ZTE 880280 User Manual

ZXSDRBS8802C100

ZXSDRCDMABasestation-8802

UserGuide

Version:1.00

ZTECORPORATION
NO.55,Hi-techRoadSouth,ShenZhen,P .R.China
Postcode:518057
Tel:[phone]
Fax:[phone]
URL:http://ensupport.zte.com.cn
E-mail:[e-mail]

LEGALINFORMATION

Copyright©2011ZTECORPORA TION.

Thecontentsofthisdocumentareprotectedbycopyrightlawsandinternationaltreaties.Anyreproductionor

distributionofthisdocumentoranyportionofthisdocument,inanyformbyanymeans,withoutthepriorwritten

consentofZTECORPORATIONisprohibited.Additionally,thecontentsofthisdocumentareprotectedby

contractualcondentialityobligations.

Allcompany,brandandproductnamesaretradeorservicemarks,orregisteredtradeorservicemarks,ofZTE

CORPORATIONoroftheirrespectiveowners.

Thisdocumentisprovided“asis”,andallexpress,implied,orstatutorywarranties,representationsorconditions

aredisclaimed,includingwithoutlimitationanyimpliedwarrantyofmerchantability,tnessforaparticularpurpose,

titleornon-infringement.ZTECORPORATIONanditslicensorsshallnotbeliablefordamagesresultingfromthe

useoforrelianceontheinformationcontainedherein.

ZTECORPORA TIONoritslicensorsmayhavecurrentorpendingintellectualpropertyrightsorapplications

coveringthesubjectmatterofthisdocument.ExceptasexpresslyprovidedinanywrittenlicensebetweenZTE

CORPORATIONanditslicensee,theuserofthisdocumentshallnotacquireanylicensetothesubjectmatter

herein.

ZTECORPORA TIONreservestherighttoupgradeormaketechnicalchangetothisproductwithoutfurthernotice.

UsersmayvisitZTEtechnicalsupportwebsitehttp://ensupport.zte.com.cntoinquirerelatedinformation.

TheultimaterighttointerpretthisproductresidesinZTECORPORATION.

RevisionHistory

RevisionNo.RevisionDateRevisionReason

R1.12011–10–25Updatedthe“FCC&ICSTA TEMENT”and“FCCRadiation

ExposureStatement”.

R1.02011–04–25Firstedition

SerialNumber:SJ-20110329145303-001

PublishingDate:2011–10–25(R1.1)

Content

FCC&ICSTA TEMENT...................................................................................I

FCCRadiationExposureStatement.............................................................I

AboutThisManual.........................................................................................I

Chapter1SystemDescription..................................................................1-1

1.1SystemBackground...........................................................................................1-1

1.2SystemPosition.................................................................................................

1.3Appearance.......................................................................................................

1.4SystemFunctions...............................................................................................1-3

1.5SystemFeatures................................................................................................

1.6ExternalInterfaces.............................................................................................

1.7StandardsComplied...........................................................................................

Chapter2SystemStructure......................................................................

2.1SystemArchitecture...........................................................................................2-1

2.2PRAStructure....................................................................................................2-2

2.3SignalProcessingFlow......................................................................................2-3

Chapter3Indices........................................................................................3-1

3.1PhysicalIndices.................................................................................................

3.2CapacityIndices.................................................................................................3-1

3.3ReliabilityIndices...............................................................................................3-1

3.4PowerIndices....................................................................................................3-2

3.5T emperatureandHumidity..................................................................................3-2

1-1

1-2

1-5

1-6

1-7

2-1

3-1

3.6EnvironmentalClasses.......................................................................................3-2

3.7RFIndices.........................................................................................................3-2

3.8BTSClockT echnicalParameters........................................................................3-6

Chapter4Networking................................................................................4-1

4.1Overview...........................................................................................................4-1

4.2ExistingTransmissionResource..........................................................................4-1

4.3MobileDataNetwork..........................................................................................

4.4PublicNetworkResource....................................................................................4-2

Chapter5Application................................................................................5-1

5.1Overview...........................................................................................................5-1

5.2FamilyCoverage................................................................................................5-1

I

4-2

5.3EnterpriseApplication.........................................................................................5-2

5.4HotSpotandBlindAreaCoverage......................................................................5-3

5.5SpecialApplicationsSolution..............................................................................5-3

Chapter6HardwareInstallation...............................................................6-1

6.1SafetyInstruction...............................................................................................6-1

6.1.1SafetyOverview.......................................................................................6-1

6.1.2SafetySymbols........................................................................................6-1

6.1.3SafetySpecications................................................................................6-3

6.2InstallationPreparation.......................................................................................

6.3ChassisInstallation............................................................................................6-6

6.3.1Pole-MountingaZXSDRBS8802C100.....................................................

6.3.2Wall-MountedInstallation........................................................................6-10

6.3.3Ceiling-MountingtheZXSDRBS8802C100.............................................6-15

6.4CableInstallation..............................................................................................6-19

6.5GPSAntennaFeederSystemInstallation..........................................................6-19

6.5.1GPSAntennaInstallation........................................................................

6.5.2GPSFeederCableSelectionPrinciple.....................................................

6-19

6-25

Figures.............................................................................................................I

Tables............................................................................................................III

Glossary.........................................................................................................V

6-6

6-6

II

FCC&ICSTATEMENT

ThisdevicecomplieswithPart15oftheFCCRules.Operationissubjecttothefollowing
twoconditions:

1.Thisdevicemaynotcauseharmfulinterference.

2.Andthisdevicemustacceptanyinterferencereceived,includinginterferencethatmay
causeundesiredoperation.

Note:

ThisequipmenthasbeentestedandfoundtocomplywiththelimitsforaClassBdigital
device,pursuanttoPart15oftheFCCRules.Theselimitsaredesignedtoprovide
reasonableprotectionagainstharmfulinterferencewhentheequipmentisoperatedin
acommercialenvironment.Thisequipmentgenerates,uses,andcanradiateradio
frequencyenergyand,ifnotinstalledandusedinaccordancewiththeinstructionmanual,
maycauseharmfulinterferencetoradiocommunications.

Operationofthisequipmentinaresidentialareaislikelytocauseharmfulinterferencein
whichcasetheuserwillberequiredtocorrecttheinterferenceathisownexpense.

Caution!

Changesormodicationstothisunitnotexpresslyapprovedbythepartyresponsiblefor
compliancewillvoidtheuser’sauthoritytooperatetheequipment.Anychangetothe
equipmentwillvoidFCCandICgrant.

ThisequipmenthasbeentestedandfoundtocomplywiththelimitsforaClassBdigital
device,pursuanttotheFCCandICRules.Thisequipmentgenerates,usesandcan
radiateradiofrequencyenergyand,ifnotinstalledandusedinaccordancewiththe
instructions,maycauseharmfulinterferencetoradiocommunications.However,thereis
noguaranteethatinterferencewillnotoccurinaparticularinstallation.

I

II

FCCRadiationExposure Statement

ThisequipmentcomplieswithFCCradiationexposurelimitssetforthforanuncontrolled
environment.Thisequipmentshouldbeinstalledandoperatedwithminimumdistance4m
betweentheradiator&yourbody.

ThisequipmentgeneratesRFelectromagneticenergyduringtransmitmode.

Thisradioisdesignedforandclassiedas“OccupationalUseOnly”,meaningitmust
beusedonlyduringthecourseofemploymentbyindividualsawareofthehazards,and
thewaystominimizesuchhazards.ThisradioisNOTintendedforusebythe“General
Population”inanuncontrolledenvironment.

ThisradiohasbeentestedandcomplieswiththeFCCRFexposurelimitsfor“Occupational
UseOnly”.

Inaddition,theequipmentcomplieswiththefollowingStandardsandGuidelineswith
regardtoRFenergyandelectromagneticenergylevelsandevaluationofsuchlevelsfor
exposuretohumans:

1.FCCOETBulletin65Edition97-01SupplementC,EvaluatingCompliancewithFCC
GuidelinesforHumanExposuretoRadioFrequencyElectromagneticFields.

2.AmericanNationalStandardsInstitute(C95.1-1992),IEEEStandardforSafetyLevels
withRespecttoHumanExposuretoRadioFrequencyElectromagneticFields,3kHz
to300GHz.

3.AmericanNationalStandardsInstitute(C95.3-1992),IEEERecommendedPractice
fortheMeasurementofPotentiallyHazardousElectromagneticFields–RFand
Microwave.

4.Thefollowingaccessoriesareauthorizedforusewiththisproduct.Useofaccessories
otherthanthose(listedintheinstruction)speciedmayresultinRFexposurelevels
exceedingtheFCCrequirementsforwirelessRFexposure.

I

II

AboutThisManual

Purpose

ThismanualdescribesthefeaturesandoperationofZXSDRBS8802C100CDMAindoor
multi-carrierPicoBaseTransceiverStation.

IntendedAudience

Thisdocumentisintendedfor:

lEngineeringtechnicalengineer
lInstallationengineer

PrerequisiteSkillandKnowledge

Tousethisdocumenteffectively,usersshouldhaveageneralunderstandingoftheCDMA
technology.Familiaritywiththefollowingishelpful:

lcdma2000fundamental
lSoftwarebasicknowledge

WhatisinThisManual

Thismanualcontainsthefollowingchapters.

SectionSummary

Chapter1System

Description

Chapter2System

Structure

Chapter3IndicesDescribestheindicesofZXSDRBS8802C100.

Chapter4NetworkingDescribesthenetworkingmodeofZXSDRBS8802C100.

Chapter5ApplicationDescribestheapplicationscenariosofZXSDRBS8802C100.

Chapter6Hardware

Installation

Givesanoverview,function,andinterfacesofZXSDRBS8802C100.

DescribesthesystemstructureofZXSDRBS8802C100,including

hardwarestructureandsoftwarestructure.

DescribestheinstallationprocedureofZXSDRBS8802C100.

Conventions

ZTEdocumentsemploythefollowingtypographicalconventions.

TypefaceMeaning

ItalicsReferencestootherManualsanddocuments.

“Quotes”Linksonscreens.

I

TypefaceMeaning

BoldMenus,menuoptions,functionnames,inputelds,radiobuttonnames,

checkboxes,drop-downlists,dialogboxnames,windownames.

CAPSKeysonthekeyboardandbuttonsonscreensandcompanyname.

Note:Providesadditionalinformationaboutacertaintopic.

Checkpoint:Indicatesthataparticularstepneedstobecheckedbefore

proceedingfurther.

Tip:Indicatesasuggestionorhinttomakethingseasierormore

productiveforthereader.

II

Chapter1

SystemDescription

TableofContents

SystemBackground...................................................................................................1-1

SystemPosition.........................................................................................................1-1

Appearance................................................................................................................1-2

SystemFunctions.......................................................................................................

SystemFeatures........................................................................................................1-5

ExternalInterfaces.....................................................................................................

StandardsComplied...................................................................................................1-7

1.1SystemBackground

Asa3Gmobilecommunicationsystem,CDMA2000isthemainstreamsystemandwidely
usedinthewholeworld.ItcomprisesMSS,BSS,andMS.BSScomprisesBTSandBSC.

1-3

1-6

1.2SystemPosition

WiththeoptimizationandimprovementofCDMAnetwork,alloperatorsfocusmore
attentiononblindspotcoverageandsupportofenterpriseservices.Incurrentandfuture
networkconstruction,thefocusgoestoenterpriseradioservice,servicebalancinginhot
spots,familyradiocommunication,andotherblindelds,andsolutionandoptimization
schemeforbuildingcoverage.

Underthisbackground,ZTElaunchestheZXSDRBS8802C100PicoCellBTSand
networksolution.ZXSDRBS8802C100isanindoormulti-carrierPicoBaseTransceiver
Station,withlowcostandlowpower.ItisbasedonALL-IParchitecture,whichfacilitates
theconstructionofexiblecross-areanetworkmodesandvirtualwirelessnetwork.

ZXSDRBS8802C100ismainlyusedtocoveraparticularindoorareaandprovide
CDMAserviceaccess.Inaddition,ZXSDRBS8802C100canmanageradioresources
inconjunctionwithremoteBSC.

ZXSDRBS8802C100isanindoormulti-carrierPicoBTS.IntheCDMAmobile
communicationnetwork,itsrelationshipwithotherrelatedentitiesisshowninFigure1-1.

1-1

SJ-20110329145303-001|2011–10–25(R1.1)ZTEProprietaryandCondential

ZXSDRBS8802C100UserGuide

Figure1-1PositionofZXSDRBS8802C100inCDMAsystem

ZXSDRBS8802C100isinthepositionofwirelessaccess,connectingthemobilestation
andBaseStationController(BSC).Itscorrespondingsysteminterfacesare:

lAbisinterface

ZXSDRBS8802C100communicateswithBSCthroughtheAbisinterface.TheAbis
interfaceisaninteriorinterfaceofthesystem,supportingIPOverEthernetinterface.

lUminterface

UminterfaceistheinterfaceconnectingtheaccessterminalATandZXSDRBS8802
C100,followingIS-2000ReleaseAseriesstandardsandIS-856-Astandard.

1.3Appearance

Figure1-2showsZXSDRBS8802C100appearance.

1-2

SJ-20110329145303-001|2011–10–25(R1.1)ZTEProprietaryandCondential

Figure1-2ZXSDRBS8802C100Appearance

Chapter1SystemDescription

1.4SystemFunctions

ZXSDRBS8802C100productisfashionableandgracefulinappearance.Theproduct
coveradoptsengineeringplasticmodulationandthebottomadoptsaluminumalloy
modulation.

ZXSDRBS8802C100isasuper-miniIP-basedBTSdesignedwiththeall-IPtechnology,
applicabletoindoorscenarios.BesidesthebasicfunctionsofBTSsuchasbaseband
modulationanddemodulation,RFsignaltransmissionanddemodulation,radioresources
allocation,callprocessing,powercontrolandsofthandoff,itischaracterizedbyauto
IPcapturing,publicnetworktraversing,simpletransmissionbackpath,severalclock
synchronization,andeasyinstallation,etc.

ZXSDRBS8802C100isbasedonall-IPplatformdesign.Asinglesitecansupportthree
carriersandonepseudopilotmaximally,includingone1xcarrier,twoDOcarriers,and
one1xpseudopilot.ItsupportsthebasebandprocessingofCDMA20001Xand1x
EV-DOservices,andtheradiofrequencycapacityof600mW.Byupgradingsoftware,
itcanupgradefromEV-DORev.AtoEV-DORev.B(includingEV-DORev.BPhaseII).

1-3

SJ-20110329145303-001|2011–10–25(R1.1)ZTEProprietaryandCondential

ZXSDRBS8802C100UserGuide

Itisfeaturedbysmallsize,lightweight,lowpowerconsumption,easyinstallation,low
matchingrequirementsandmultipleclocks,etc.Itisapplicabletosmall-capacityindoor
scenarios,andcanbemountedonthewall,poleorceiling,etc.

Table1-1showsthemainfunctionsprovidedbyZXSDRBS8802C100.

Table1-1ZXSDRBS8802C100Functions

FunctionCategoryFunctionDescription

Modulation/demodulation

Radioresourcemanagement

BasicBasebandFunction

BasicRFFunction

Interface

Callprocessing

Handoffcontrol

Powercontrol

RGPS,GPStimingandsynchronization

Band:800MHz,1.9GHz

RFmodulation/demodulation

RFreceptionandtransmission

LownoiseamplicationforreceivedRFsignal

AmplicationfortransmittedRFsignal

Abisinterface:supportsIPOverEthernetaccess

Airinterface:supportsIS-2000ReleaseAandIS-856-Astandards

Antennainterface:supportsRFtransmissionandreception

Powerinterface:DC12V~13V

LMTinterface:supportslocalmaintenance

GPSinterface:supportsGPS

RGPSinterface:supportsRGPS

USBinterface:reservedinterfacewhichisnotusedatpresent

RSTinterface:supportshardwarereset

DHCPAutomaticIPobtaining

IPsecSupportingIPsec

SupportingIEEE1588;ZXSDRBS8802C100canbeusedas

IEEE1588

NetworkingStar

SJ-20110329145303-001|2011–10–25(R1.1)ZTEProprietaryandCondential

primaryclockserver,whichallocatesclockstootherZXSDR

BS8802C100devicesinthesameEthernet;italsosupportsthe

clocksallocatedbyexternal1588clockserver

1-4

FunctionCategoryFunctionDescription

Chapter1SystemDescription

Supportslocalmaintenance

Supportsremoteupgradeofsoftwareversionfor

FPGA/BOOT/DSP/CPU

Remotereset,poweroff,andlocalhardresetofserviceboards

1.5SystemFeatures

EquipmentMaintenanceand

test

ScenarioIndoorapplications

Electroniclabel

Powerquery:basebandpower,RFpower

RSSIquery

Poweramplicationcontrolandprotection:over-power,

over-temperatureprotection

Faultself-healing

ZXSDRBS8802C100enablesoperatorstoeasilysolveFeaturesthesignalcoveragein
theresidentialarea,basements,andcommercialofcebuildings,etc.Itistherstchoice
ofoperatorstobuildqualitynetwork,andtosolvethehot-spotareacoverageproblems
quicklywithlowcost,especiallythecoverageproblemscannotsolvedbytraditionalbase
stations.

ZXSDRBS8802C100solutionisforward-lookingandhasfullyconsideredtheactual
requirementsofoperators.Ithasthefollowingcharacteristics:

lSmallsize,lightweight

Itis2.7Linsizeandlessthan2kginweight.Onepersoncaneasilytransport,
carryandinstallit.Itcansavethetransportationandlaborcost,andachievefast
deployment.

lFlexibleinstallation

Itcanbemountedonthewall,pole,orceiling.Theinstallationissimpleandtakeslittle
time.Thesitescanbesetupquickly,greatlyreducingtheengineeringconstruction
fee.

lZerofootprint

Sinceithardlyoccupiesanyindoorspace,thereisnoneedtorentequipmentroom
especially.TomounttheZXSDRBS8802C100onthewall,ceilingorpolecangreatly
reducethefeeonrentingandcoordination.

lLowrequirementsonpowersupply

1-5

SJ-20110329145303-001|2011–10–25(R1.1)ZTEProprietaryandCondential

ZXSDRBS8802C100UserGuide

Itsupports110Vand220VACpowersupply .ItonlyneedstheACsocket,anddoes
notneedadditionalpowersystem.Itcanbeinstalledinsidethebuildingsoflargeand
middlecities.Itneedsnobatteriesasslavepower.

lGPS(orRGPS)distributedinstallation

ForabuildingwithseveralZXSDRBS8802C100devices,onlyoneGPS/RGPSneeds
tobeinstalled.AdoptthepowersplitteroroneZXSDRBS8802C100deviceasmain
server,whichthendistributesclocktootherZXSDRBS8802C100devices.Itissimple
ininstallationandsavesGPS\RGPS,feedercable,andcosts.

lLow-costIPtransmission

ItadoptsEthernetfortransmission,andcanaccessmultipleaccessdevicessuch
asADSL,CableModem,switch,xPON,andsatellitetransmission.Itabandons
expensiveE1/T1andopticbertransmission,greatlysavingtheinvestmentcoston
transmission.

lLargecapacity

Itsupports1xandDOservicessimultaneously,andcanevolvetoEV-DORev.B
throughsoftwareupgrade.

1.6ExternalInterfaces

lEnvironmentprotection

Ithassmalltransmissionpowerandlowpowerconsumption,thussavingtheelectricity
fee.ItsatisestheRoSHrequirements.

lEasymaintenanceandoperation

Itsupportsremoteorlocalmaintenance.Themaintenancepersonnelcanupgrade
thesoftwareviaUdisk,andcanmaketroubleshootingthroughtheindicatorlighton
thepanel.

Asfortheindoorcoverage,ZXSDRBS8802C100hasmanyadvantagesandcan
complementtheexistingindoorcoveragesolutions.Itcanhelpoperatorstoraiseindoor
coveragequalityandenhancemarketcompetitiveforceonthefoundationoflow-cost
networking.

TheexternalinterfacesofZXSDRBS8802C100arelocatedontherearpanel.Thelayout
isasshowninFigure1-3.

Figure1-3ExternalInterfaces

Table1-2showsadescriptionoftheZXSDRBS8802C100externalinterfaces.

1-6

SJ-20110329145303-001|2011–10–25(R1.1)ZTEProprietaryandCondential

1.7StandardsComplied

Chapter1SystemDescription

Table1-2ExternalInterfaces

InterfaceDescription

TX_ANTAntennainterfaceforsend

RX_ANTAntennainterfaceforreceive

USBReservedinterfacewhichisnotusedatpresent

FEEthernetinterfaceforAbisinterface

LMTEthernetinterfaceforLMToperationandmaintenance

GPSGPSinterfaceforGPSantenna

RGPSGPSinterfaceforremoteGPSantenna

12–13VDCDCinput

ZXSDRBS8802C100complieswiththefollowingstandards:

l3GPP2C.S0063-A,cdma2000HighRatePacketDataSupplementalServices
l3GPP2C.S0063-0,cdma2000HighRatePacketDataSupplementalServices
l3GPP2A.S0008-A.InteroperabilitySpecication(IOS)forHighRatePacketData

(HRPD)RadioAccessNetworkInterfacesWithSessionControlintheAccess
Network

l3GPP2A.S0008(TIA/EIAIS-878),IOSSpecicationforHighRatePacketData

(HRPD)RadioAccessNetworkInterfaces.

l3GPP2C.S0024-B(TIA/EIAIS-856-B):cdma2000HighRatePacketDataAir

InterfaceSpecication

l3GPP2C.S0024(TIA/EIAIS-856):CDMA2000HighRatePacketDataAirInterface

Specication,October2002.

l3GPP2C.S0024-A(TIA/EIAIS-856-A):CDMA2000HighRatePacketDataAir

InterfaceSpecication,August2005.

lCDGRF36,MarkovServiceOptionforWidebandSpreadSpectrumCommunications

Systems.

lTIA/EIA/IS-707-A-2DataServiceOptionsforSpreadSpectrumSystemsAddendum

2,2000.

lTIA/EIA/IS-637,ShortMessageServicesforWidebandSpreadSpectrumCellular

Systems,1997.

lTIA/EIA/IS-95,MobileStation-BaseStationCompatibilityStandardforDual-Mode

WidebandSpreadSpectrumCellularSystems.

lTIA/EIA/IS-127,EnhancedVariableRateCodecSpeechServiceOption3for

WidebandSpreadSpectrumDigitalSystems,1996.

lTIA/EIA/IS-658,DataServiceInterworkingFunctionInterfaceforWidebandSpread

SpectrumSystems.

1-7

SJ-20110329145303-001|2011–10–25(R1.1)ZTEProprietaryandCondential

ZXSDRBS8802C100UserGuide

lTIA/EIA/IS-95-A,MobileStation-BaseStationCompatibilityStandardforDual-Mode

WidebandSpreadSpectrumCellularSystems.

lANSIJ-STD-008,PersonalStation-BaseStationCompatibilityRequirementfor1.8to

2.0GHzCodeDivisionMultipleAccess(CDMA)PersonalCommunicationsSystem,

1996.

lTIA/EIA/TSB-58,AdministrationParameterValueAssignmentsforTIA/EIAWideband

SpreadSpectrumStandards,1995.

l3GPP2C.S0004-Aversion6.0(TIA/EIAIS-2000.4-A-2):SignalingLinkAccess

Control(LAC)SpecicationforCDMA2000SpreadSpectrumSystems-ReleaseA.

lTIA/EIA/IS-725,Over-the-AirServiceProvisioningofMobileStationsinWideband

SpreadSpectrumSystems,1997.

l3GPP2C.S0001-Aversion5.0:IntroductiontoCDMA2000StandardsforSpread

SpectrumSystems-ReleaseA.

lTIA/EIA/TSB-74,Supportfor14.4KbpsDataRateandPCSInteractionforWideband

SpreadSpectrumCellularSystem,1995.

lTIA/EIA/IS-728,Inter-SystemLinkProtocol.
l3GPP2C.S0005-Aversion6.0(TIA/EIAIS-2000.5-A-2):UpperLayer(Layer

3)SignalingStandardforCDMA2000SpreadSpectrumSystems-ReleaseA,
Addendum2.

lTIA/EIA/IS-733,HighRateSpeechServiceOption17forWidebandSpreadSpectrum

CommunicationSystems.

l3GPP2C.S0002-Aversion6.0(TIA/EIAIS-2000.2-A-2):PhysicalLayerStandardfor

CDMA2000SpreadSpectrumSystems-ReleaseA.

l3GPP2C.S0003-Aversion6.0(TIA/EIAIS-2000.3-A-2):MediumAccessControl

(MAC)StandardforCDMA2000SpreadSpectrumSystems-ReleaseA,Addendum

2.

lTIA/EIA/IS-707,DataServiceOptionsforWidebandSpreadSpectrumSystems,

1998.

1-8

SJ-20110329145303-001|2011–10–25(R1.1)ZTEProprietaryandCondential

Chapter2

SystemStructure

TableofContents

SystemArchitecture...................................................................................................2-1

PRAStructure............................................................................................................

SignalProcessingFlow..............................................................................................2-3

2.1SystemArchitecture

Asahighlyintegratedultra-smallbasestation,ZXSDRBS8802C100integratestheradio
frequencypart,basebandsection,powersection,andcontrolsectiontoachievethe
functionsofthewholebasestation.ZXSDRBS8802C100isfeaturedbyhighintegration
andsmallsize.Theproductisforward-lookingandcompetitive.Thesystemdiagramis
shownasFigure2-1.

2-2

Figure2-1ZXSDRBS8802C100SystemStructure

ZXSDRBS8802C100consistsofPRA,AC-DCpoweradapter,andexternaltransmitting
andreceivingantenna:

lIntegrationunit-PRA

PRAistheunitwithintegratedfunctionssuchascontrol,clock,access,baseband,
andradiofrequency .ItisthecoreunitofZXSDRBS8802C100.

lPoweradapter

ThepowerunitofZXSDRBS8802C100consistsofAC-DCpoweradapterandelectric
cables.

2-1

SJ-20110329145303-001|2011–10–25(R1.1)ZTEProprietaryandCondential

ZXSDRBS8802C100UserGuide

lExternaltransmittingandreceivingantenna

TheexternaltransmittingandreceivingantennaconsistsoftwoindependentRF
antennae.

2.2PRAStructure

PRA,asthecoreunitofZXSDRBS8802C100,consistsofradiofrequencyunit,baseband
unit,controlunit,clockunit,andpowerunit.Figure2-2showsthePRAstructureofZXSDR
BS8802C100.

Figure2-2PRAStructure

Table2-1describesthefunctionsofPRAmodules.

Table2-1ZXSDRBS8802C100ModulesandTheirFunctions

NameFunction

Radiofrequency

SJ-20110329145303-001|2011–10–25(R1.1)ZTEProprietaryandCondential

lProvidesRFsignalmodulationanddemodulation;

lProvidestransmissionRFsignalamplication.

2-2

Chapter2SystemStructure

NameFunction

lProvidesCDMA1XandEV-DOmodulationanddemodulation;

Baseband

lProvidestheinterfacewithRFlinkandintermediatefrequency

processing.

Control

Clock

PowerProvidessystempowerdistribution.

2.3SignalProcessingFlow

TheinternalsignalprocessingowofZXSDRBS8802C100isasbelow:

lForwardlinkprocessing

ThebusinessdatafromBSCentersthebasebandunitthroughthecontrolunit,and
thenforCDMAmodulationandintermediatefrequencyprocessing.Afterthepower
amplicationofTXunitRFlink,itissenttotheantennafortransmission.

lReverselinkprocessing

ThereverseCDMAsignalsfromtheantennaareconvertedtobasebanddigitalsignal
afterbeingprocessedbyRXunit.Aftersignalprocessing,itisprocessedbythecontrol
unitandpackedintoEthernetframe.ItisnallytransmittedtotheBSCviaEthernet.

lProvidesFE\GEEthernetaccess;

lProvidescontrolsoverunitsinsidethesystem.

lReceivesGPSsatellitesignals,providessystemclockandRFreference

clock.

lProvidesvariousclocksusedbythesysteminternally.

2-3

SJ-20110329145303-001|2011–10–25(R1.1)ZTEProprietaryandCondential

ZXSDRBS8802C100UserGuide

Thispageintentionallyleftblank.

2-4

SJ-20110329145303-001|2011–10–25(R1.1)ZTEProprietaryandCondential

3.1PhysicalIndices

Chapter3

Indices

TableofContents

PhysicalIndices.........................................................................................................3-1

CapacityIndices.........................................................................................................3-1

ReliabilityIndices.......................................................................................................3-1

PowerIndices.............................................................................................................

TemperatureandHumidity.........................................................................................3-2

EnvironmentalClasses...............................................................................................

RFIndices..................................................................................................................3-2

BTSClockTechnicalParameters...............................................................................3-6

Dimension:260mm×180mm×58mm(L×W×H)

3-2

3-2

3.2CapacityIndices

Weight:lessthan2Kg(standard,excludingpoweradapterandinstallationkits)

ZXSDRBS8802C100capacityindicesisshownasT able3-1.

Table3-1ZXSDRBS8802C100CapacityIndices

ItemCarrierssupportedApplication

1C1X+2CDO+1Pseudo

1

2

32CDO

41C1X+1PseudoPilot

PilotSupporting1x,DOrA,DOrBapplications

1C1X+1CDO+2Pseudo

PilotsSupporting1x,DOrA,DOrBapplications

Onlyapplicabletodataservice,notsupportinghard-

wareupgrade

Onlyapplicabletovoiceservice,notsupporting

hardwareupgrade

3.3ReliabilityIndices

lMeanTimeBetweenFailures(MTBF):>100,000hours
lMTTR(MeanTimeT oRepair):<0.5hour
lAvailability:>99.999%

3-1

SJ-20110329145303-001|2011–10–25(R1.1)ZTEProprietaryandCondential

ZXSDRBS8802C100UserGuide

3.4PowerIndices

Localpowervoltagerange:85VACto264VAC.

Thetypicalpowerconsumptionis33W.

3.5TemperatureandHumidity

Temperature:-20℃to+45℃.Thechangefrequencymustbelessthan0.5℃/min.

Relativehumidity:5%to95%

3.6EnvironmentalClasses

lGradeOfProtection:IP30.
lGroundingRequirements:Jointgroundingresistanceless1Ω;BTSgrounding

resistanceless5Ω.

lNoise:Noiseofworkingenvironment:less65dBA.

3.7RFIndices

RFindicesoftheZXSDRBS8802C100complywith3GPP2C.S0010-C,Recommended
MinimumPerformanceStandardsforcdma2000SpreadSpectrumBaseStationand
3GPP2C.S0032-A,RecommendedMinimumPerformanceStandardsforCDMA2000
HighRatePacketDataAccessNetwork.

Table3-2illustratesthe800MHztransmitterindices.

Table3-2800MHzTransmitterIndices

NameIndex

Operatingband800MHz(BandClass0)

Transmitteroutputfrequencytolerance±0.01ppm

Occupiedchannelbandwidth1.23MHz(BandClass0)

OutputpowerattheTopofCabinet

(TOC)

Totaltransmitpower

ModulationmodeQuadratureamplitudemodulation

600mW

Thetotaltransmitpoweriswithin+2dBand-4dBofthe

manufacturer’sratedpower.

3-2

SJ-20110329145303-001|2011–10–25(R1.1)ZTEProprietaryandCondential

NameIndex

Conductedspuriousemissionand

radiatedspuriousemissionsuppression

Transmitterintermodulation

performance

Chapter3Indices

<-45dBc@±750kHzoffsetCenterFreq(RBW30kHz)

<-60dBc@±1.98MHzoffsetCenterFreq(RBW30kHz)

>4MHzOFFSET :

<-36dBm(RBW1kHz)@9KHz<f<150KHz

<-36dBm(RBW10kHz)@150KHz<f<30MHz

<-30dBm(RBW1MHz)@1GHz<f<12.5GHz

4-6.4MHzOFFSET :

<-36dBm(RBW1kHz)@30MHz<f<1GHz

6.4MTO16MOFFSET :

<-36dBm(RBW10kHz)@30MHz<f<1GHz

>16MHzOFFSET :

<-36dBm(RBW100kHz)@30MHz<f<1GHz

IfoneBTStransmitsattheratedpowerbutanotherBTS’

outputpoweris30dBlessthantheformer’sratedpower.

WhenthepowersoftwoBTSsarecombinedontheantenna

port,thegeneratedintermodulationspuriousemission

meetstheconductedspuriousemissionrequirement.The

IFdifferenceofthetransmitsignalsoftwoBTSsis1.25M.

Pilottimetolerance

TimeTolerance/phasetoleranceofpilot

channeltootherchannels

Waveformquality

Pilotcodedomainpower

Inactivechannelcodedomainpower

DOMACinactivechannelcodedomain

power

DODATAchannelcodedomainpower

ThePNtimetolerancefallswithin3usandtheinter-carrier

tolerancefallswithin1us.

Timedifference:<±50ns

Phasedifference:<0.05rad

Rhoisgreaterthan0.970dBmwithcongurationofa

singlepilot.

Withthestandard9CHconguration,thepilotcodedomain

powerisintherangeof-7.0±0.5dB.

Withthestandard9CHconguration,theinactivechannel

codedomainpowerislessthan-27dB.

Withcongurationof13FLUSs,theMACinactivechannel

codedomainpowerislessthan-29.5dB(type2).

Withcongurationof13FLUSsattherateof614.44kbs

(test1),theDATAchannelcodedomainpowerisinthe

rangeof-15.5dBto-14.5dB.

Pilotchannel:Rho>0.97

MACchannel:Rho>0.912 WavequalityofDOchannels

DAT Achannel:Rho>0.97

RadiofrequencyFrontEndSWR<2.0

3-3

SJ-20110329145303-001|2011–10–25(R1.1)ZTEProprietaryandCondential

ZXSDRBS8802C100UserGuide

Table3-3illustratesthe1.9GHztransmitterindices.

Table3-31.9GHzTransmitterIndices

NameIndex

Operatingband1.9GHz(BandClass1)

Transmitteroutputfrequencytolerance±0.01ppm

Occupiedchannelbandwidth1.25MHz

OutputpowerattheTopofCabinet

(TOC)

Totaltransmitpower

ModulationmodeQuadratureamplitudemodulation

Conductedspuriousemissionand

radiatedspuriousemissionsuppression

Transmitterintermodulation

performance

600mW

Thetotaltransmitpoweriswithin+2dBand-2dBofthe

manufacturer’sratedpower.

<-45dBc@±885kHzoffsetCenterFreq(RBW30kHz)

<-55dBc@±1.98MHzoffsetCenterFreq(RBW30kHz)

>4MHzOFFSET :

<-36dBm(RBW1kHz)@9KHz<f<150kHz

<-36dBm(RBW10kHz)@150kHz<f<30MHz

<-36dBm(RBW100kHz)@30MHz<f<1GHz

4-16MHzOFFSET:

<-30dBm(RBW30kHz)@1GHz<f<12.5GHz

16M-19.2MOFFSET :

<-30dBm(RBW300kHz)@1GHz<f<12.5GHz

>19.2MHzOFFSET :

<-30dBm(RBW1MHz)@1GHz<f<12.5GHz

IfoneBTStransmitsattheratedpowerbutanotherBTS’

outputpoweris30dBlessthantheformer’sratedpower.

WhenthepowersoftwoBTSsarecombinedontheantenna

port,thegeneratedintermodulationspuriousemission

meetstheconductedspuriousemissionrequirement.The

IFdifferenceofthetransmitsignalsoftwoBTSsis1.25M.

Pilottimetolerance

TimeTolerance/phasetoleranceofpilot

channeltootherchannels

Waveformquality

Pilotcodedomainpower

SJ-20110329145303-001|2011–10–25(R1.1)ZTEProprietaryandCondential

ThePNtimetolerancefallswithin3usandtheinter-carrier

tolerancefallswithin1us.

Timedifference:<±50ns

Phasedifference:<0.05rad

Rhoisgreaterthan0.990dBmunderthecongurationof

asinglepilot.

Withthestandard9CHconguration,thepilotcodedomain

powerisintherangeof-7.0±0.5dB.

3-4

NameIndex

Chapter3Indices

Inactivechannelcodedomainpower

DOMACinactivechannelcodedomain

power

DODATAchannelcodedomainpower

RadiofrequencyFrontEndSWR<2.0

Withthestandard9CHconguration,theinactivechannel

codedomainpowerislessthan-27dB.

Withcongurationof13FLUSs,theMACinactivechannel

codedomainpowerislessthan-29.5dB(type2).

Withcongurationof13FLUSsattherateof614.44kbs

(test1),theDATAchannelcodedomainpowerisinthe

rangeof-15.5dBto-14.5dB.

Pilotchannel:Rho>0.97

MACchannel:Rho>0.912 WavequalityofDOchannels

DAT Achannel:Rho>0.97

Table3-4illustratesthe800MHzreceiverindices.

Table3-4800MHzReceiverIndices

NameIndex

Operatingband800MHz(BandClass0)

Receiversensitivity<-121dBm

Whenthelowerlimitisthereceiversensitivityandthe

Receiverdynamicrange

Noisegure<3

Singletonedesensitization

Intermodulationspuriousresponse

attenuation

upperlimit(noiselevel)equals55dBm/1.23MHz(Eb/N0=

10dB±1dB),theFrameErrorRate(FER)islowerthan1%.

Inthepresenceofasingletonethatis50dBabovethe

CDMAsignallevel,andisatoffsetof±750kHzfromthe

centerfrequency,theoutputpoweroftheMSincreasesby

nomorethan3dB,andtheFERislessthan1.5%.

Inthepresenceofasingletonethatis75dBabovethe

CDMAsignallevel,andisatoffsetof±900kHzfromthe

centerfrequency,theoutputpoweroftheMSincreasesby

nomorethan3dB,andtheFERislessthan1.5%.

BAND0:

Inthepresenceoftwointerferingtonesthatare60dB

abovetheCDMAsignallevel,andareatoffsetsof+900

kHz,+1.7MHz,-900kHzand-1.7MHzfromthecenter

frequency,theoutputpoweroftheMSincreasesbyno

morethan3dB,andtheFERislessthan1.5%.

Conductedspuriousemissionsand

radiatedspuriousemissions

RadiofrequencyFrontEndSWR<2.0

SJ-20110329145303-001|2011–10–25(R1.1)ZTEProprietaryandCondential

<-80dBm,measuredwithintheBTSreceiveband

<-60dBm,measuredwithintheBTStransmitband

3-5

ZXSDRBS8802C100UserGuide

Table3-5illustratesthe1.9GHzreceiverindices.

Table3-51.9GHzReceiverIndices

NameIndex

Operatingband1.9GHz(BandClass1&14)

Receiversensitivity<-121dBm

Receiverdynamicrange

Noisegure<3

Adjacentchannelselection(ACS)BandClass6:>-53dBm(±2.5M)

Singletonedesensitization

Whenthelowerlimitisthereceiversensitivityandtheupper

limit(noiselevel)equals-55dBm/1.23MHz(Eb/N0=

10dB±1dB),theFrameErrorRate(FER)islowerthan1%.

Inthepresenceofasingletonethatis50dBabovethe

CDMAsignallevel,andisatoffsetof±750kHzfromthe

centerfrequency,theoutputpoweroftheMSincreasesby

nomorethan3dB,andtheFERislessthan1.5%.

Inthepresenceofasingletonethatis75dBabovethe

CDMAsignallevel,andisatoffsetof±900kHzfromthe

centerfrequency,theoutputpoweroftheMSincreasesby

nomorethan3dB,andtheFERislessthan1.5%.

Intermodulationspuriousresponse

attenuation

Conductedspuriousemissionsand

radiatedspuriousemissions

RadiofrequencyFrontEndSWR<2.0

3.8BTSClockTechnicalParameters

lBTSclocktechnicalparameters

Frequencybenchmark:10MHz,inlockedGPSstatus,theaccuracyofthefrequency
issuperiorto10

Temperaturecharacteristics:<±1×10

lClocksynchronoussource

Inthepresenceoftwointerferingtonesthatare60dB

abovetheCDMAsignallevel,andareatoffsetsof1.25

MHzand2.05MHz,and-1.25MHzand-2.05MHzfrom

thecenterfrequency,theoutputpoweroftheMSincreases

bynomorethan3dB,andtheFERislessthan1.5%.

<-80dBm,measuredwithintheBTSreceiveband

<-60dBm,measuredwithintheBTStransmitband

-10

;inholdingstatus,theaccuracyofthefrequencyissuperiorto10

-8

-10

.

Iftheclocksynchronoussourceislosttemporarilyorthebasestationclockfallsout
ofstep,tokeeptheshort-termstabilityoftheclock,theHOLDOVERalgorithmcanbe
adoptedtoassurethenormaloperationofthebasestationwhenthesyncsignalgets
lost,sothatthephasedriftwithin4hoursissuperiorto10µs.

3-6

SJ-20110329145303-001|2011–10–25(R1.1)ZTEProprietaryandCondential

lClocksystemperformance

Frequencydifference:<0.05ppm

Phasedifference:<10us

Chapter3Indices

3-7

SJ-20110329145303-001|2011–10–25(R1.1)ZTEProprietaryandCondential

ZXSDRBS8802C100UserGuide

Thispageintentionallyleftblank.

3-8

SJ-20110329145303-001|2011–10–25(R1.1)ZTEProprietaryandCondential

Chapter4

Networking

TableofContents

Overview....................................................................................................................4-1

ExistingTransmissionResource.................................................................................4-1

MobileDataNetwork..................................................................................................4-2

PublicNetworkResource...........................................................................................

4.1Overview

ThetransmissionlinkbetweenZXSDRBS8802C100andBSCusesIPpackets.
Therefore,ZXSDRBS8802C100networkingcanmakefulluseoftherichIPnetwork
resources.Inthisway ,theinvestmentondedicatedcircuittransmissionnetworkissaved.

Thefollowingpartdescribesthreenetworkingmodesusingdifferenttransmission
resources.

4-2

4.2ExistingTransmissionResource

IfthereareidletransmissiontimeslotsbetweentargetcoverageareaandBSC,the
networkingmodeshowninFigure4-1canbeusedtomakefulluseofexistingtransmission
resources.Inactualpractice,asE1transmissionlinkalwaysexistsbetweencoverage
siteandBSC,useapairofG.703-V .35protocolconvertertoconvertIPsignalsandE1
signals.

Figure4-1ExistingTransmissionResource

Advantage:Itguaranteesthetransmissionqualityandutilizestheoperator'sexisting
resources.

Disadvantage:ItdoesnotmakeuseoftheadvantageofIPtransmission,andsignal
conversionintroducesdelayloss.

4-1

SJ-20110329145303-001|2011–10–25(R1.1)ZTEProprietaryandCondential

ZXSDRBS8802C100UserGuide

4.3MobileDataNetwork

IftheoperatorshavetheirowndatanetworkbetweenthetargetcoverageareaandBSC,
preferablyusethenetworkingmodeshowninFigure4-2.Inthismode,G.703-V.35
protocolconverterisnotrequiredasboththetransmissionnetworkandsignalstobesent
areinIPmode.

Figure4-2MobileDataNetwork

Advantage:TheQoSisguaranteedduringdatatransmissionsthroughoperator'sowndata
network.

Disadvantage:Fewoperatorshavetheirowndatanetwork.

4.4PublicNetworkResource

AsthesignalsareIP-based,ZXSDRBS8802C100canmakefulluseofpublicnetwork
resourcessuchastheInternettotransmitsignals.Thenetworkingmodeisasshownin

Figure4-3.

Figure4-3PublicNetworkResource

Advantage:Flexibleandconvenient,andrichnetworkresources.

Disadvantage:UnstableQoS,asaffectedbynetworkcapacityduetotransmissiondelay
onthepublicnetwork.

4-2

SJ-20110329145303-001|2011–10–25(R1.1)ZTEProprietaryandCondential

Chapter5

Application

TableofContents

Overview....................................................................................................................5-1

FamilyCoverage........................................................................................................5-1

EnterpriseApplication................................................................................................5-2

HotSpotandBlindAreaCoverage.............................................................................

SpecialApplicationsSolution......................................................................................5-3

5.1Overview

Asacompact,highlyeffective,andquietindoorpicocellBTS,ZXSDRBS8802C100is
mainlyusedforindoorcoverage.Itcanbexedonwallandisharmoniouswithvarious
indoordecorationstyles.Moreover,itsultralowpoweroutputmakesitmeetthestrict
environmentprotectionrequirement.

5-3

5.2FamilyCoverage

ZXSDRBS8802C100supports1X,EV-DO.Itiscompatiblewithsubsequentevolution
andsupportsbroadbanduserexperience,thusbecomingthepreferredequipmentforcost
effectiveindoorcoverage.

Figure5-1showstheindoorcoveragenetworkingsolution.

Figure5-1IndoorCoverage

Indifferentindoorscenarios,ZXSDRBS8802C100hasdifferentapplications.The
followingpartdescribessometypicalapplicationsolutions.

ZXSDRBS8802C100issmall-sized,light,andeasytoinstall.Byutilizingtheexisting
indoorbroadbandsystem,itcaneasilymeettherequirementofcommunityinhabitants
onmultipleservices.Inadditiontoimprovefamilycoverage,itsWLANfunctionenables
ZXSDRBS8802C100toprovideanall-roundhighratedataaccessservicetothefamily.

5-1

SJ-20110329145303-001|2011–10–25(R1.1)ZTEProprietaryandCondential

ZXSDRBS8802C100UserGuide

Therefore,ZXSDRBS8802C100canbeusedasanimportantmeansforfamilycoverage.

Figure5-2showsthesolution.

Figure5-2FamilyCoverage

5.3EnterpriseApplication

Inthissolution,ZXSDRBS8802C100coversenterpriseareawithradiosignalssothat
allemployeesinmotioncanperformcommunicationbasedonvariousservicesinreal
time.Thisfacilitatesthecooperationandfrequentcommunicationofemployeesindifferent
districtsofanenterprisewithlargespan.Withthissolution,variouscustomizedservice
canberealizedinsideanenterprise,suchasintegrateddigitalofceplatform.Figure5-3
showsthesolution.

Figure5-3EnterpriseSolution

5-2

SJ-20110329145303-001|2011–10–25(R1.1)ZTEProprietaryandCondential

5.4HotSpotandBlindAreaCoverage

ZXSDRBS8802C100hasthefunctionofintelligentfrequencyplanning.Thismakes
ZXSDRBS8802C100agoodsolutionfortemporarilyunblockingtrafccongestionin
hotspots.Throughtheintelligentfrequencysearchfunction,ZXSDRBS8802C100
cantemporallycovertheareaswithtrafcpeakandserveassupplementarynetwork
introduction.Ifhightrafclastsforalongtime,suchmeasuresasmacroBTSreplacement
canbeusedtooptimizethenetworkinthefuture.

Insometrafcbursthotspots,forexample,fairandpromotionactivities,ZXSDRBS8802
C100canbeusedforcoverage.Inareaswithrichnetworkresources,ZXSDRBS8802
C100canreplaceanemergencyvehicle,andinareaswithinsufcientnetworkresources,
ZXSDRBS8802C100canassistanemergencyvehicletorealizeaperfectcoverage.

Inaddition,asZXSDRBS8802C100isexibleandconvenienttohandle,itcanalso
provideperfectsolutioninblindareaswhicharedifculttobecoveredbycommonsolution,
forexample,elevator,undergroundparkinglot,andmetroplatform.

Figure5-4showsthecoverageofhotspotsandblindareas.

Chapter5Application

Figure5-4HotSpotandBlindAreaCoverage

5.5SpecialApplicationsSolution

Inadditiontotheprevioustypicalapplications,ZXSDRBS8802C100isusedinsome
specialpublicmobilecommunicationsystem,suchasship,train,andairplaneinmotion.
Evenifthedatalinkisofsmallcapacity,ZXSDRBS8802C100canprovideexcellent
mobilecommunicationserviceforthemovingenclosedvehicles.

5-3

SJ-20110329145303-001|2011–10–25(R1.1)ZTEProprietaryandCondential

ZXSDRBS8802C100UserGuide

Thispageintentionallyleftblank.

5-4

SJ-20110329145303-001|2011–10–25(R1.1)ZTEProprietaryandCondential

Chapter6

HardwareInstallation

TableofContents

SafetyInstruction.......................................................................................................6-1

InstallationPreparation...............................................................................................6-6

ChassisInstallation....................................................................................................6-6

CableInstallation......................................................................................................

GPSAntennaFeederSystemInstallation.................................................................6-19

6.1SafetyInstruction

6.1.1SafetyOverview

ReadsafetyinstructionsbeforeinstallationofZXSDRBS8802C100equipment.These
instructionsaresupplementarytolocalsafetyregulationsinplace.Incaseofanyconict,
localsafetyregulationsshallprevail.

6-19

Installationpersonnelshouldhavepreliminaryknowledgeaboutsafetyoperationsand
musthavereceivedtrainingoninstallingZTEequipment.

Observerelatedequipmentprecautionsandspecialsafetyinstructionsduring
maintenance,providedbyZTE.

Someimportantsafetyinstructionsarediscussedinthischapter.ZTEshallnotbearany
liabilitiesincurredbyviolationofuniversalsafetyoperationrequirements,orviolationof
safetystandardsfordesigning,manufacturing,andequipmentusage.

6.1.2SafetySymbols

Table6-1listssafetysymbols.

Table6-1SafetySymbolsDescription

SafetySymbolMeaning

Universalalertingsymbol:Generalsafety

attentions.

Electrostatic:Devicemaybesensitivetostatic

electricity.

Electricshock:Thereisariskofelectricshock.

6-1

SJ-20110329145303-001|2011–10–25(R1.1)ZTEProprietaryandCondential

ZXSDRBS8802C100UserGuide

SafetySymbolMeaning

Hightemperature:Surfaceishotandmaycause

personalinjuryiftouched.

Laser:Bewareofstronglaserbeam.

Microwave:Bewareofstrongelectromagnetic

eld.

Nosmoking:Smokingisforbidden.

NoFlammables:Noammablematerialscan

bestored.

Notouching:Donottouch.

Amongstthesesafetysymbols,theuniversalalarmsymbolsareclassiedintofourlevels:
danger,warning,caution,andnote.Theformatsandmeaningsofthefourlevelsare
describedasbelow:

Danger!

Indicatesanimminentlyhazardoussituation,which,ifnotavoided,couldresultindeathor
seriousinjury.Limititsusetoonlyextremesituations.

Warning!

Indicatesahazardoussituation,which,ifnotavoided,couldresultinseriousinjuries,
equipmentdamagesorinterruptionofmajorservices.

Caution!

Indicatesapotentiallyhazardoussituation,which,ifnotavoided,couldresultinmoderate
injuries,equipmentdamagesorpartialserviceinterruption.

6-2

SJ-20110329145303-001|2011–10–25(R1.1)ZTEProprietaryandCondential

Note:

Indicateshelpfulinformationwhichifignored,couldresultinminorinjuries,equipment
damagesorpartialserviceinterruption.

Everysafetysymbolhasatextdescriptionofitssafetylevelandadetaileddescriptionof
itscontents.

6.1.3SafetySpecifications

ElectricalSafety

Danger!

Neverinstalloruninstallpowercableswhiletheyarelivebecausewhentouchedwitha
conductormayproducesparks,resultinginreordamagetoeyes.

Chapter6HardwareInstallation

Doshutoffpowersupplybeforeconnectingordisconnectingapowercable.

Beforeconnectingacable,makesurethatthecableanditslabelmeettheactual
installationrequirements.

Warning!

Itisnotallowedtodrillcabinetholeswithoutpermission.Unqualieddrillingcoulddamage
wiringinsidethecabinet.Additionally ,themetalpiecesinsidethecabinetcreatedbydrilling
couldresultinashortedcircuitboard.

Antistatic

Caution!

Staticelectricityproducedbyhumanbodycandamagestatic-sensitivecomponentson
circuitboard,suchaslarge-scaleintegratedcircuits.

Frictioncausedbyhumanbodyactivitiesistherootcauseofelectrostaticcharge
accumulation.Staticvoltagecarriedbyahumanbodyinadryenvironmentcanbeup
to30kV ,andcanremaininthereforalongtime.Anoperatorwithstaticelectricity

6-3

SJ-20110329145303-001|2011–10–25(R1.1)ZTEProprietaryandCondential

ZXSDRBS8802C100UserGuide

maydischargeelectricitythroughacomponentwhenhe/shetouchestheconductorand
causingdamage.

Wearanantistaticwriststrap(theotherendofwriststrapmustbewellgrounded)before
touchingtheequipmentorholdingaplug-inboard,circuitboard,IntegratedCircuit(IC)chip
orotherdevices,topreventhumanstaticelectricityfromdamagingsensitivecomponents.

Laser

Warning!

Avoidlookingstraightatthelaserbeamfromtheoutletoftheopticaltransceiverorinside
theopticalbertoavoideyedamage.

HighTemperature

Danger!

Avoidtouchingthesurfaceareaofsomedevicesduetohightemperaturetoavoidascald
injury.

Fans

Warning!

Donotputngersoranytoolsintherunningfantoavoidaninjury .Keeptoolsawayfrom
therunningfan.

Stickingngerinsidearunningfanmaycausehurt.

Putparts,screws,andtoolsawayfromthefanwhenreplacingrelatedparts,toavoid
damagetothefanorrelateddevices.

Keepngersandboardawayfromthefanwhenreplacingdevicesaroundthefan,toavoid
damagetotheequipmentorngers.

6-4

SJ-20110329145303-001|2011–10–25(R1.1)ZTEProprietaryandCondential

Chapter6HardwareInstallation

HoistingHeavyObjects

Warning!

Donotwalkorstayunderthehoistedobjectsduringhoistingoperations.

lEnsureaproperhoistingcapabilityofthehoisterwhendisassemblingheavy

equipmentmoving,andreplacingequipment.

lTheoperatormustreceivethetrainingandqualicationforhoistingoperations.In-

spectandcompletethehoistingtoolsbeforegettingintoservice.

lMakesuretoxthehoistingtoolsrmlyonasufcientlysecuredobjectorwallbefore

thehoistingoperation.

lUsebrieforalinstructionsduringthehoistingoperationstopreventmistaken

operation.

Plugging/UnpluggingModules

Themodulesmentionedinthisdocumentincludefrontboard,rearboard,andfanmodule.

Caution!

lAvoidinsertingamoduleforcibly.Otherwise,thepinonthebackplanemaybent.
lAlignthemodulewiththeguiderailandpushitgentlytothebackplane.Plugthe

moduleproperlyintotheslottopreventshortcircuitduetocontactbetweenthemodule
andthecircuitsurface.

lAvoidtouchingthecircuits,components,connectors,andcabletroughswhenholding

amodule.

lRFmoduleturnshotwhenrunning.Avoidbeingscaldedwhenpluggingand

unplugginganRFmodule.

Personnel

Caution!

Donotconductinternalmaintenanceorequipmentdebuggingwithoutpriorpermission.

Replacingpartsorchangingequipmentmayincurextradanger,therefore,donotreplace
partsorchangetheequipmentwithoutpriorpermission.T oensuresafety,pleasecontact
ZTEincaseofanyproblem.

6-5

SJ-20110329145303-001|2011–10–25(R1.1)ZTEProprietaryandCondential

ZXSDRBS8802C100UserGuide

6.2InstallationPreparation

Beforetheinstallation,checktheenvironmentandensurethatrelatedinstallationtools,
instruments,anddocumentationareavailable.

1.Tool,instrument,anddocumentation

Adjustablewrenches,inner-hexagonspanner,straightscrewdriver,cross

Tool

screwdriver,pliers(sharp-nosepliers,diagonalpliers,andvices),tapemeasure,

antistaticwriststrap,andelectricpercussiondrill

6.3ChassisInstallation

Instrument

Documenta-

tion

2.Environmentcheck

Environmentrequirement

Powerrequirement

FacilityrequirementVerticalwall,levelceiling,verticalpole

ZXSDRBS8802C100iscompactinstructureandoccupiessmallfootprint.Therefore,
itcanbeexiblyinstalledinvariousindoorplaces.Inactualapplication,themost
commonlyusedinstallationmodesarewall-mountedinstallation,poleinstallation,and
ceilinginstallation.

Gradienter,goniometer,andmultimeter

ZXSDRBS8802C100UserGuide

Indoorinstallation

Workingtemperature:–20℃~+45℃

Relativehumidity:5%~95%

Localpowersupply:85VACto264VAC

6.3.1Pole-MountingaZXSDRBS8802C100

Context

ThediameterofthepoleusedtoinstallaZXSDRBS8802C100mustrangefrom20mm
to110mm.

Prerequisites

TheoperatorisresponsibleforprovidingandinstallingpoleswhileZTEcorporation
suppliesrelevantcomponentsandpartsforpole-mountedinstallationonly.

6-6

SJ-20110329145303-001|2011–10–25(R1.1)ZTEProprietaryandCondential

Chapter6HardwareInstallation

Steps

1.MakesurethattheUPonthepoweradapterbracketoftheZXSDRBS8802C100
facesupward.Bindthepoweradapterbracketontothepolewithtwobarclamps,as
showninFigure6-1.

Figure6-1FixingthePowerAdapterBracketontothePole

1.Barclasp2.Poweradapterbracket

2.MakesurethattheUPontheinstallingbracketfacesupward.Inserttheinstalling
bracketintothepoweradapterbracket.

3.Fixtheinstallingbracketontothepoweradapterbracketwithscrews,asshown
inFigure6-2.

6-7

SJ-20110329145303-001|2011–10–25(R1.1)ZTEProprietaryandCondential

ZXSDRBS8802C100UserGuide

Figure6-2FixingtheInstallingBracket

1.Fixingscrews2.Installingbracket3.Poweradapterbracket

4.EmbedthefourhooksatthebackoftheZXSDRBS8802C100intothefourslotsof
theinstallingbracket,asshowninFigure6-3.

6-8

SJ-20110329145303-001|2011–10–25(R1.1)ZTEProprietaryandCondential

Figure6-3HangingtheZXSDRBS8802C100

Chapter6HardwareInstallation

5.UsetwoscrewstoxtheZXSDRBS8802C100,asshowninFigure6-4.

Figure6-4FixingtheZXSDRBS8802C100

–EndofSteps–

Result

Figure6-5showstheZXSDRBS8802C100installedonapole.

6-9

SJ-20110329145303-001|2011–10–25(R1.1)ZTEProprietaryandCondential

ZXSDRBS8802C100UserGuide

Figure6-5Pole-MountedInstallation

6.3.2Wall-MountedInstallation

6.3.2.1Wall-MountinganOverlappedZXSDRBS8802C100andPowerAdapter

Context

Ifnosufcientroomisavailable,thepoweradapterbracketandtheinstallingbracketcan
overlaptosaveroom,asshowninFigure6-6.

Figure6-6OverlappedFixingBrackets

6-10

SJ-20110329145303-001|2011–10–25(R1.1)ZTEProprietaryandCondential

Chapter6HardwareInstallation

Steps

1.PutthepoweradapterbracketoftheZXSDRBS8802C100onthewallandmarkthe
installationholesaccordingtothesizeofthepoweradapterbracket.

2.UseapercussivedrilltodrillΦ6X40mmholesinthemarkedinstallationpositions,and
inserttheexpansionboltsdeliveredwiththeZXSDRBS8802C100intotheholes.

3.Fixthepoweradapterbracketonthewallwithxingscrewsaccordingtothepositions
oftheinstallationholes.

4.MakesurethattheUPontheinstallingbracketfacesupward,andinserttheinstalling
bracketintothepoweradapterbracket,andusetwoscrewstoxtheinstallingbracket,
asshowninFigure6-7.

Figure6-7InsertingtheInstallingBracket

1.Fixingscrews2.Installingbracket3.Poweradapterbracket

5.InsertthefourhooksatthebackoftheZXSDRBS8802C100intothefourslotsofthe
installingbracket,asshowninFigure6-8.

6-11

SJ-20110329145303-001|2011–10–25(R1.1)ZTEProprietaryandCondential

ZXSDRBS8802C100UserGuide

Figure6-8HangingtheZXSDRBS8802C100

6.UsetwoscrewstoxtheZXSDRBS8802C100,asshowninFigure6-9.

Figure6-9FixingtheZXSDRBS8802C100

–EndofSteps–

6.3.2.2SeparatelyWall-MountingtheZXSDRBS8802C100andPowerAdapter

Context

Ifsufcientroomisavailable,installthepoweradapterbracketandtheinstallingbracket
separatelyforbetterheatdissipation,asshowninFigure6-10.

6-12

SJ-20110329145303-001|2011–10–25(R1.1)ZTEProprietaryandCondential

Chapter6HardwareInstallation

Figure6-10SeparatelyWall-MountedZXSDRBS8802C100andPowerAdapter

Steps

1.Putthepoweradapterbracketonthewallandmarktheinstallationpositionsaccording
tothesizeofthepoweradapterbracket.

2.Puttheinstallingbracket150mmto180mmawayfromthepoweradapterbracketat
thesamehorizonofthewall,andmarktheinstallationpositionsaccordingtothesize
oftheinstallingbracket,asshowninFigure6-11.

Figure6-11DecidingtheInstallationPositionsoftheInstallingBracket

3.UseapercussivedrilltodrillΦ6X40mmholesaccordingtothemarkedinstallation
positions,andinserttheexpansionboltsdeliveredwiththeZXSDRBS8802C100into
theholes.

6-13

SJ-20110329145303-001|2011–10–25(R1.1)ZTEProprietaryandCondential

ZXSDRBS8802C100UserGuide

4.Fixthepoweradapterbracketonthewallwithxingscrewsaccordingtoitsinstallation
positions.

5.Fixtheinstallingbracketonthewallwithxingscrewsaccordingtoitsinstallation
positions.

6.EmbedthefourhooksatthebackoftheZXSDRBS8802C100intothefourslotsof
theinstallingbracket,asshowninFigure6-12.

Figure6-12HangingtheZXSDRBS8802C100

7.UsetwoscrewstoxtheZXSDRBS8802C100,asshowninFigure6-13.

6-14

SJ-20110329145303-001|2011–10–25(R1.1)ZTEProprietaryandCondential

Figure6-13FixingtheZXSDRBS8802C100

Chapter6HardwareInstallation

–EndofSteps–

6.3.3Ceiling-MountingtheZXSDRBS8802C100

Context

Inviewoftheendurableweight,thecementceilingischosenforceilinginstallation.

Figure6-14showstheceilinginstallationmode.

6-15

SJ-20110329145303-001|2011–10–25(R1.1)ZTEProprietaryandCondential

ZXSDRBS8802C100UserGuide

Figure6-14CeilingInstallation

Steps

1.Conrmtheinstallationpositionandputtheauxiliaryinstallingpartontotheceiling.
Markthepositionsoftheinstallationholesontheceilingaccordingtothesizeofthe
auxiliaryinstallingpart,asshowninFigure6-15.

Figure6-15MarkingInstallationHolePositionsoftheAuxiliaryInstallingPart

2.RemovetheauxiliaryinstallingpartanduseapercussivedrilltodrillthreeΦ6X40mm
holes.TheninstalltheexpansionboltsdeliveredwiththeZXSDRBS8802C100into
theholes.

6-16

SJ-20110329145303-001|2011–10–25(R1.1)ZTEProprietaryandCondential

Chapter6HardwareInstallation

3.Installtheauxiliaryinstallingpartaccordingtotheholepositionsandxitontothe
ceilingwithxingscrews.

4.Fixtheceiling-mountedbracketontotheauxiliaryinstallingpartwiththreescrews,as
showninFigure6-16.

Figure6-16Ceil-MountingtheBracket

5.UsefourscrewstoxthepoweradapterbracketatthebackoftheZXSDRBS8802
C100,asshowninFigure6-17.

6-17

SJ-20110329145303-001|2011–10–25(R1.1)ZTEProprietaryandCondential

ZXSDRBS8802C100UserGuide

Figure6-17FixingthePowerAdapterBracket

6.EmbedthefourhooksatthebackoftheZXSDRBS8802C100intothefourslotsof
theceil-mountedbracket.

7.FixtheZXSDRBS8802C100withtwoscrews,asshowninFigure6-18.

6-18

SJ-20110329145303-001|2011–10–25(R1.1)ZTEProprietaryandCondential

Figure6-18FixingtheZXSDRBS8802C100

Chapter6HardwareInstallation

–EndofSteps–

6.4CableInstallation

AfterinstallingtheZXSDRBS8802C100chassis,connectthecables.Thecablestobe
connectedareasfollows:

lEthernetcable
lPowercable
lGPScable

6.5GPSAntennaFeederSystemInstallation

6.5.1GPSAntennaInstallation

6.5.1.1InstallingaGPSAntennainVerticalPlacement

Prerequisites

Thefollowingtoolsmustbeready.

lAdjustablespanner
lNormalSpanner

6-19

SJ-20110329145303-001|2011–10–25(R1.1)ZTEProprietaryandCondential

ZXSDRBS8802C100UserGuide

Itisrecommendedtohaveapolewithadiameterbetween30mm~60mm(48mmis
recommended).Theantennashouldnotbeinstalledduringrainandheavywind.Thepole
bindingwithGPSantennaconnectedtoGNDisrequired.

Steps

1.OpenthepackageandtakeouttheGPSantennaandGPSrack.

2.UsetheU-shapedclamptoinstalltheGPSracktothemountingpole.Insertaspring
washerandwasherbetweentheU-shapedclampandmountingpole.

3.UseaM6nuttoxtheU-shapedclampandthepoletogetherrmly.

Figure6-19showsthexingprocess.

Figure6-19U-shapedClampInstallation

1.GPSsettledclamp

2.Cablestrip

3.Mountingpole

4.U-shapedclamp

4.FixtheGPSantennatotheGPSsettledclamp.Screwthebolt(M4x14)tormlyx
theantenna.

–EndofSteps–

Result

Figure6-20showstheantennaxedintheverticalposition.

6-20

SJ-20110329145303-001|2011–10–25(R1.1)ZTEProprietaryandCondential

Figure6-20GPSAntennaVerticalInstallation

Chapter6HardwareInstallation

1.GPSsettledclamp

2.Feeder

3.Feederstrip

4.GPSantenna

6.5.1.2InstallingaGPSAntennainHorizontalPlacement

Prerequisites

ConrmtheinstallationmodeandinstallationpositionofGPSantenna.

Thefollowingtoolsmustbeready.

lAdjustablespanner
lNormalspanner

Context

lItisrecommendedtohaveapolewithadiameterbetween30mm~60mm(48mm

isoptimal).

lThepoleusedtoxtheGPSantennamustbegroundedwell.
lTheantennacannotbeinstalledduringrainandheavywind.

Steps

5.Mountingpole

6.U-shapeclamp

1.OpenthepackageandtakeouttheGPSantennaandGPSrack.

2.UsetheU-shapeclamptoinstalltheGPSracktothemountingpole.

3.TheinstallationsupportofGPSantennaisasshowninFigure6-21.Alignholeson
theU-shapeclampwithHole1andHole3,orHole4andHole6ontheinstallation
support.Thencoveraspringwashandatwasherrespectivelyontheseholesand
fastenthemwithM6screws,asshowninFigure6-22.

6-21

SJ-20110329145303-001|2011–10–25(R1.1)ZTEProprietaryandCondential

ZXSDRBS8802C100UserGuide

Figure6-21GPSAntennaRackInstallationSupport

•1~6holeposition

Figure6-22GPSRackInstallation(HorizontalPlacement)

4.FixtheGPSantennatotheGPSsettledclamp.Screwdownthebolt(M4x14)tormly
xtheantenna.

–EndofSteps–

Result

Figure6-23showstheGPSantennaxedhorizontally.

6-22

SJ-20110329145303-001|2011–10–25(R1.1)ZTEProprietaryandCondential

Figure6-23GPSAntennaFixedHorizontally

Chapter6HardwareInstallation

1.GPSsettledclamp

2.Feeder

6.5.1.3Wall-MountingaGPSAntenna

Prerequisites

Thefollowingtoolsmustbeready.

lAdjustablespanner
lNormalspanner
lHammer
lExpansionanchorbolts(M5x30orM5x40)

Context

ForinstallingtheGPSAntennaonthewall,theU-shapeclampisunnecessary.

Steps

1.OpenthepackageandtakeouttheGPSantennaandGPSrack.

2.Usethedesigntemplateformarkingholesonthewall.Thendrillholesonthewall
accordingtothesizeoftheexpansionanchorboltsthataretobeused.

3.Feederstrip

4.GPSantenna

5.Mountingpole

6.U-shapeclamp

Figure6-24showsthedesigntemplate.

6-23

SJ-20110329145303-001|2011–10–25(R1.1)ZTEProprietaryandCondential

ZXSDRBS8802C100UserGuide

Figure6-24DesignT emplateforMarkingHoles

3.Inserttheexpansionbolts,andhammerthemtoxproperly.

4.InstalltheGPSantennaracktothecorrespondingboltposition.

5.InsertaspringwasherandatwasherontoexpansionboltsandusetheM6nuttox
therackonthewallrmly.

Note:

Thetorqueusedtoxtheclampis45Nm.

6.FixtheGPSantennatotheGPSsettledclampandscrewtheM4x14bolttightly.

–EndofSteps–

Result

Figure6-25showstheGPSantennaxedonthewall.

6-24

SJ-20110329145303-001|2011–10–25(R1.1)ZTEProprietaryandCondential

Figure6-25GPSAntennaFixedonWall

6.5.2GPSFeederCableSelectionPrinciple

TheselectionofGPSfeedercableshouldbemadebasedonthefollowing4conditions:

1.Ifthefeederlength≤80m,thenselectan1/4″feedercable.

2.If80mthefeederlength≤150m,thenselectan1/2″feedercable.

3.If150mthefeederlength≤300m,thenselectan1/2"feedercable+7/8"feeder
cable+1/2"feedercable.

4.Ifthefeederlengthismorethan300m,contactthelocalrepresentativeofceofZTE
Corporation.

Chapter6HardwareInstallation

6-25

SJ-20110329145303-001|2011–10–25(R1.1)ZTEProprietaryandCondential

ZXSDRBS8802C100UserGuide

Thispageintentionallyleftblank.

6-26

SJ-20110329145303-001|2011–10–25(R1.1)ZTEProprietaryandCondential

Figures

Figure1-1PositionofZXSDRBS8802C100inCDMAsystem.................................1-2

Figure1-2ZXSDRBS8802C100Appearance..........................................................

Figure1-3ExternalInterfaces...................................................................................1-6

Figure2-1ZXSDRBS8802C100SystemStructure..................................................2-1

Figure2-2PRAStructure..........................................................................................2-2

Figure4-1ExistingTransmissionResource..............................................................4-1

Figure4-2MobileDataNetwork................................................................................4-2

Figure4-3PublicNetworkResource.........................................................................4-2

Figure5-1IndoorCoverage......................................................................................

Figure5-2FamilyCoverage......................................................................................5-2

Figure5-3EnterpriseSolution..................................................................................5-2

Figure5-4HotSpotandBlindAreaCoverage..........................................................5-3

Figure6-1FixingthePowerAdapterBracketontothePole......................................6-7

Figure6-2FixingtheInstallingBracket.....................................................................6-8

Figure6-3HangingtheZXSDRBS8802C100..........................................................

Figure6-4FixingtheZXSDRBS8802C100.............................................................6-9

Figure6-5Pole-MountedInstallation.......................................................................6-10

1-3

5-1

6-9

Figure6-6OverlappedFixingBrackets...................................................................6-10

Figure6-7InsertingtheInstallingBracket...............................................................6-11

Figure6-8HangingtheZXSDRBS8802C100........................................................6-12

Figure6-9FixingtheZXSDRBS8802C100...........................................................

Figure6-10SeparatelyWall-MountedZXSDRBS8802C100andPowerAdapter

.............................................................................................................

Figure6-11DecidingtheInstallationPositionsoftheInstallingBracket...................6-13

Figure6-12HangingtheZXSDRBS8802C100......................................................6-14

Figure6-13FixingtheZXSDRBS8802C100.........................................................

Figure6-14CeilingInstallation................................................................................6-16

Figure6-15MarkingInstallationHolePositionsoftheAuxiliaryInstalling

Part.......................................................................................................6-16

Figure6-16Ceil-MountingtheBracket....................................................................6-17

Figure6-17FixingthePowerAdapterBracket........................................................6-18

Figure6-18FixingtheZXSDRBS8802C100.........................................................6-19

6-12

6-13

6-15

I

ZXSDRBS8802C100UserGuide

Figure6-19U-shapedClampInstallation................................................................6-20

Figure6-20GPSAntennaVerticalInstallation.........................................................

Figure6-21GPSAntennaRackInstallationSupport...............................................6-22

Figure6-22GPSRackInstallation(HorizontalPlacement).....................................6-22

Figure6-23GPSAntennaFixedHorizontally..........................................................6-23

Figure6-24DesignT emplateforMarkingHoles......................................................6-24

Figure6-25GPSAntennaFixedonWall.................................................................

6-21

6-25

II

Tables

Table1-1ZXSDRBS8802C100Functions...............................................................1-4

Table1-2ExternalInterfaces....................................................................................

Table2-1ZXSDRBS8802C100ModulesandTheirFunctions.................................2-2

Table3-1ZXSDRBS8802C100CapacityIndices....................................................3-1

Table3-2800MHzTransmitterIndices.....................................................................3-2

Table3-31.9GHzTransmitterIndices......................................................................3-4

Table3-4800MHzReceiverIndices.........................................................................3-5

Table3-51.9GHzReceiverIndices..........................................................................3-6

Table6-1SafetySymbolsDescription.......................................................................

1-7

6-1

III

Thispageintentionallyleftblank.

Tables

Glossary

BSC

-BaseStationController

BSS

-BaseStationSystem

BTS

-BaseTransceiverStation

CDMA

-CodeDivisionMultipleAccess

GPS

-GlobalPositioningSystem

MSS

-MobileSwitchingSystem

V