SJ-20100712162153-003-ZXSDR B8200 W100(V4.02)WiMAX Baseband Commissioning and Data Configuration Manual

ZXSDR B8200 W100WiMAX Baseband

Commissioning and DataConfiguration Manual

Version 4.02

ZTE CORPORATIONNO. 55, Hi-tech Road South, ShenZhen, P.R.ChinaPostcode: 518057Tel: (86) 755 26771900Fax: (86) 755 26770801URL: http://ensupport.zte.com.cnE-mail: [email protected]

LEGAL INFORMATION

Copyright 2010 ZTE CORPORATION.

The contents of this document are protected by copyright laws and international treaties. Any reproduction or distribution ofthis document or any portion of this document, in any form by any means, without the prior written consent of ZTE CORPO-RATION is prohibited. Additionally, the contents of this document are protected by contractual confidentiality obligations.

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The ultimate right to interpret this product resides in ZTE CORPORATION.

Revision History

Revision No. Revision Date Revision Reason

R1.0 08/30/2010 First edition

Serial Number: SJ-20100712162153-003

Contents

About This Manual............................................. I

Declaration of RoHS Compliance ....................... I

Overview...........................................................1Typical Configuration....................................................... 1

Position in the Network.................................................... 1

Connection Mode between ZXSDR B8200 W100 and

AGW..................................................................... 3

Connection Mode between ZXSDR B8200 W100 and

RRU...................................................................... 4

Basic Data Configuration ...................................5Physical Configuration ..................................................... 5

Physical Configuration Flow.......................................... 5

Configuring Global Parameters ..................................... 6

Adding a B8200.........................................................11

Configuring the BBU Basic Information .........................13

Adding a BBU Rack ....................................................16

Adding Boards...........................................................17

Configuring the CC Work Mode ....................................18

Configuring the XBP Work Mode...................................19

Configuring the Receivable Mode on CC ........................20

Configuring the BTS External IP...................................21

Configuring the XBP Parameters ..................................22

Configuring the XBP R6 External IP Address ..................23

Configuring the (Fiber) Connection between BBU and

RRU ................................................................25

Radio Configuration .......................................................27

Radio Configuration Flow ............................................27

Configuring the QoS Priority for the R6 Port ..................27

Configuring a Cell ......................................................30

Configuring a Carrier..................................................31

Configuring a Segment...............................................32

Confidential and Proprietary Information of ZTE CORPORATION I

ZXSDR B8200 W100 Commissioning and Data Configuration Manual

Managing the BTS Status................................................35

Synchronizing Data........................................................37

Figures ............................................................39

Tables .............................................................41

Index ..............................................................43

Glossary ..........................................................45

II Confidential and Proprietary Information of ZTE CORPORATION

About This Manual

Purpose Thank you for choosing WiMAX radio network system of ZTE Cor-poration!

ZXSDR B8200 W100 is the WiMAX baseband pool of the WiMAXseries products. ZXSDR B8200 W100 and RRU form a completeBS, implementing radio transmission of the covered area, control-ling radio channels and communicating with the AGW.

ZXSDR B8200 W100 mainly implements channel processing. Thismanual introduces data configuration for commissioning ZXSDRB8200 W100.

The intended audience of this manual are

IntendedAudience

This document is intended for commissioning and maintenance en-gineers of ZXSDR B8200 W100.

Prerequisite Skilland Knowledge

To use this document effectively, users should have a general un-derstanding of wireless telecommunications technology. Familiar-ity with the following is helpful:

ZXSDR B8200 W100 hardware structure and working principle

NetNumen M3 (WiMAX OMC-B)

What is in ThisManual

This manual contains the following contents.

Chapter Summary

Chapter 1 Overview Introduces the networkingof ZXSDR B8200 W100 andother devices and the typicalconfiguration.

Chapter 2 Basic DataConfiguration

Introduces the basic configurationfor commissioning ZXSDRB8200 W100, including physicalconfiguration, radio configuration,BS status management, and datasynchronization.

Conventions ZTE documents employ the following typographical conventions.

Typeface Meaning

Italics References to other manuals and documents.

Quotes Links on screens.

Bold Menus, menu options, function names, input fields,radio button names, check boxes, drop-down lists,dialog box names, window names.

CAPS Keys on the keyboard and buttons on screens andcompany name.



Typeface Meaning

Note: Provides additional information about a certaintopic.

Checkpoint: Indicates that a particular step needs tobe checked before proceeding further.

Tip: Indicates a suggestion or hint to make thingseasier or more productive for the reader.

Mouse operation conventions are listed as follows:

Typeface Meaning

Click Refers to clicking the primary mouse button (usually theleft mouse button) once.

Double-click

Refers to quickly clicking the primary mouse button(usually the left mouse button) twice.

Right-click Refers to clicking the secondary mouse button (usuallythe right mouse button) once.


Declaration of RoHSCompliance

To minimize the environmental impact and take more responsibil-ity to the earth we live, this document shall serve as formal decla-ration that ZXSDR B8200 W100 manufactured by ZTE CORPORA-TION are in compliance with the Directive 2002/95/EC of the Eu-ropean Parliament - RoHS (Restriction of Hazardous Substances)with respect to the following substances:

Lead (Pb)

Mercury (Hg)

Cadmium (Cd)

Hexavalent Chromium (Cr (VI))

PolyBrominated Biphenyls (PBBs)

PolyBrominated Diphenyl Ethers (PBDEs)

The ZXSDR B8200 W100 manufactured by ZTE CORPORATION meetthe requirements of EU 2002/95/EC; however, some assembliesare customized to client specifications. Addition of specialized,customer-specified materials or processes which do not meet therequirements of EU 2002/95/EC may negate RoHS compliance of theassembly. To guarantee compliance of the assembly, the need forcompliant product must be communicated to ZTE CORPORATION inwritten form. This declaration is issued based on our current levelof knowledge. Since conditions of use are outside our control, ZTECORPORATION makes no warranties, express or implied, and assumesno liability in connection with the use of this information.



This page is intentionally blank.


C h a p t e r 1

Overview

Table of ContentsTypical Configuration........................................................... 1Position in the Network ....................................................... 1Connection Mode between ZXSDR B8200 W100 and AGW ........ 3Connection Mode between ZXSDR B8200 W100 and RRU......... 4

Typical ConfigurationZXSDR B8200 W100 can be configured with one or two PMs, oneSA, one or two CCs, one to three XBPs and one FA.

Figure 1 illustrates the typical configuration of ZXSDR B8200W100.

FIGURE 1 TYPICAL CONFIGURATION

Position in the NetworkFigure 2 illustrates the position of ZXSDR B8200 W100 in theWiMAX network.

Confidential and Proprietary Information of ZTE CORPORATION 1


FIGURE 2 POSITION IN THE WIMAX NETWORK

Table 1 describes the meanings of the NEs as shown in Figure 2.

TABLE 1 NE MEANING DESCRIPTION

NE Meaning

MS Mobile Station

RRU Remote Radio Unit

B8200 BaseBand Unit 8200

AGW ASN GateWay

CSN Connectivity Service Network

R1 Reference Point 1 protocol interface between MSand BS

R3 Reference Point 3 protocol interface betweenAGW and CSN

R6 Reference Point 3 protocol interface betweenAGW and BS

OBSAI Open Base Station Architecture Initiative

ZXSDR B8200 W100 is an independent baseband processing prod-uct. Located between AGW and RRU, it constitutes a complete BSwith RRU.

2 Confidential and Proprietary Information of ZTE CORPORATION

Chapter 1 Overview

Connection Mode betweenZXSDR B8200 W100 andAGWZXSDR B8200 W100 and AGW are connected through the R6 in-terface. Physically, E1/T1 and GE Ethernet interface are adoptedfor the connection.

Figure 3 shows the networking mode and Table 2describe themeanings of modules.

FIGURE 3 NETWORKING OF ZXSDR B8200 W100 AND AGW

TABLE 2 MODULE MEANINGS DESCRIPTION

Module Meanings

BBU 8200 BaseBand Unit

AGW ASN Gateway

E1/T1 E1/T1 Channel

Ethernet Ethernet Channel

TDM Network Time Division Multiplexing Switching Network

IP IP Network



Connection Mode betweenZXSDR B8200 W100 andRRUFibers are used to connect the XBP module of ZXSDR B8200 W100to the RRU, as shown in Figure 4.

FIGURE 4 NETWORKING OF ZXSDR B8200 W100 AND RRU


C h a p t e r 2

Basic Data Configuration

Table of ContentsPhysical Configuration ......................................................... 5Radio Configuration ...........................................................27Managing the BTS Status....................................................35Synchronizing Data............................................................37

Physical Configuration

Physical Configuration Flow

Figure 5 shows the physical configuration flow of ZXSDR B8200W100.



FIGURE 5 PHYSICAL CONFIGURATION FLOW

Configuring Global Parameters

Short Description Global Parameters take effect for all nodes in the office that canbe used by different BTSs in different districts.

Prerequisites You must have logged in to the OMC and have the configurationrights.

Context Global Parameters Configuration include:

Configure AGW


Chapter 2 Basic Data Configuration

Configure Downlink Frequency

Configure Foreign BS

Configure Paging Group

Configure OMC IP

Steps 1. Select Views > Configuration Management to display theConfiguration Management view, as shown in Figure 6.

FIGURE 6 CONFIGURATION MANAGEMENT VIEW

2. Click the OMM_WiMAX node, and the Global ParametersConfiguration window is displayed in the right pane, as shownin Figure 7.

FIGURE 7 GLOBAL PARAMETER CONFIGURATION



Note:

Buttons on Toolbar in Global Parameters Configuration win-dow is disabled as a default status. Click button to enablethe buttons and menu if you are ready to do the configuration.

3. Configure AGW.

In the enabled Global Parameters Configuration window,select AGW tab. Click button or right-click a null data recordand select Add to display the Add AGW dialog box as shownin Figure 8.

FIGURE 8 ADD AGW

Set AGW ID, Alias, AGW IP, AGW Profile and click OK toadd a AGW record.

Note:

After the AGW records are added, the parameters take ef-fect for all nodes in the office. The BTS in the districts adopta global AGW through the AGW tab of segment. A BTS canadopt multiple Base Transceiver Station and you can setthe priorities. A maximum of 32 AGWs can be added.

If not necessary, it is recommended that R6 shake param-eters, NGW version be set to the given default value.

4. Configure Downlink Frequency.



In the enabled Global Parameters Configuration window,select Downlink Frequency tab. Click button or right-clicka null data record and select Add to display the Add DownlinkFrequency dialog box as shown in Figure 9.

FIGURE 9 ADD DOWNLINK FREQUENCY

According to your planning, set Downlink Frequency andclick OK to add a Downlink Frequency record. More than onerecord can be added.

Note:

You can select a downlink frequency record to a carrier whendoing radio configuration.

5. Configure Foreign BS.

In the enabled Global Parameters Configuration window,select Foreign BS tab. Click button or right-click a null datarecord and select Add to display the Add Foreign BS dialogbox as shown in Figure 10.



FIGURE 10 ADD FOREIGN BS

According to the information of foreign BS, finish the parame-ters. And BS ID, BS Alias, Downlink frequency is required.Click OK to add a Foreign BS record. More than one record canbe added.

6. Configure Paging Group.

In the enabled Global Parameters Configuration window,select Paging Group tab. Click button or right-click a nulldata record and select Add to display the Add Paging Groupdialog box as shown in Figure 11.

FIGURE 11 ADD PAGING GROUP

Set Paging group ID,MAC hash skip threshold, Responsewindow and click OK to add a Paging Group.



Note:

MAC hash skip threshold indicate the maximum of MSsin the consecutive foreign BS broadcast messages. Validvalue range is 0 ~ 255, use default value is recommended.

Value of Response window indicate beginning position ofthe next response frame of MS after received the broadcastmassages. Valid value range is 5~ 255, use default valueis recommended.

You can select the Paging Group that a segment is belongto in the radio configuration.

7. Configure OMC IP.

In the enabled Global Parameters Configuration window,select OMC IP tab. Click button or right-click a null datarecord and select Add to display the Add OMC-IP dialog boxas shown in Figure 12.

FIGURE 12 ADD OMC-IP

Select a OMCIP ID from the drop-down list and set OMC IPto add a OMC IP.

Note:

Indicate a IP address of OMC which OMM report to.

END OF STEPS

Result Configured global parameters records will shown in each tabs andcan be modified or deleted.

Adding a B8200


Steps 1. Select Views > Configuration Management to display theConfiguration Management view.



2. Right-ClickOMM_WiMAX node and select Add District to dis-play a Add District dialog box as shown in Figure 13.

FIGURE 13 ADD DISTRICT

3. Set Alias and click OK to create a district node.

4. In the Configuration Management view, expand the config-uration tree in the left pane. Select the created District node,right-click and choose Add WBTS > Add SDR to display theAdd BTS dialog box, as shown in Figure 14.

FIGURE 14 ADDING A BTS

5. In the Add BTS dialog box, according to your planning, selecta system ID, set BTS type to B8200, set System alias andExtended attribute, and then click OK.

Note:

The system ID uniquely identifies an B8200. The valid rangeis 2048~4499.

END OF STEPS

Result After you add a B8200 NE, the B8200 node is displayed under theDistrict node.



Configuring the BBU BasicInformation


The B8200 NE must be created.

Steps 1. Click Views > Configuration Management to display theConfiguration Management view.

2. In the left pane of the Configuration Management, expandthe configuration tree to the Physical Configuration node un-der the B8200. The Physical Configuration window is dis-played in the right pane, as shown in Figure 15.

FIGURE 15 PHYSICAL CONFIGURATION

3. Configure Physical Parameter.

Click the Physical Parameter tab, set the local time zone andwhether to adopt the Daylight Saving Time (DST).

4. Configure CPU Overload Threshold.

Select CPUOverload Threshold tab and the record list of CPUoverload threshold for each board will be shown. Double-Clicka Record or Right-Click and select Modify to define the valuesfor your own customized configuration as shown in Figure 16.



FIGURE 16 CPU OVERLOAD THRESHOLD CONFIGURATION

Note:

CPU Overload Threshold record list showed the records for theboards already added. Low threshold value, High thresholdvalue, Reset temperature value is setting to 80%, 90%, 100as default. If the BBU boards havent added yet the thresholdlist would got no records.

5. Configure Static Route.

Select Static Route tab. Click button or right-click a nulldata record and select Add to display the Add Static Routedialog box as shown in Figure 17.

FIGURE 17 ADD STATIC ROUTE

According to the network plan, set Destination subnet, Sub-net mask, Next hop as shown in Table 3. Click OK to add astatic route. More than one static route can be added.



TABLE 3 STATIC ROUTE CONFIGURATION DESCRIPTION

Parameter Configuration Description Example

Destinationsubnet

Destination network which BBUwill route to, AGW network forexample

10.89.51.0

Subnet mask According to the network plan 255.255.255.0

Next hop It must be in the same networksegment as the XBP R6 IPaddress

10.87.51.1

6. Configure OMC VLAN.

Select OMC VLAN tab as shown in Figure 18.

FIGURE 18 OMC VLAN

OMC VLAN is used to divide the network management mes-sage and the service message. After enabled this functionfrom OMC uplink VLAN tag enable drop-down list, uplinkmessages will add a VLAN ID field which indicated in the OMCVLAN ID. The valid range of VLAN ID is 11 ~ 4095. Also,you can set the 802.1p priority in OMC VLAN priority. Forexample, if OMC VLAN priority is setting to a small number,messages from this VLAN ID port will be put into a low priorityqueue.



Caution:

It is cautious to modify OMC VLAN configuration. The modifi-cation will cause a reset of MAC. Saving the configuration datain advance is recommended.

END OF STEPS

Result All configured informations will shown in each tab.

Adding a BBU Rack




2. In the left pane of the Configuration Management view, ex-pand the configuration tree and select the Physical Configu-ration node under the B8200 node.

3. Right-click the Physical Configuration node and choose AddBBU Rack to display the Add B8200 W100 Rack dialog box,as shown in Figure 19.

FIGURE 19 ADDING A BBU RACK

4. Set Rack type, Installation mode and then click OK to adda BBU rack.

END OF STEPS

Result After you add a B8200 rack, the BBU Rack node is displayed underthe Physical Configuration node of the B8200 on the configura-tion tree.



Adding Boards


The B8200 rack must be created.

Context ZXSDR B8200 W100 supports two types of module height: full-height and half-height. Full-height modules include CC and XBP.Half-height modules include PM, SA, and SE. A typical configura-tion is used here to illustrate the configuration process.


2. In the Configuration Management view, expand the config-uration tree, and then select the B8200, Physical Configu-ration and required BBU rack node.

3. On the B8200 W100 rack that is displayed in the right pane,add boards.

i. On the required slot, right-click and choose Add Board,and then select the required board type, as shown in Figure20.

FIGURE 20 ADDING A BOARD

ii. Add the other boards until all the required boards areadded.

END OF STEPS

Result Added boards showed in Figure 21.

FIGURE 21 ADDING BOARD COMPLETE



Note:

Different color of boards means different configuration status.

Configuring the CC Work Mode


B8200 Rack and CCA board must be created.

Context CC Work Mode is the duplex mode of the BTS network port whichincluding Network auto adapt/network auto negotiationmode (default value) and forcedly full duplex mode.

In Network auto adapt/network auto negotiation mode, CCwill consult with the opposite before establish a duplex mode; inforcedly full duplex mode, CC will be forced to full duplex modein communication sessions.



3. On the B8200 W100 rack that is displayed in the right pane,right-click the CCA board and select Configure Work Modeand the Configure Work Mode dialog box will display asshown in Figure 22.

FIGURE 22 CONFIGURE WORK MODE

4. Select the mode of the network interface from theWorkmodedrop-down list.

END OF STEPS

Result Changed work mode will take effect from the next net session.



Configuring the XBP Work Mode


B8200 Rack and XBP board must be created.

Context XBP Work Mode is the duplex mode of the R6 port which includingNetwork auto adapt/network auto negotiationmode (defaultvalue) and forcedly full duplex mode.

In Network auto adapt/network auto negotiationmode, XBPwill consult with the opposite before establish a duplex mode; inforcedly full duplexmode, XBP will be forced to full duplex modein communication sessions.



3. On the B8200 W100 rack that is displayed in the right pane,right-click the XBP board and select Configure Work Modeand the Configure Work Mode dialog box will display asshown in Figure 23.

FIGURE 23 CONFIGURE WORK MODE

4. Select work mode of the R6 interface from the Work Modedrop-down list

END OF STEPS

Result Changed work mode will take effect from the next net session.



Configuring the Receivable Mode onCC


B8200 Rack and CCA board must be created.



3. On the B8200 W100 rack that is displayed in the right pane,right-click the CCA board and select Configure ReceivableMode and the Configure Receivable Mode dialog box willdisplay as shown in Figure 24.

FIGURE 24 CONFIGURE RECEIVABLE MODE

4. Select the mode of the antenna from the Work mode drop-down list.

Note:

CC Board antenna system has 4 different receivable mode in-cluding GPS mode, GLONASS mode, GPS+GLONASS mode,TRIONES mode. GPS: Global Positioning System; GLONASS:Global Navigation Satellite System; TRIONES: Positioning Sys-tem of TRIONES of China.

END OF STEPS



Configuring the BTS External IP


The B8200 rack must be created, and the CC board must beconfigured.


2. In the left pane of the Configuration Management view, ex-pand the configuration tree, and then select the BBU Racknode under the Physical Configuration node of the B8200.

3. In the BBU rack view, right-click the CCA board and chooseConfigure BTS External IP to display the Configure BTSExternal IP dialog box, as shown in Figure 25.

FIGURE 25 CONFIGURING THE BTS EXTERNAL IP

4. According to the network plan, set the external IP address,mask, next hop, and description, as shown in Table 4.

TABLE 4 BTS EXTERNAL IP ADDRESS DESCRIPTION

Parameter Description Example

External IP It is the IP addressthrough which theCC communicateswith the OMC. Itneeds to be setaccording to thenetwork plan.

10.50.2.10




IP mask It needs to be setaccording to thenetwork plan.

255.255.0.0

Next hop It must be in thesame networksegment as theexternal IP addressof the BTS. It needsto be set accordingto the network plan.

10.50.2.1

Description It is optional. -

5. After setting the parameters, click OK to finish the setting andreturn to the ZXSDR B8200 W100 rack view.

END OF STEPS

Configuring the XBP Parameters


The B8200 rack must be created, and the XBP board must beconfigured.



3. In the BBU rack view, right-click the XBP board and chooseConfigure XBP Parameters to display the Configure XBPParameters dialog box, as shown in Figure 26.



FIGURE 26 CONFIGURING THE XBP PARAMETERS

4. In the Port rate drop-down list, according to your planning,set the XBP port rate to 1.25G or 2.5G.

5. Click OK to finish the setting.

END OF STEPS

Configuring the XBP R6 External IPAddress



At least one static route must be created.

Context The XBP board is the R6 interface board of ZXSDR B8200 W100.Hence, the external IP address of the XBP board is the R6 IPaddress through which ZXSDR B8200 W100 communicates withAGW.



3. In the BBU rack view, right-click the XBP board and chooseConfigure R6 IP to display the Configure R6 External IPdialog box, as shown in Figure 27.



FIGURE 27 CONFIGURING THE R6 IP

4. According to the network plan, set the external IP address,MAC address, IP mask, and next hop, as shown in Table 5.

TABLE 5 R6 INTERFACE IP PARAMETERS


External IP It is the IP addressof the R6 interfacethrough whichZXSDR B8200 W100communicates withthe AGW. It needsto be configuredaccording to thenetwork plan.

10.50.1.9

MAC address If there are multipleXBP boards, the MACaddresses must beunique.

00D0D0A06E-09

IP mask It needs to be setaccording to thenetwork plan.

255.255.0.0

Next hop It must be in thesame networksegment as the R6IP address. It needsto be set accordingto the network plan.

10.50.1.1

5. After setting the parameters, click OK to finish the setting andreturn to the ZXSDR B8200 W100 rack view.

END OF STEPS



Configuring the (Fiber) Connectionbetween BBU and RRU



At least one RRU rack must be configured.


2. Expand the configuration tree in the left pane of the configura-tion management view, select the BBU Rack node under thePhysical Configuration node of the B8200.

3. Right-click the XBP board and choose Configure Connectionbetween BBU and RRU to display the Configure Port Linkdialog box, as shown in Figure 28.

FIGURE 28 CONFIGURING THE PORT LINK

4. Select a port and click Modify (or double-click the port; orright-click the port and choose Set Port Link) to display theSet Port Link dialog box, as shown in Figure 29.



FIGURE 29 MODIFYING THE PORT LINK CONFIGURATION

5. According to your planning, select the RRU ID from RRU sub-system number drop-down list and its port which will be con-nected to the XBP board from the RRU port drop-down list,then click OK to finish the settings and return to the rack view.

END OF STEPS

Result The port on which the connection is configured is changed to green,as shown in Figure 30.

FIGURE 30 RACK VIEW WITH CONNECTION BETWEEN BBU AND RRUCONFIGURED



Radio Configuration

Radio Configuration Flow

Figure 31 shows the radio configuration flow of ZXSDR B8200W100.

FIGURE 31 RADIO CONFIGURATION FLOW

Configuring the QoS Priority for theR6 Port




2. Select Radio Configuration node and click in the RadioParameter window to save the current parameter as a defaultof Global Parameter so that other tabs will change status toedit enabled.

3. Signal Priority Configuration.

Select R6 Signal Priority tab as shown in Figure 32.



FIGURE 32 R6 SIGNAL PRIORITY

Set priority mode to Disable, ToS, DSCP from the drop-downlist; Set Signal VLAN tag mode to Disable or Enable.

Note:

It is recommended that use the default value if you decideto change to ToS, DSCP or VLAN tag Enable mode.

4. Media Priority Configuration.

Select R6 Media Priority tab as shown in Figure 33.



FIGURE 33 R6 MEDIA PRIORITY

Set priority mode to Disable, ToS, DSCP from the drop-downlist; Set Signal VLAN tag mode to Disable or Enable. A param-eter list will display in the tab when you decide to change thepriority mode to enable, for example, DSCP. Press to savethe mode then you can double-click a parameter value to de-fine your own customized configuration as shown in Figure 34.

FIGURE 34 DSCP PARAMETER

END OF STEPS



Configuring a Cell


The BBU and RRU physical configuration must be completed.


2. In the Configuration Management view, expand the config-uration tree and choose the Radio Configuration node of theB8200.

3. Right-click the Radio Configuration node and choose AddCell, the Cell window is displayed in the right pane, as shownin Figure 35

FIGURE 35 ADDING A CELL

4. In the Cell window, select a cell number (0 ~ 5) and set thecell alias, or click to accept the default settings. Then, click

to save the settings.

END OF STEPS

Result A new Cell node will create under the Radio Configuration nodeon the configuration tree.



Configuring a Carrier



At least one cell must be configured.

The downlink frequency must be configured.


2. In the Configuration Management view, expand the config-uration tree in the left pane, and then choose the Cell nodeunder the Radio Configuration node of the B8200.

3. Right-click the cell node and choose Add Carrier,and the Car-rier window is displayed in the right pane, as shown in Figure36.

FIGURE 36 ADDING A CARRIER

Note:

If the downlink frequency is not configured before adding acarrier, a prompt message is displayed and the configurationdialog box is displayed.

4. In the Carrier window, set the parameters, or click to acceptthe default settings. Then, click to save the settings.



Note:

If not necessary, it is recommended that use the default valuefor the parameters except carrier id and frequency assignmentindex.

END OF STEPS

Result A new Carrier node will create under the Cell node on the config-uration tree.

Configuring a Segment



At least one cell and carrier must be configured.


2. In the configuration management view, expand the configura-tion tree in the left pane, and then choose the Carrier node un-der the Radio Configuration node of the B8200. Right-clickthe carrier node and choose Add Segment, and the Segmentwindow is displayed in the right pane, as shown in Figure 37.

FIGURE 37 SEGMENT



3. Configure Segment tab.

In Segment tab, set Operator ID, BS ID, BS Alias. If thereare more than one segments under a carrier, Preamble index,DL PUSC used subchannel bitmap parameters setting arealso required. Click to save settings.

Note:

You should finish the basic configuration in segment taband click to save it or you will not able to configure inother tabs because of losing basic parameters.

Preamble index and DL PUSC used subchannel bitmapof different segments under one carrier can not be thesame.

There is a restriction between Preamble index and Seg-ment ID For 1024 FFT, the restriction show like followingFigure 38. It is recommended that use the default value ofsystem for different segment.

FIGURE 38 RESTRICTION BETWEEN PREAMBLE INDEX AND SEGMENTID

DL PUSC used subchannel bitmap indicate the subchan-nel group which is used by a segment. A new segment willuse all the subchannel bitmaps as default. But in multi-seg-ment situation, 3 segments for example, assign subchannelbitmap to each segment is necessary. It is recommendedthat segment 0 use (bit0) Group #0 and (bit1) Group#1; segment 1 use (bit2) Group #2 and (bit3) Group#3; segment 2 use (bit4) Group #4 and (bit5) Group#5.

4. Apply AGW.



In AGW tab, click button or right-click a null data recordand select Add, Add AGW dialog box will display as shown inFigure 39.

FIGURE 39 ADD AGW

Select a AGW record and click OK to apply it to segment. Youcan apply more than one AGW to one segment using settingdifferent priority from the drop-down list.

Note:

In radio configuration, when a global AGW under a segmentis added, deleted or modified, the AGW record takes effectfor the other segment under the same BTS. This ensuresthat the AGW records of each segment are the same.

For a segment, up to 4 AGW records can be added.

5. Configure Idle.

In Idle tab, click button or right-click a null data recordand select Add, Add Paging Group dialog box will display asshown in Figure 40.



FIGURE 40 ADD PAGING GROUP

You can choose one or more paging groups, click OK to apply.

END OF STEPS

Result A new Segment node will create under the Carrier node on theconfiguration tree.

Managing the BTS StatusPrerequisites You must have logged in to the OMC and have the configuration

rights.

The District node must exist.

The BTS node must exist.

Context Through this operation, you can query and modify the commis-sioning status and cutover status easily.

A new BTS is in the configuring status by default. In this case,the IP link cannot be set up between the OMC and BTS, and thedata synchronization operation is not allowed. The IP link canbe set up (after BTS external IP address is configured) and datasynchronization and saving can be performed only after the BTScommissioning status is set to integrated or commercial. The traf-fic volume of new BTSs is usually not large, but the traffic volumeof cutover BTSs is usually very large, so the two statuses need tobe distinguished. In this way, the maintenance personnel can payattention to the two types of BTSs differently.

Steps 1. Choose Views > Configuration Management to display theConfiguration Management view.

2. In the Configuration Management view, expand the config-uration tree to the District node, and the System Configu-ration window is displayed in the right pane.

3. Click the NE Status tab, as shown in Figure 41.



FIGURE 41 NE STATUS

4. On the NE Status tab, right-click an NE record and chooseModify NE Status to display the Modify NE Status dialogbox, as shown in Figure 42.

FIGURE 42 MODIFY NE STATUS



5. Set Administrative status to Configuring, Integrated orCommercial. Set Cutover status to New site or Swappingsite. Enter remarks in the Note area.

END OF STEPS

Result If you set the NE status to commercial, the status is changed fromN to CS, as shown in Figure 43.

FIGURE 43 B8200 NODE COMMISSIONING STATUS MARK

Synchronizing DataPrerequisites You must have logged in to the OMC and have the configuration

rights.

The data configuration must be complete and correct.

The BTS status must be integrated or commercial.


2. In the Configuration Management view, right-click theOMM_WiMAX node on the configuration tree, and thenchoose Synchronize Data to display the Data Synchroniza-tion window, as shown in Figure 44.



FIGURE 44 DATA SYNCHRONIZATION

3. In the NE tree in the left pane, select the required NEs, andthen click on the toolbar. In the confirmation dialog boxthat appears, click OK to start data synchronization. Duringthe synchronization process, the synchronization progress isdisplayed in the Synchronization progress bar.

END OF STEPS

Result After the data synchronization is completed, the synchronizationresult is displayed as shown in Figure 45.

FIGURE 45 SYNCHRONIZATION RESULT


Figures

Figure 1 Typical Configuration .............................................. 1

Figure 2 Position in the WiMAX Network................................. 2

Figure 3 Networking of ZXSDR B8200 W100 and AGW............. 3

Figure 4 Networking of ZXSDR B8200 W100 and RRU.............. 4

Figure 5 Physical Configuration Flow...................................... 6

Figure 6 Configuration Management View .............................. 7

Figure 7 Global Parameter Configuration ................................ 7

Figure 8 Add AGW .............................................................. 8

Figure 9 Add Downlink Frequency ......................................... 9

Figure 10 Add Foreign BS ...................................................10

Figure 11 Add Paging Group................................................10

Figure 12 Add OMC-IP........................................................11

Figure 13 Add District ........................................................12

Figure 14 Adding a BTS ......................................................12

Figure 15 Physical Configuration ..........................................13

Figure 16 CPU Overload Threshold Configuration....................14

Figure 17 Add Static Route .................................................14

Figure 18 OMC VLAN..........................................................15

Figure 19 Adding a BBU Rack ..............................................16

Figure 20 Adding a Board ...................................................17

Figure 21 Adding Board Complete ........................................17

Figure 22 Configure Work Mode...........................................18

Figure 23 Configure Work Mode...........................................19

Figure 24 Configure Receivable Mode ...................................20

Figure 25 Configuring the BTS External IP.............................21

Figure 26 Configuring the XBP Parameters ............................23

Figure 27 Configuring the R6 IP...........................................24

Figure 28 Configuring the Port Link ......................................25

Figure 29 Modifying the Port Link Configuration .....................26

Figure 30 Rack View with Connection between BBU and RRU

Configured........................................................26

Figure 31 Radio Configuration Flow ......................................27

Figure 32 R6 Signal Priority.................................................28

Figure 33 R6 Media Priority .................................................29



Figure 34 DSCP Parameter..................................................29

Figure 35 Adding a Cell ......................................................30

Figure 36 Adding a Carrier ..................................................31

Figure 37 Segment ............................................................32

Figure 38 Restriction Between Preamble index and Segment

ID ...................................................................33

Figure 39 Add AGW ...........................................................34

Figure 40 Add Paging Group................................................35

Figure 41 NE Status...........................................................36

Figure 42 Modify NE Status.................................................36

Figure 43 B8200 Node Commissioning Status Mark ................37

Figure 44 Data Synchronization ...........................................38

Figure 45 synchronization Result .........................................38


Tables

Table 1 NE Meaning Description ............................................ 2

Table 2 Module Meanings Description .................................... 3

Table 3 Static Route Configuration Description .......................15

Table 4 BTS External IP Address Description..........................21

Table 5 R6 Interface IP Parameters ......................................24


Index

AAGW Adapting...................33AGW Configuration ..............8

BBTS IP Configuration..........21

CCarrier Configuration..........31Cell Configuration ..............30CPU Overload ThresholdConfiguration...................13

DDownlink FrequencyConfiguration.....................8

FForeign BS Configuration ......9

IIdle Configuration..............34

NNE Status .........................35

OOMC IP Configuration.........11OMC VLAN Configuration.....15

PPaging GroupConfiguration...................10Physical ParameterConfiguration...................13Port Connection.................25

RR6 IP Configuration............23Receivable Mode................20

SSegment Configuration.......33Static Route Configura-tion ................................14Synchronization ................37


Glossary

AGW- ASN Gateway

ASN- Access Service Network

BS- Base Station

BTS- Base Transceiver Station

CC- Control and Clock Module

FA- Fan Array Module

PM- Power Module

RRU- Remote Radio Unit

SA- Site Alarm Module

XBP- X Baseband Processing Module


About This ManualDeclaration of RoHS ComplianceOverviewTypical ConfigurationPosition in the NetworkConnection Mode between ZXSDR B8200 W100 and AGWConnection Mode between ZXSDR B8200 W100 and RRU

Basic Data ConfigurationPhysical ConfigurationPhysical Configuration FlowConfiguring Global ParametersAdding a B8200Configuring the BBU Basic InformationAdding a BBU RackAdding BoardsConfiguring the CC Work ModeConfiguring the XBP Work ModeConfiguring the Receivable Mode on CCConfiguring the BTS External IPConfiguring the XBP ParametersConfiguring the XBP R6 External IP AddressConfiguring the (Fiber) Connection between BBU and RRU

Radio ConfigurationRadio Configuration FlowConfiguring the QoS Priority for the R6 PortConfiguring a CellConfiguring a CarrierConfiguring a Segment

Managing the BTS StatusSynchronizing Data

FiguresTablesIndexGlossary

SJ-20100712162153-003-ZXSDR B8200 W100(V4.02)WiMAX Baseband Commissioning and Data Configuration Manual

Documents

zte corporationor

zte corporationno

distribution ofthis

zxsdr b8200 w100 andagw

zxsdr b8200 w100 andrru

connection mode

basic data configuration

physical configuration