention DescriptionKey Press the key.For example,press Enter and press Tab.

Key1+Key2 Press the keys concurrently.For example,pressing Ctrl+Alt+Ameans the three keys should be pressed concurrently.

Key1,Key2 Press the keys in turn.For example,pressing Alt,A means the twokeys should be pressed in turn.

6. Mouse OperationAction DescriptionClick Select and release the primary mouse button without moving the

pointer.

Double-click Press the primary mouse button twice continuously and quicklywithout moving the pointer.

Drag Press and hold the primary mouse button and move the pointerto a certain position.

3900 Series Dual-Mode Base StationInitial Configuration Guide About This Document


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1 Introduction to Dual-Mode Base StationInitial Configuration

About This Chapter

This describes the required software tool and methods for the dual-mode base station initialconfiguration.

1.1 Methods for the Dual-Mode Base Station Initial ConfigurationThis describes the methods for the dual-mode base station initial configuration. When the dual-mode base station is configured, the data on the equipment layer and transport network layer onthe GSM and UMTS sides is the same as that in the single-mode base station. The resources onthe radio network layer are allocated by the RF channel allocator before the respectiveconfiguration is performed on the GSM or UMTS side.1.2 Software Tools of Dual-Mode Base Station Initial ConfigurationThis provides the software tools for dual-mode base station initial configuration. The softwaretools involved are as follows: the RF channel allocator for allocating radio resources, the WRANCME for configuring data on the equipment layer, transport network layer, and radio networklayer on the UMTS side, and the BSC6000 LMT for configuring data on the same layers on theGSM side.

3900 Series Dual-Mode Base StationInitial Configuration Guide

1 Introduction to Dual-Mode Base Station InitialConfiguration


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1.1 Methods for the Dual-Mode Base Station InitialConfiguration

This describes the methods for the dual-mode base station initial configuration. When the dual-mode base station is configured, the data on the equipment layer and transport network layer onthe GSM and UMTS sides is the same as that in the single-mode base station. The resources onthe radio network layer are allocated by the RF channel allocator before the respectiveconfiguration is performed on the GSM or UMTS side.The methods for the dual-mode base station initial configuration are as follows:l Methods for the dual-mode base station initial configuration on the GSM side

Allocate radio resources for the GSM side through the 1.2.1 RF Channel Allocator.Then, manually configure the data on the radio network layer on the BSC6000 LMT. Configure the data on the equipment layer and transport network layer on the BSC6000

LMT. For details, see the 3900 Series BTS Initial Configuration Guide(LMT).l Methods for the dual-mode base station initial configuration on the UMTS side

Allocate radio resources for the UMTS side through the 1.2.1 RF Channel Allocator.Then, configure the data on the radio network layer on the WRAN CME in the sameway as configuring a single-mode base station. Configure data on the equipment layer and transport network layer on the WRAN CME.

For details, see the NodeB Initial Configuration Guide. Export the complete data configuration file of the NodeB. Activate the configuration

file and make the data take effect in the NEs.The flowchart of the dual-mode base station initial configuration is shown in Figure 1-1.



1-2 Huawei Proprietary and ConfidentialCopyright Huawei Technologies Co., Ltd

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Figure 1-1 Flowchart of dual-mode base station initial configuration

1.2 Software Tools of Dual-Mode Base Station InitialConfiguration

This provides the software tools for dual-mode base station initial configuration. The softwaretools involved are as follows: the RF channel allocator for allocating radio resources, the WRANCME for configuring data on the equipment layer, transport network layer, and radio networklayer on the UMTS side, and the BSC6000 LMT for configuring data on the same layers on theGSM side.

1.2.1 RF Channel AllocatorThis describes the RF channel allocator. The RF channel allocator is used for configuring thedata on the radio network layer of the dual-mode base station. It helps to negotiate theconfiguration of the relevant RF data between GSM and UMTS.1.2.2 WRAN CMEThis describes the functions of and scenarios for the WCDMA Radio Access NetworkConfiguration Management Express (WRAN CME).1.2.3 BSC6000 Local Maintenance TerminalThis describes the BSC6000 local maintenance terminal (BSC6000 LMT). GUI is used tooperate and maintain the BTS, configure data for the BTS, and provide detailed online help.




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1.2.1 RF Channel AllocatorThis describes the RF channel allocator. The RF channel allocator is used for configuring thedata on the radio network layer of the dual-mode base station. It helps to negotiate theconfiguration of the relevant RF data between GSM and UMTS.

Overview of the SoftwareIn a dual-mode base station, the RRU is shared between GSM and UMTS. The improperallocation of frequency points or carriers in the TX or RX channel of the RRU in one systemhas impact on the frequency points or carriers in the other system. If the data is plannedindividually through GSM or UMTS, the dual-mode base station cannot work as designed. TheRF channel allocator is used to configure the relevant RF data between GSM and UMTS.Figure 1-2 shows the process of the RF channel configuration in the dual-mode base stationbased on the RF channel allocator.

Figure 1-2 Process of the RF channel configuration in the dual-mode base station

The RF channel allocator is in Excel format. Manually allocate RRU channels from all cellsaccording to user data planning, RRU configuration in the base station, cell configurations onboth the GSM and UMTS sides, and the used RRU. The configured data on the radio networklayer on both the GSM side and the UMTS side for the dual-mode base station is thus obtainedindividually.

Function of the SoftwareThe RF channel allocator is used to configure the data on the equipment layer and radio networklayer of the RRU in the base station on both the GSM and UMTS sides. The software providesthe following functions:




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l Supporting the addition, modification, and deletion of sites, sectors, UMTS cells, GSMcarriers, and RRUs.

l Calculating the RF channels according to the required bandwidth, power, and the numberof carriers and displaying the results, for example, a message indicating whether he resourceallocation succeeds or fails can be displayed.

l Supporting the binding relations between the UMTS cell or GSM carrier and the RRUchannel. The Excel has three sheets: UMTS, GSM, and RRU, each of which individuallydescribes the binding relation between the UMTS cell and the RRU channel, the bindingrelation between the GSM carrier and the RRU channel, and the RRU related information.

CAUTIONDo not modify the RF data on the CME or LMT after the RRU resource allocation succeeds soas to avoid data inconsistency.

1.2.2 WRAN CMEThis describes the functions of and scenarios for the WCDMA Radio Access NetworkConfiguration Management Express (WRAN CME).The CME system is an auxiliary project design tool for RAN equipment. With the Graphic UserInterface (GUI), the CME provides integrated solutions for RAN data configuration, improvesdata configuration efficiency, and reduces daily maintenance cost. The RAN system consists ofmultiple Radio Network Subsystems (RNSs), each of which has one RNC and at least oneNodeB.

Function Description of the CMEThe user-friendly graphic GUI provided by the CME simplifies data configuration and reducesthe cost of operation and maintenance. The CME provides configuration management andactivation on the whole network, which helps in evolution from single-point configuration towhole-network configuration.The CME system provides the following five functions by the license file:l Basic configuration functionsl Enhanced functions of transport network configurationl Enhanced functions of radio network configurationl Function of data consistency checkl Function of NodeB relocation

Scenarios for the CMEThe CME supports initial configuration and reconfiguration.l RAN initial configuration

RAN initial configuration consists of RNC initial configuration and NodeB initialconfiguration.

l RAN Reconfiguration




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RAN reconfiguration consists of routine maintenance and reconfiguration of the RNC andthe NodeB.

1.2.3 BSC6000 Local Maintenance TerminalThis describes the BSC6000 local maintenance terminal (BSC6000 LMT). GUI is used tooperate and maintain the BTS, configure data for the BTS, and provide detailed online help.

Function Description of the BSC6000 LMTThe user-friendly GUI provided by the BSC6000 LMT simplifies data configuration and reducesthe cost of operation and maintenance.The BSC6000 LMT provides the following functions:l Exporting and importing the data of network optimization, network planning, and base

station.l Setting cell parameters and configuring properties of the base station in batches.l Backing up, browsing, loading, and restoring data, checking data consistency, and

exporting device archive files and measurement object format file.l Collecting DTRU configuration statistics by BM subrack, module, interface board, or site.

Scenarios for the BSC6000 LMTThe BSC6000 LMT supports initial configuration and reconfiguration.l Initial configuration

Initial configuration consists of BSC initial configuration and BTS initial configuration.l Reconfiguration

RAN reconfiguration consists of routine maintenance and reconfiguration of the BSC andthe BTS.




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2 Process of Dual-Mode Base Station InitialConfiguration

About This Chapter

This describes the process of dual-mode base station initial configuration. After the data fordual-mode base station initial configuration is prepared, use the RF channel allocator to allocatethe radio resources. Then, configure the UMTS data on the WRAN CME and configure the GSMdata on the BSC6000 LMT.

2.1 Data Preparations for Dual-Mode Base StationThis describes the data preparations for dual-mode base station. Before the initial configuration,you need to negotiate and plan the data for all cells according to the configurations of the GSMcells, UMTS sectors, and the RRU.2.2 Allocating RF Resources Through the RF Channel AllocatorThis describes how to allocate RF resources through the RF channel allocator. The RF channelallocator can be used to configure the RRU, radio network layer in UMTS, and carriers in GSM.2.3 Configuring Data on the UMTS Side on the WRAN CMEThis describes how to configure data on the UMTS side on the WRAN CME. After configuringthe data on the radio network layer on the UMTS side using the RF channel allocator, you needto manually configure the data on the equipment layer, transport network layer, and radionetwork layer on the WRAN CME so as to obtain the complete data on the UMTS side. Then,you can export the data in .xml format.2.4 Configuring Data on the GSM side on the BSC6000 LMTThis describes how to configure data on the GSM side on the BSC6000 LMT. After theconfiguration file is generated through the RF channel allocator, you need to manually configurethe data for the TRXs in the GSM on the BSC6000 LMT. The configuration principles are thesame as those for the data configuration of a single-mode base station. Thus, the initialconfiguration of the data on the GSM side for the dual-mode base station is complete.

3900 Series Dual-Mode Base StationInitial Configuration Guide 2 Process of Dual-Mode Base Station Initial Configuration


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2.1 Data Preparations for Dual-Mode Base StationThis describes the data preparations for dual-mode base station. Before the initial configuration,you need to negotiate and plan the data for all cells according to the configurations of the GSMcells, UMTS sectors, and the RRU.Input data for the RF channel allocator and planned data for transport resources:l Configuration of the radio network layer in UMTS

Site configuration: site ID and name Sector configuration: site ID, sector ID, number of RX antennas, and TX diversity mode

(including the coverage type in 0.5/0.5 carrier frequency mode) Cell configuration: site ID, sector ID, cell ID, frequency point, and transmit power

l Configuration of radio network layer in GSM Site configuration: site ID, name and type Cell configuration: cell index, cell name, frequency band typelogical carrier No.,

frequency hopping type, power mode and level, TX diversity mode, and RX antennamode

l RRU configuration RRU type RRU RX/TX mode: single antenna, single antenna with two RX channels, and double

antenna RRU working mode RRU channels allocated for UMTS sectors and GSM cells

NOTE

For the configuration required data such as the data on the equipment layer or transport network layer onboth the UMTS and the GSM sides, see the NodeB Initial Configuration Guide and 3900 Series BTS InitialConfiguration Guide(LMT).

2.2 Allocating RF Resources Through the RF ChannelAllocator

This describes how to allocate RF resources through the RF channel allocator. The RF channelallocator can be used to configure the RRU, radio network layer in UMTS, and carriers in GSM.

Prerequisitel The data negotiated and planned for RF resources on the GSM and UMTS sides are ready.l The RF channel allocator is open.

ProcedureStep 1 Click the RRU tab. The tab page is displayed, as shown in Figure 2-1. Based on the prepared

data, set parameters such as RRUNo, ChainNo, and RRUType so as to add an RRU.

2 Process of Dual-Mode Base Station Initial Configuration3900 Series Dual-Mode Base Station



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Figure 2-1 Adding an RRU

Table 2-1 Data to be prepared for the equipment layerParameter DescriptionSiteId ID of the site to which the RRU belongs.

Value range: 0-2047SectorNo Number of the sector to which the RRU belongs.

Value range: 0-5RRUNo RRU number

Value range: 0-8ChainNo Number of the chain or ring where the RRU is located.

Value range: 0-5RRUType RRU type Optional parameters:

l mRRUl mRFU

WorkMode RRU working mode Optional parameters:l SINGLE_ANTENNA (single antenna)l SINGLE_ANTENNA_DOUBLE_RECEIVER (single antenna

with two RX channels)l DOUBLE_ANTENNA (double antenna)

WorkFreq Working frequency band of the RRU Optional parameters:l GSM850l PGSM900l EGSM900l DCS1800l PCS1900

Step 2 Click the UMTS tab. The tab page is displayed, as shown in Figure 2-2. According to the

network planning data, set parameters such as SiteId, SectorNo, RxAntNum, and LoCellaccordingly so as to add data on the radio network layer in UMTS.



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Figure 2-2 Configuring data on the radio network layer on the UMTS side

Table 2-2 Data to be prepared for the radio network layer on the UMTS sideParameter DescriptionSiteId Site number

Value range: 0-2047SiteName Name of the site, consisting of a maximum of 31 valid characters The

following characters are invalid:< > ! ? ' "SectorNo Sector number

Value range: 0-5RxAntNum Number of RX antennas

Value range: 1, 2TxDiversityMode TX diversity mode Optional parameters:

l NO_TX_DIVERSITY (no TX diversity)l TX_DIVERSITY (TX diversity)l HALFFREQ (0.5/0.5 carrier frequency mode)

CoverType Coverage type. This parameter is valid only whenTxDiversityMode is set to HALFFREQ. Optional parameters:l SAMEZONEl DIFFZONE

LoCell Local cell numberValue range: 0-268435455

UARFCNULink Uplink frequencyValue range: 0-20000

UARFCNDLink Downlink frequencyValue range: 0-20000

MaxTxPower Maximum transmit powerValue range:0-500

Step 3 Click the GSM tab. The tab page is displayed, as shown in Figure 2-3. According to the network

planning data, set parameters such as TRXNo, RxAntNum, and HopType accordingly so as toadd data on the radio network layer in GSM.




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Figure 2-3 Configuring data on the radio network layer on the GSM side

Table 2-3 Data to be prepared for the radio network layer on the GSM sideParameter DescriptionSiteId Site number

Value range: 0-2047SectorNo Sector number

Value range: 0-5TRXNo TRX No.

Value range: 0-2047RxAntNum Number of RX antennas

Value range: 1, 2, 4TxDIVMode TX diversity mode Optional parameters:

l NO_TX_DIVERSITY (no TX diversity)l TX_DIVERSITY (TX diversity)

HopType FH mode Optional parameters:l NO_FH (No frequency hopping)l BaseBand_FH (baseband frequency hopping)l RF_FH (RF frequency hopping)

Frequency Frequency pointThe value range of the frequency point depends on the FreqType.l When the FreqType is GSM850, the value range of the frequency

point is 128-251.l When the FreqType is PGSM900, the value range of the frequency

point is 1-124.l When the FreqType is EGSM900, the value range of the frequency

point is 0-124 and 975-1023.l When the FreqType is DCS1800, the value range of the frequency

point is 512-885.l When the FreqType is PCS1900, the value range of the frequency

point is 512-810.PowerMode Power mode

Value range: 3.0-80 W



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Parameter DescriptionPowerLevel Power level

Value range: 0-10 dBFreqType Working frequency band of the carrier. The value of this parameter

must be the same as that of WorkFreq on the RRU tab page. Optionalparameters:l GSM850l PGSM900l EGSM900l DCS1800l PCS1900

Step 4 Click the save button on the toolbar. Click Start To Allocate, as shown in Figure 2-4.

Figure 2-4 Allocating RRU resources

Step 5 When the RF resource allocation in GSM and UMTS succeeds, the Allocate Successed dialogbox is displayed. Then, click OK.

NOTE

After the RF channel allocation succeeds, TxAtten and RxAtten on the tab pages UMTS and GSM showthe TX and RX channel resources respectively.

----End

CAUTIONDo not modify the RF data on the CME or LMT after the RF channel allocation succeeds so asto avoid data inconsistency.

2.3 Configuring Data on the UMTS Side on the WRAN CMEThis describes how to configure data on the UMTS side on the WRAN CME. After configuringthe data on the radio network layer on the UMTS side using the RF channel allocator, you needto manually configure the data on the equipment layer, transport network layer, and radionetwork layer on the WRAN CME so as to obtain the complete data on the UMTS side. Then,you can export the data in .xml format.

Prerequisitel The data planned and negotiated for the UMTS side is ready.l The RRU RF channels are successfully allocated on the UMTS side by the RF channel

allocator.




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ContextThe data on the UMTS side is exported in .xml format. This NodeB configuration file is usedto activate data and cause it to take effect on the UMTS side.l A NodeB configuration file contains a complete set of NodeB configuration data for proper

operation of the NodeB. The NodeB configuration file can be loaded to the UMTS side.The file can be a data source for NodeB configuration on the CME.

l After configuring the NodeB data on the WRAN CME, export the configuration file. Then,run the script executor to activate the file and validate it in the NodeB. Before reconfiguringthe RAN on the WRAN CME, import the NodeB configuration file to the CME server tosynchronize the NodeB data in the CME with that on the existing network.

ProcedureStep 1 Configure data on the equipment layer on the UMTS side on the WRAN CME.

For details, see the NodeB Initial Configuration Guide. For data descriptions of different NodeBtypes, see Adding Data on the Equipment Layer of the BTS3900A (Initial), Adding Dataon the Equipment Layer of the BTS3900 (Initial), or Adding Data on the Equipment Layerof the DBS3900 (Initial).

Step 2 Configure data on the transport network layer on the UMTS side on the WRAN CME.For details, see the NodeB Initial Configuration Guide. For descriptions of different transmissionmodes, see Adding Data on the Transport Network Layer of the NodeB (Initial, overATM) or Adding Data on the Transport Network Layer of the NodeB (Initial, over IP).

Step 3 Configure data on the radio network layer on the UMTS side on the WRAN CME.According to the radio resources obtained by the RF channel allocator, manually configure dataon the radio network layer on the WRAN CME. For details, see Adding Data on the RadioNetwork Layer of the NodeB (Initial) in the NodeB Initial Configuration Guide.

NOTEIf the data on the radio network layer on the UMTS side is already configured on the WRAN CME, you needfirstly clear the original data and then configure the data. Do not modify the data after the data is imported. Youcan manually modify the data that is not handled by the RF channel allocator, that is, the data on the equipmentlayer (excluding that of the RRU) and on the transport network layer.

Step 4 Export the NodeB configuration file.

1. Click in the main window of the WRAN CME, and then click NodeB CMExpress in the configuration task pane. The NodeB CM Express window is displayed.

2. Click . The Physical NodeB Basic Information window is displayed.

3. Select a NodeB on the right part of the window, and click . Then, select the destinationfolder and export the file. Check that the file exists in the export path to ensure that the fileis exported successfully.

Step 5 Activate the NodeB configuration file.----End



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2.4 Configuring Data on the GSM side on the BSC6000 LMTThis describes how to configure data on the GSM side on the BSC6000 LMT. After theconfiguration file is generated through the RF channel allocator, you need to manually configurethe data for the TRXs in the GSM on the BSC6000 LMT. The configuration principles are thesame as those for the data configuration of a single-mode base station. Thus, the initialconfiguration of the data on the GSM side for the dual-mode base station is complete.

Prerequisitel The planned and negotiation data of the BTS is ready.l The RF channels on the GSM side are successfully allocated through the RF channel

allocator.

ProcedureStep 1 Add a BTS.Step 2 Add a cell.Step 3 Set site attributes.

NOTE

The configuration of site attributes involves the configuration of the RXU chain and the allocation of RFchannels. When configuring the GSM data for the dual-mode base station, remember to set the parametersrelated to SFP switch port and TOP switch.

Step 4 Set cell attributes.NOTE

The cell attributes include the frequency point, carrier frequency allocation, power mode, and power level.

----End

PostrequisiteFor details, see Adding the 3900 Series Base Station (GU) in the 3900 Series BTS InitialConfiguration Guide (LMT).




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ContentsFiguresTablesAbout This Document1 Introduction to Dual-Mode Base Station Initial Configuration1.1 Methods for the Dual-Mode Base Station Initial Configuration1.2 Software Tools of Dual-Mode Base Station Initial Configuration1.2.1 RF Channel Allocator1.2.2 WRAN CME1.2.3 BSC6000 Local MaintenanceTerminal

2 Process of Dual-Mode Base Station Initial Configuration2.1 Data Preparations for Dual-Mode Base Station2.2 Allocating RF Resources Through the RF Channel Allocator2.3 Configuring Data on the UMTS Side on the WRAN CME2.4 Configuring Data on the GSM side on the BSC6000 LMT

Documents

3900 Series Dual-Mode Base Station Initial Configurarion Guide(V100R001_01).pdf