zxsdr b8200 gu360 (v4.00.100) indoor gsm&umts dual mode baseband unit ground parameter reference

ZXSDR B8200 GU360Indoor GSM&UMTS Dual Mode

Baseband UnitGround Parameter Reference

Version 4.00.100

ZTE CORPORATIONZTE Plaza, Keji Road South,Hi-Tech Industrial Park,Nanshan District, Shenzhen,P. R. China518057Tel: (86) 755 26771900Fax: (86) 755 26770801URL: http://ensupport.zte.com.cnE-mail: [email protected]

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Copyright © 2006 ZTE CORPORATION.

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

Revision History

Revision No. Revision Date Revision Reason

1.0 20090105 First Edition (B8200 GU360 V4.00.100b2 + OMMBV4.00.100d2)

Serial Number: 20085384

Contents

Preface............................................................... i

General Configuration Parameters ....................1Base Station .................................................................. 1

BS Equipment Resource Management................................ 4

Rack ............................................................................. 6

Rack Topo...................................................................... 7

Antenna ........................................................................ 9

RF Connection...............................................................10

Tower Top Amplifier .......................................................11

Environment Supervision ................................................13

Clock Source PRI ...........................................................14

Serial Port Information ...................................................15

AISG Device .................................................................16

Dry Contact ..................................................................17

Transmission Configuration Parameters..........19Physical Layer Management ............................................19

E1/T1 Link................................................................19

HDLC Link ................................................................20

Time Slot Interchange................................................22

Global Port Layer Management ........................................23

Ethernet...................................................................23

QoS Bandwidth .........................................................25

PPP Link ...................................................................26

Global Port ...............................................................30

IP/Static Router Layer Management .................................31

IP Parameter.............................................................31

Static Router.............................................................33

Transmission Layer Management .....................................34

SCTP Association .......................................................34

SCTP Stream ............................................................37

OMC-B Link ..............................................................38

Clock Configuration........................................................39

IP Clock ...................................................................39

Figures ............................................................41

Tables .............................................................43

List of Glossary................................................45

Preface

Purpose ZXWR OMM is the operation and maintenance module of ZTEWCDMA product series. Configuration management, fault man-agement, topology management, performance management andsecurity management can be performed via OMM.

This manual is a parameter reference for BS ground resource man-agement.

What is in ThisManual

TABLE 1 CHAPTER SUMMARY

Chapter Summary

Chapter 1 General ConfigurationParameters

Introduces general configurationparameters of ground resourcemanagement.

Chapter 2 TransmissionConfiguration Parameters

Introduces transmissionconfiguration parameters ofground resource management.

IntendedAudience

� Maintenance engineer

� NM engineer

Confidential and Proprietary Information of ZTE CORPORATION i

ZXSDR B8200 GU360 Ground Parameter Reference

This page is intentionally blank.

ii Confidential and Proprietary Information of ZTE CORPORATION

C h a p t e r 1

General ConfigurationParameters

Table of ContentsBase Station ...................................................................... 1BS Equipment Resource Management.................................... 4Rack ................................................................................. 6Rack Topo.......................................................................... 7Antenna ............................................................................ 9RF Connection...................................................................10Tower Top Amplifier ...........................................................11Environment Supervision....................................................13Clock Source PRI ...............................................................14Serial Port Information .......................................................15AISG Device .....................................................................16Dry Contact ......................................................................17

Base StationInterface The related interface is shown in the figure below.

Confidential and Proprietary Information of ZTE CORPORATION 1


2 Confidential and Proprietary Information of ZTE CORPORATION

Chapter 1 General Configuration Parameters

Parameter Parameter description is shown in the table below.

Parameter Description Value Range Remarks

User Label Self-defined name 40 characters at most -

Managed Element IDID of BS managed el-ement, for OMM use [0, 65535] -

Managed ElementType BS Type {ZTE series BS type} -

Managed Element IPAddress

IP address for BS op-eration and mainte-nance - -

Vendor Name BS manufacturer 40 characters at most -

User Defined State Reserved field - -




LocationDescription of BS in-stallation location 40 characters at most -

Software VersionBS Software VersionNo. {Software Version} -

LongitudeLongitude of BS loca-tion

[-180.00000,180.00000] -

Latitude Latitude of BS location[-90.00000,90.00000] -

Maintain StatusWhether ME is in serv-ice state {Normal, Testing}

OMM does not reportto upper-level NM sys-tem the alarm causedby BS testing status.

BS Equipment ResourceManagement

Interface The related interface is shown in the figure below.






Base Station ID [0, 65535] Inter-Operabilityparameter,consistent with RNCconfiguration

Base Station No

Base StationDescription

BS Description 200 characters atmost

-

Base Station Type BS Type - Parameter valueautomatically set bythe system




GSM No GSM No when GSMmode of the BS issupported

[0, 65535] –

Clock SyncPeriod(Hours)

SNTP clocksynchronizationperiod for the BS

[0, 48] -

Medium Type of IUBLine

Transmission mediumat Iub/Abis interface

{E1, T1, FE, Sat, GE} –

NTP Server IP Address Time server IPaddress

- -

Time Zone The time zone whereOMC-B is located

Refer to softwarepull-down list

-

Support Power-offControl

Whether power-offcontrol is supported

{Supported, NotSupported}

If the parameteris configured as“supported”, systemwill adjust theoperation of BS boardin order to savepower.

Power Work Model Working mode of thetwo power supplies

{Master And SlaveModel, BurthenPartake Model}

The current versiononly supports “MasterAnd Slave Model”.

Network Switch Model Network switch modelwhen two FS boardsare configured.

{Master And SlaveModel, BurthenPartake Model}

–

Transmission Type Transmission type atIub/Abis interface

{Full IP} -

Radio Mode Radio mode used bythe dual-mode BS

{GSM, WCDMA,GSM/WCDMA}

–

Support SummerTime

Whether summertime is supported

{Supported, NotSupported}

If the parameteris configured as“supported”, Startingand ending summertime should beconfigured.

RackInterface The related interface is shown in the figure below.





User Label Self-defined namefor the current MO(managed object).

40 characters at most -

Rack No. Rack No. [1, 25] Main rack No. is 1.RU/RRU rack No. is2~25.

Rack Type Rack type {Rack type} -

Rack Name User-Defined rackname

200 characters atmost

-

Phone Number Phone number - -

Rack TopoInterface The related interface is shown in the figure below.





User Label Self-Defined Name 40 characters at most -

Rack No. Rack No. ofupper-level NE inthe case of cascadenetworking

{The rack that can becascaded}

Shelf No. Shelf No. ofupper-level boardin the case of cascadenetworking


Slot No. Slot No. ofupper-level boardin the case of cascadenetworking


Port ID Port ID of upper-levelboard in the case ofcascade networking

Depending on boardtype

Cascading interface A




Child Rack No. Rack No. oflower-level NE inthe case of cascadenetworking


Child Shelf No. Shelf No. oflower-level boardin the case of cascadenetworking


Child Slot No. Slot No. of lower-levelboard in the case ofcascade networking


Child Port ID Port ID of lower-levelboard in the case ofcascade networking

Depending on thetype of lower-levelBS/RRU

Cascading interface B

RRU Connection Mode RRU networking mode Depending onthe networkingmode supported byRRU/BBU

-

AntennaInterface The related interface is shown in the figure below.







Rack No. No. of the rack thatcan be configuredwith antenna

{The rack that hasbeen created and canbe configured withantenna}

-

Slot No. Antenna ID Depending on themaximum number ofantennas per rack

-

Antenna Type Antenna type {ANT, RET} ANT-Ordinaryantenna; RET-Remoteelectrical tilt antenna

RF ConnectionInterface The related interface is shown in the figure below.





User Label Self-Defind Name 40 characters at most -

RF Connection ID ID of RF connection [0, 254] -

Transceiving Flag Whether the RFconnection is transmitconnection or receiveconnection

{Uplink (Receive),Downlink (Transmit)}

-

RF Connection Type Type of RF connection Depending on BS typeand the correspondingboard type

-

Rack No. No. of the rack wherethe RF unit usedby the current RFconnection is located

- -

board (rack, shelf,slot)

ID of the RF unit(board) used by thecurrent RF connection

- -

In/Out Port ID Port ID of the RF unitused by RF connection

- In Port ID isconfigured foruplink; Out PortID is configured fordownlink.

Tower Top AmplifierInterface The related interface is shown in the figure below.




Parameter Description Value Range

User Label Self-defined name 40 characters at most

Rack No./ shelf No./Tower TopAmplifier ID

Rack No./ shelf No./AntennaID of the antenna thatis connected with toweramplifier

{ID of the created antenna}

Type Type of tower top amplifier {TMA, TMB30, TMB40, ATMA,ACOM}

TMA[110, 130] x (0.1dB)

TMB30/40 [120, 240] x(0.1dB)

ATMA[44, 52] x (0.25dB)

Uplink Power Gain Uplink power gain

ACOM[0, 14] x (0.5dB)

Downlink Power Gain Downlink power gain TMB30/40[70, 170] x (0.1dB)




Tower Top Amplifier NoiseCoefficient

Noise coefficient [10, 30] x (0.1 dB)

Tower Top Amplifier FeederCable Loss

Feeder loss [0, 80] x (0.1 dB)

Minimum Power SupplyCurrent

Under-Current alarmthreshold

[0, 70]

Work Current Alarm UpperLimit

Upper limit of work currentalarm

[135, 160]

Work Current Alarm LowerLimit

Lower limit of work currentalarm

[70, 85]

Environment SupervisionInterface The related interface is shown in the figure below.






Rack No.

Shelf No.

Slot No.

Location of the SA board Rack No./Shelf No./Slot No.where SA board is located

Environment MonitoringThreshold Type

Environment supervision type {External Temperature, VSWRAlarm Threshold}

Upper Limit Alarm upper limit Depending on environmentsupervision type

Lower Limit Alarm lower limit Depending on environmentsupervision type

Clock Source PRIInterface The related interface is shown in the figure below.



User Label Self-Defined name 40 characters at most -




External Clock SourceID

Type of external clocksource

Depending onthe clock sourcesupported by BS

-

Priority Priority of clocksource

Depending on thenumber of clocksources supported byBS

Parameter value andpriority level areinversely correlated.(The lower thevalue is, the higherthe priority levelbecomes.)

Serial Port InformationInterface The related interface is shown in the figure below.







Rack No./ShelfNo./Slot No.

Location of the boardwith the current serialport

Depending on BS type -

Serial Port No. Serial port No. Depending on typeof the board whichsupports serial port(The number ofserial ports supportedby different boardsvaries.)

-

Baud Rate Transmission baudrate at serial Port

{4800, 9600, 19200,38400, 57600,115200}

Consistent withserial port deviceconfiguration

AISG DeviceInterface The related interface is shown in the figure below.






Device ID Serial number of AISGdevice

32 characters at most The first twocharacters representmanufacturer ID.

Device Type AISG device type {RET, ATMA, ACOM} -

Rack No./Shelf No. The rack/ shelf whereAISG device is located

- -

Slot No. The slot where AISGdevice is located

- For remote electricaltilt antenna, theparameter representsantenna ID; for toweramplifier, it is the IDof tower amplifier; foractive combiner, it isACOM channel ID.

AISG Version No. AISG protocol versionNo.

{1.1, 2.0} Only two AISGprotocol versionsexist currently.

CCU Rack No./ CCUShelf No./CCU SlotNo.

Location of AISG CCU(control and clockunit) at BS device

Depending on BSdevice type

-

Dry ContactInterface The related interface is shown in the figure below.







Location of the boardwhere dry contactsignal is inputted

- -

Dry Contact No. Dry contact port ID Depending on BS type -

Alarm Mode Setting the statusunder which thealarm is activated

{Closed, Open} When the initial stateof dry contact isopen circuit, closedcircuit produces alarmand the parameteris configured as“Closed”.

When the initial stateof dry contact isclosed circuit, opencircuit produces alarmand the parameter isconfigured as “Open”.

Alarm Content No. Alarm contentproduced afterreception of drycontact signal

{TMB downlinkbypass alarm, TMBuplink bypass alarm,Master power supplyfault, Immersionalarm, Smog alarm,Storage batteryalarm, Master powersupply over voltagealarm, master powersupply lack voltagealarm, Master powersupply broken alarm,Equipment of IndoorSurge ProtectionDevice alarm, TurnoffEquipment of IndoorSurge ProtectionDevice alarm,Shelf Indoor SurgeProtection Devicealarm, Outdoor SurgeProtection Devicealarm}

-


C h a p t e r 2

TransmissionConfigurationParameters

Table of ContentsPhysical Layer Management ................................................19Global Port Layer Management ............................................23IP/Static Router Layer Management .....................................31Transmission Layer Management .........................................34Clock Configuration............................................................39

Physical Layer ManagementE1/T1 Link







Rack No./Shelf No./SlotNo./E1/T1 Link ID

Location which the E1/T1 linkis connected with (rack/ shelf/slot/port)

-

Link Type Far-End equipment whichE1/T1 link is connected to

{RNC, BSC, ALL}

HDLC Link



Chapter 2 Transmission Configuration Parameters



User Label Self-Defined Name 40 characters at most

Rack No./Shelf No./SlotNo/HDLC ID/Bearer Link Type

The type of link which bearsHDLC and the link location

-

HDLC Link ID HDLC link ID [0, 31]

Row No./Timeslot Map The E1/T1 time slot used byHDLC link

-



Time Slot Interchange






Location of theinterface board wheretime slot interchangeis performed

- -




In E1/T1 Link ID ID of in E1/T1 link Depending on thenumber of E1/T1 lineson interface board

-

Out E1/T1 Link ID ID of out E1/T1 link Depending on thenumber of E1/T1 lineson interface board

-

Row No./In TimeslotMap/Out TimeslotMap

To select the timeslot used in time slotinterchange

- To configure time slotto be used as “in use”

The number of in timeslots and that of outtime slots should bethe same.

Global Port LayerManagementEthernet







Rack No./ShelfNo./Slot No./PortID

Location which theEthernet link isconnected with(rack/shelf/boardslot/port)

- -

Working Mode Ethernet workingmode

{10Mbps half-duplex,100Mbps full-duplex,Self-Adaptive,10Mbps full-duplex,100Mbps half-duplex,1000Mbps}

Inter-Operabilityparameter, consistentwith far-endequipment

Link Object Ethernet link object {IPbone, BTS} –

Bandwidth Link bandwidth [0, 100000] -



QoS Bandwidth





Rack No./ShelfNo./Slot No./PortID

Location which theEthernet link isconnected with(rack/shelf/boardslot/port)

- -

Traffic Quality Priority Traffic quality priority [0, 255] –

Bandwidth of QoS Link bandwidth in thecase of fixed priority

– The total bandwidthfor all priorities cannotexceed the configuredEthernet bandwidth.



PPP Link






[Basic Information]



Location of the linkwhich bears Point-to-Point Protocol(rack/shelf/board)

- -

Link Type The bottom-layerprotocol used by PPPlink

{HDLC} -




Bearer Protocol Protocol type for PPPlink

{PPP, ML-PPP} –

Base Station IP Local IP Address ofPPP link

- IP address is obtainedautomatically ifparameter value is“0.0.0.0”.

Quality Protocol Service qualityprotocol

{LQR, Unsupported} -

This parameter isconfigurable onlywhen data link layerprotocol is HDLC.

HDLC No. The HDLC link whichbears PPP protocol

-

One HDLC link canbe selected whenbearer protocol is“PPP”; multiple HDLClinks may be selectedwhen bearer protocolis “ML-PPP”.

[Authentication Information]

Authentication Whether to performauthentication

{Authenticationdisabled,AuthenticationEnabled}

-

Authentication UserName

Authentication username during linkestablishment

- -

AuthenticationPassword

Authenticationpassword during linkestablishment

- -

[IP Information]

IP Compression Whether IPcompression issupported

{CompressionDisabled,CompressionEnabled}

-

Maximum PeriodBetween Full Headers

Maximum intervalpackets between fullheaders

[1, 65535] -

Maximum TimeBetween Full Headers

Maximum intervalperiod between fullheaders

[1, 255] -

Maximum TCPCompression ID

Maximum TCPcompression ID

[3, 255] -

Maximum NONTCPCompression ID

Maximum NONTCPcompression ID

[3, 65535] -

Maximum Length ofHeader

Maximum length ofcompressible header

[60, 65535] -




Type of MP Head MP header sequenceformat

{Long, Short,InValid}

–

MP Priority MP priority Long: [1, 16]; Short:[1, 4]

–

Global Port




User Label Self-Defined Name 40 characters at most -

Port Type Type of the link thatbears global port

{IP over Ethernet, IPover PPP}

–




Rack No./ShelfNo./Slot No/Port ID

Location of the linkthat bears global port(rack/shelf/board/port)

- -

VLAN ID Global port VLAN ID [2, 4094] If VLAN is unused,VLAN ID is “65535”.

IP/Static Router LayerManagementIP Parameter







Global Port Global port ID {The created globalport}

–

IP Address/Subnet-work Mask/Gateway

IP addressinformation of globalport

- -

Bandwidth Bandwidth at globalport

[0, 100000] -

Living time of IP Pack Living time of IPpacket

[0, 255] –




Maximum length oftraffic unit

MTU [0, 65535] Recommendedparameter value is“1450”.

Radio Mode Traffic type over IPlink

{WCDMA, GSM,WCDMA/GSM}

–

COS Flag COS type over IP link {1 for Support, 0 forNonsupport}

–

Static Router








Static Router ID Static router ID [0, 127] -

Global Port The global port thatneeds routing

{The created globalport}

–

Target IP Address Target IP address Valid IP address –

Target Network Mask Target network mask – –

Next Hop Gateway Next hop gateway Valid IP address –

Transmission LayerManagementSCTP Association







Association ID Association ID [0, 1] The maximumnumber of configuredSCTP association linksis 2.


Location of the boardwhich bears SCTP link

- -

Radio Mode Traffic type over SCTPlink

{WCDMA, GSM} –




No.0 Local IP Address Local IP address ofSCTP link

Valid IP -


Valid IP -


Valid IP -


Valid IP -

Local Port Number Local port No. ofSCTP link

[0, 65535] -

Remote Port Number Remote port No. ofSCTP link

[0, 65535] -

No.0 Remote IPAddress

Local IP address ofSCTP link (on RNCside)

Valid IP -



Valid IP –



Valid IP –



Valid IP –

Number ofInput/Output Streams

Number of SCTPstreams

[1, 6] -

QoS IP link QoS {EF service, Servicegroup 4, discardPriority middle;Service group 2,discard Prioritymiddle; make thebest of; Service group4, discard Priorityhigh; Service group2, discard Priorityhigh}

-

Maximum Retry Times Maximum retry timesafter packet loss

[3, 5] -

Maximum IntervalTime

Maximum intervaltime for retry afterpacket loss

[1, 30] –

Heartthrob IntervalTime

Time interval forsending SCTP statusmonitor information

[1, 300] –



SCTP Stream





Association ID The correspondingSCTP link instream parameterconfiguration

{The created SCTPlink}

–

Stream ID Stream ID [0, 5] –

User Type The user type thatSCTP stream bears

{NCP, CCP,NCP+CCP}

–



OMC-B Link




User Label Self-Defined name 40 characters at most

Rack No./Shelf No./Slot No. The interface board whichbears OMC-B connection

-

Link ID ID of OMC-B link [0, 1]

Base Station OMC IP Address IP address of the interfaceused to transmit BS operationand maintenance data packet

Configured IP address




Base Station OMC Gateway Destination gateway foroperation and maintenancedata sent by BS

Valid IP address

IP Tos QoS of IP link [0, 255]

Clock ConfigurationIP Clock








Sync server IPAddress

IP address of clocksynchronizationserver

Valid IP -

Subnet Mask Subnet mask ofclock synchronizationserver

Subnet mask –

Gateway Address Gateway address ofclock synchronizationserver

Valid IP –

IP Address for BaseStation Clock

IP address for BSclock

{The created IP} -

IP Tos QoS of IP link {EF service, Servicegroup 4, discardpriority middle;Service group 2,discard prioritymiddle; make thebest of; Service group4, discard priorityhigh; Service group2, discard priorityhigh}

–

SYNC Interval Time Requested timeinterval for sendingSYNC (SYNC sent byremote end)

[1, 40] -

DELAY REQUESTInterval Time

Requested timeinterval for sendingDELAY REQUEST(DELAY REQUESTsent by remote end)

[30, 120] -

Sending Mode Sending mode {one step, two step} -

Durative SYNC Time Requested durativetime for sending SYNC(SYNC sent by remoteend)

[600, 3600] -

Durative DELAYREQUEST Time

Requested durativetime for sendingDELAY REQUEST(DELAY REQUESTsent by remote end)

[600, 3600] -


Figures


Tables


List of Glossary

AISG - Antenna Interface Standards Group

CCP - Communication Control Port

GSM - Global System for Mobile communication

HDLC - High-level Data Link Control

MTU - Maximum Transmission Unit

NCP - Node B Control Port

OMM - Operation & Maintenance Module

PPP - Point-to-Point Protocol

QoS - Quality of Service

RNC - Radio Network Controller

RRU - Remote Radio Unit

SA - Site Alarm Module

SCTP - Stream Control Transfer Protocol

VLAN - Virtual LAN

VSWR - Voltage Standing Wave Ratio

WCDMA - Wideband Code Division Multiple Access


zxsdr b8200 gu360 (v4.00.100) indoor gsm&umts dual mode baseband unit ground parameter reference

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