ZTE BS8922T260 LTE Remote Radio Unit User Manual

ZTE Corporation LTE Remote Radio Unit

User manual

ZXSDRBS8922TD-LTEIntegratedeNodeBProductDescriptionHardwareVersion:HV2.1ZTECORPORATIONNo.55,Hi-techRoadSouth,ShenZhen,P .R.ChinaPostcode:518057Tel:+86-755-26771900Fax:+86-755-26770801URL:http://support.zte.com.cnE-mail:800@zte.com.cn
LEGALINFORMATIONCopyright©2017ZTECORPORATION.Thecontentsofthisdocumentareprotectedbycopyrightlawsandinternationaltreaties.Anyreproductionordistributionofthisdocumentoranyportionofthisdocument,inanyformbyanymeans,withoutthepriorwrittenconsentofZTECORPORATIONisprohibited.Additionally,thecontentsofthisdocumentareprotectedbycontractualcondentialityobligations.Allcompany,brandandproductnamesaretradeorservicemarks,orregisteredtradeorservicemarks,ofZTECORPORATIONoroftheirrespectiveowners.Thisdocumentisprovided“asis”,andallexpress,implied,orstatutorywarranties,representationsorconditionsaredisclaimed,includingwithoutlimitationanyimpliedwarrantyofmerchantability,tnessforaparticularpurpose,titleornon-infringement.ZTECORPORATIONanditslicensorsshallnotbeliablefordamagesresultingfromtheuseoforrelianceontheinformationcontainedherein.ZTECORPORATIONoritslicensorsmayhavecurrentorpendingintellectualpropertyrightsorapplicationscoveringthesubjectmatterofthisdocument.ExceptasexpresslyprovidedinanywrittenlicensebetweenZTECORPORATIONanditslicensee,theuserofthisdocumentshallnotacquireanylicensetothesubjectmatterherein.ZTECORPORATIONreservestherighttoupgradeormaketechnicalchangetothisproductwithoutfurthernotice.UsersmayvisittheZTEtechnicalsupportwebsitehttp://support.zte.com.cntoinquireforrelatedinformation.TheultimaterighttointerpretthisproductresidesinZTECORPORATION.RevisionHistoryRevisionNo.RevisionDateRevisionReasonR1.12017–04–15Updated"1.2Funtion","1.3Features","4.1PhysicalSpecications","4.2PerformanceSpecications"and"4.3PowerSpecications"R1.02014-12-15FirsteditionSerialNumber:SJ-20141015122637-001PublishingDate:2017-04-15(R1.1)SJ-20141015122637-001|2017-04-15(R1.1)ZTEProprietaryandCondential
ContentsAboutThisManual.........................................................................................IChapter1Overview....................................................................................1-11.1ProductPositioning............................................................................................1-11.2Functions...........................................................................................................1-31.3Features............................................................................................................1-3Chapter2SystemArchitecture.................................................................2-12.1ExternalStructure..............................................................................................2-12.2SoftwareArchitecture.........................................................................................2-1Chapter3ApplicationsandMaintenance................................................3-13.1NetworkingApplications......................................................................................3-13.2OperationandMaintenanceMethods..................................................................3-2Chapter4TechnicalIndices......................................................................4-14.1PhysicalIndices.................................................................................................4-14.2PerformanceIndices...........................................................................................4-14.3PowerIndices....................................................................................................4-24.4EnvironmentIndices...........................................................................................4-24.5ReliabilityIndices...............................................................................................4-24.6ElectromagneticCompatibilityIndices..................................................................4-3Chapter5EnvironmentalRequirements..................................................5-15.1OperatingEnvironment.......................................................................................5-15.2StorageEnvironment..........................................................................................5-25.3TransportationEnvironment................................................................................5-3Chapter6CompliantStandards................................................................6-1Glossary..........................................................................................................IISJ-20141015122637-001|2017-04-15(R1.1)ZTEProprietaryandCondential
Thispageintentionallyleftblank.IISJ-20141015122637-001|2017-04-15(R1.1)ZTEProprietaryandCondential
AboutThisManualPurposeThismanualprovidesinformationaboutthefeatures,structure,functions,andtechnicalindicesoftheZXSDRBS8922TD-LTEintegratedmicrobasestation.IntendedAudienceThismanualisintendedfor:lNetworkplanningengineerslSystemmaintenanceengineersWhatIsinThisManualThismanualcontainsthefollowingchapters.Chapter1,OverviewDescribestheproductpositioningandadvantagefeatures.Chapter2,SystemArchitectureDescribesthehardwareandsoftwarearchitecture.Chapter3,ApplicationsandMaintenanceDescribestheapplicationscenariosandmaintenancemethods.Chapter4,TechnicalIndicesDescribesthetechnicalindices.Chapter5,EnvironmentalRequirementsDescribestheenvironmentalrequirements.Chapter6,CompliantStandardsDescribestheinternationalanddomesticstandardsthattheproductcomplieswith.RelatedDocumentationThefollowingdocumentationisrelatedtothismanual:lZXSDRBS8922TD-LTEIntegratedeNodeBHardwareDescriptionlZXSDRBS8922TD-LTEIntegratedeNodeBHardwareInstallationISJ-20141015122637-001|2017-04-15(R1.1)ZTEProprietaryandCondential
Thispageintentionallyleftblank.IISJ-20141015122637-001|2017-04-15(R1.1)ZTEProprietaryandCondential
Chapter1OverviewTableofContentsProductPositioning....................................................................................................1-1Functions...................................................................................................................1-3Features.....................................................................................................................1-31.1ProductPositioningMarketPositioningTheZXSDRBS8922,whichisanLTEproduct,isanintegratedoutdoormicrobasestation.TheZXSDRBS8922coversdeadspotsandhotspotstosupplementmacro-networkseffectively.TheZXSDRBS8922haslowerrequirementsforsiteselectionandinstallationthanmacrobasestations,andcanbeusedforrapidbasestationconstructiontoreducecosts.TheZXSDRBS8922isapplicabletoinstallationscenarioswithnoequipmentrooms,transmissionresourceshortage,orlimitonequipmentsizeandweight.PositionoftheZXSDRBS8922inaNetworkFigure1-1showsthepositionoftheZXSDRBS8922inanetwork.Thereddotted-lineindicatesthedataowwhentheZXSDRBS8922actsasatraditionalmicrobasestation.1-1SJ-20141015122637-001|2017-04-15(R1.1)ZTEProprietaryandCondential
ZXSDRBS8922ProductDescriptionFigure1-1PositionoftheZXSDRBS8922inaNetworkForadescriptionoftheexternalsystemsrelatedtotheZXSDRBS8922,refertoT able1-1.Table1-1ExternalSystemDescriptionsExternalSystemDescriptionRelatedInterfaceEPCCorenetworkS1interface.Physicalinterface:EthernetopticalinterfaceorEthernetelectricalinterface.CascadeBS8922BScascadenetworkingS1interface.Physicalinterface:EthernetopticalinterfaceorEthernetelectricalinterface.LTEantennaConvertsradiofrequencysignalsofRRUsintowirelesssignalsAntennainterface.Physicalinterface:N-typeconnector.UEUserequipmentUuinterface.UserdeviceorenvironmentsurveillanceImplementstransparentchannelfunctions,andassistsexternalequipmentintransmissionnetworkingCustomized.Physicalinterface:inputrelayandRS485interface.LMTLocaloperationandmaintenanceterminaloftheBSCustomized.Physicalinterface:Ethernetelectricalinterface.1-2SJ-20141015122637-001|2017-04-15(R1.1)ZTEProprietaryandCondential
Chapter1OverviewExternalSystemDescriptionRelatedInterfaceGPSantennaReceivesGPSsignalsGPSsignalreceivingantenna.Physicalinterface:coaxialinterface.AC/DCpowerPowersupplyACorDCpowersupply.1.2FunctionsTheZXSDRBS8922accomplishesthefollowingbasicfunctions:lUserEquipment(UE)accessandradiolinktransmissionincludingRFprocessing,channelcodinganddecoding,channelmultiplexingandde-multiplexing,basebandresourcepoolingfunction,measurementandreport,powercontrol,transmitdiversity,receivingdiversity,calibrationandsynchronization.lLTEradiointerfaceandEvolvedPacketCore(EPC)interfaceprocessing,mobilitymanagement,radioresourcemanagementandcontrolling.lSystemmanagementfunctionsincludingcongurationmanagement,alarmmanagement,statuscheckingandsystemmonitoring.lSupportsthecongurationof10MHzand20MHzbandwidth.lSupports2T2R.lSupports64QAMmodulationinbothdownlinkanduplink.lSpatialdiversity,frequencydiversity,timediversity,polarizationdiversityandmaximumratiocombinationdiversity.lImprovesthechanneldecodingperformanceandenhancesthereceivesensitivitybyusingtheViterbialgorithm.lSupportsMode1andMode2(2DL:2UL,and3DL:1UL)slotconguration,andsupportsothercongurationmodesthroughsoftwaresettings.lSupportsspecialsub-frame5andsub-frame7(3:9:2,10:2:2,and9:3:2),andsupportsothercongurationmodesthroughsoftwaresettings.lSupportsIPsecandPONpublicnetworkbackhaul.1.3FeaturesTheZXSDRBS8922hasthefollowingfeatures:lLargeCapacityandEasyExpansionTheZXSDRBS8922supports:(Thefollowingreferstothemaximumcapability.Thespeciccapabilityislimitedtothelicense.)à2x5Woutputpower,and2T2RàAmaximumof2x20MHzcellcongurationà111MbpsDL/30MbpsUL(sitetypeS1@20MHzMIMO2×2)à200RRC_CONNECTEDusers1-3SJ-20141015122637-001|2017-04-15(R1.1)ZTEProprietaryandCondential
ZXSDRBS8922ProductDescriptionItsupportsexpansiontoS1/1/1with3units.2×5WTOCandclosetoantennainstallationimprovescoverage.Comparedwithtraditionalindoor,hotspotandruralcoveragesolutions,itprovideshighercapacityandcoverage.lHighIntegrationSmallsize,lightweight,andeasyinstallationIntegratedantennadesign,andeasydeploymentlUniedPlatformTheZXSDRBS8922usestheuniedSDRplatform,supportssmoothevolutiontofuturetechnologies,andreducestheoperatorinvestment.lGreeneNodeBTheZXSDRBS8922supportsDoherty,DigitalPreDistortion(DPD)andMCPAtechnologiesinpowerampliermodulewhichprovideshighPowerAmplier(PA)powerefciency.HighefciencyMCPA,naturalconvectioncoolingandhighdensitydesignreducethepowerconsumption.Zeronoisepollutionmakesiteasyforindoorandoutdoorinstallation.lIPRANandRichInterfacesItprovidesFE/GEinterfaces,andsupportsvarioustransmissionmodessuchasPTN/PONmicrowave.1-4SJ-20141015122637-001|2017-04-15(R1.1)ZTEProprietaryandCondential
Chapter2SystemArchitectureTableofContentsExternalStructure......................................................................................................2-1SoftwareArchitecture.................................................................................................2-12.1ExternalStructureFigure2-1showsanexternalviewoftheZXSDRBS8922.Figure2-1ExternalView1.Lowerchassisbody2.Handle3.Upperchassisbody4.Indices5.Maintenancecavity2.2SoftwareArchitectureThesoftwarearchitectureofZXSDRBS8922canbedividedintofourlayers:HardwareDrivenLayer,OperatingSystemLayer,SDRPlatformLayer,andLTEApplicationLayer.2-1SJ-20141015122637-001|2017-04-15(R1.1)ZTEProprietaryandCondential
ZXSDRBS8922ProductDescriptionFigure2-2SoftwareArchitecturelHardwareDrivenLayerItprovidesthefunctionsofBoardSupportPackage(BSP)&Driver.BSPsubsystembootstrapsanddrivesthehardwareoftheentiresystem.lOperatingSystemLayerItaccomplishesthefunctionsofOperationSupportSub-system(OSS).OSSisthesupportlayerinthisentireframework,whichisahardwareindependentplatformforrunningsoftwareandprovidesbasicfunctionslikescheduling,timer,memorymanagement,communication,sequencingcontrol,monitoring,alarmingandlogging.lSDRPlatformLayerThefunctionsofSDRPlatformLayerinclude:àOperatingAdministrationandMaintenance(OAM)providestheconguration,alarmandperformancemeasurementfunctionforLTEeNodeB.àDataBaseSub-system(DBS)isthedatabasesystem.àBearerSub-system(BRS)providestheIPcommunicationfunctionforinter-boardsandinter-networkelements.àSystemControlSub-system(SCS)istocontrolthepowersupplyingandactive/standbyswitching.lLTEApplicationLayerThefunctionsofLTEApplicationLayerinclude:àRadioNetworkLayerControlPlane(RNLC)subsystemprovidesradiocontrolplane'scommonanddedicatedresourcemanagementandcontrol.2-2SJ-20141015122637-001|2017-04-15(R1.1)ZTEProprietaryandCondential
Chapter2SystemArchitectureàRadioNetworkLayerUserPlane(RNLU)subsystemprovidesuserplanefunctions.àControlMediumAccessControl(CMAC)subsystemprovidesdynamicresourceschedulingofairinterface,anditislocatedinMAClayer.àPhysicalLayer(PHY)subsystemprovidesLTEPhysicalLayerfunctions.àRRUsubsystemprovidesLTEradioprocessingfunctions.2-3SJ-20141015122637-001|2017-04-15(R1.1)ZTEProprietaryandCondential
ZXSDRBS8922ProductDescriptionThispageintentionallyleftblank.2-4SJ-20141015122637-001|2017-04-15(R1.1)ZTEProprietaryandCondential
Chapter3ApplicationsandMaintenanceTableofContentsNetworkingApplications.............................................................................................3-1OperationandMaintenanceMethods.........................................................................3-23.1NetworkingApplicationsLTEdeploymentrequireshighfrequencybands,andcauseslargeconsumption.Thecurrentbasestationscannotreachthe2G/3Gcoveragelevel,andrelevanteNodeBsshouldbeusedtocoverdeadspots.ForthetypicalapplicationscenariosoftheZXSDRBS8922,refertoTable3-1.Table3-1TypicalApplicationScenariosApplicationScenarioPurposeDescriptionScenario1OutdoorcoverageholellingCoversstreetsandroads.Scenario2OutdoorhotspotloadsharingReusesPAS.Deploysmicrobasestationsinthemacrobasestationareasforloadsharing.Scenario3IndoorcoverageCoversindoorareasbyusingmicrobasestations.Usestheindoorsignalsasthesourceofthesmall-scaleDASindoordistributionsystem.Scenario4SpecialapplicationAppliestogovernmentandenterpriseapplicationssuchasoildrillingplatform,military,andpolice.ForthetypicalapplicationsoftheZXSDRBS8922microbasestations,seeFigure3-1andFigure3-2.3-1SJ-20141015122637-001|2017-04-15(R1.1)ZTEProprietaryandCondential
ZXSDRBS8922ProductDescriptionFigure3-1CoverageHolesandWeakSpotsofMacroBSsFigure3-2OutdoorPenetrationandIndoorCoverage3.2OperationandMaintenanceMethodsThefollowingmaintenancemethodsareusedfortroubleshooting:CheckingAlarmsandOperationLogsThisisthemostcommonmethodfortroubleshooting.Method:Checkthealarmmanagementandoperationlogwindowsintheoperationandmaintenancesystem.lInthealarmmanagementwindow,youcanobserveandanalyzethealarmsreportedbyNEs,suchascurrentalarms,historicalalarms,andnotications,discoverabnormalnetworkoperation,andlocate,isolate,andeliminatefaultsintime.lBycheckingtheoperationlogsinusermanagement,youcantracesystemparametermodication,locaterelevantterminalsandoperators,anddiscoverthefaultscausedbymanualoperations.3-2SJ-20141015122637-001|2017-04-15(R1.1)ZTEProprietaryandCondential
Chapter3ApplicationsandMaintenancePerformanceAnalysisMethod:Checktheperformancemanagementwindowintheoperationandmaintenancesystem.Intheperformancemanagementwindow,youcancreateperformancemanagementtasksandgenerateperformancereportstounderstandtheNodeBsystemperformanceindicators.Byanalyzingtheinformation,youcanlearnaboutloadallocationandothernetworkconditions,andmodifyrelevantperformancetoimprovenetworkperformance.InstrumentandMeterAnalysisAuxiliaryinstruments,suchastestUE,signalinganalyzers,andbiterroranalyzers,canbeusedfortroubleshooting.ReplacementYoucanreplaceafaultypartwithasparepartorasimilarpartthatoperatesproperlyinthesystemtolocateafault.Fortheoperationmethods,refertotheZXSDRBS8922TD-LTEIntegratedMicroBaseStationEngineeringInstallationGuide.Self-TestThesystemperformsaself-testwhenitispoweredonagain.Duringtheself-test,theindicatorsashinaccordancewithrelevantrules.Youcanlocatefaultsbycheckingtheindicators.IntegratedMethodInactualoperation,allthemethodscanbeusedfortroubleshooting.3-3SJ-20141015122637-001|2017-04-15(R1.1)ZTEProprietaryandCondential
ZXSDRBS8922ProductDescriptionThispageintentionallyleftblank.3-4SJ-20141015122637-001|2017-04-15(R1.1)ZTEProprietaryandCondential
Chapter4TechnicalIndicesTableofContentsPhysicalIndices.........................................................................................................4-1PerformanceIndices..................................................................................................4-1PowerIndices.............................................................................................................4-2EnvironmentIndices...................................................................................................4-2ReliabilityIndices.......................................................................................................4-2ElectromagneticCompatibilityIndices........................................................................4-34.1PhysicalIndicesFortheZXSDRBS8922physicalindices,refertoT able4-1.Table4-1PhysicalIndicesItemIndexDimensions(Height×Width×Depth)lOverallmachine:310mm×290mm×90mmlIncludingtheintegratedantennaandtheshade:310mm×290mm×120mmVolumeBaremachine:<7LWeightlOverallmachine:7kglIncludingtheintegratedantennaandtheshade:≤8kg4.2PerformanceIndicesFortheZXSDRBS8922performanceindicators,refertoTable4-2.Table4-2PerformanceIndicesItemIndexOperatingfrequencyband2496MHz–2602MHzOperatingbandwidth40MHzChannelbandwidth5MHz,10MHz,15MHz,and20MHzAccesscapacitylS1@20MHzorS11@20MHzl111MbpsDL/30MbpsUL@S1l222MbpsDL/60MbpsUL@S11l600RRC_CONNECTEDusers4-1SJ-20141015122637-001|2017-04-15(R1.1)ZTEProprietaryandCondential
ZXSDRBS8922ProductDescriptionItemIndexMobility≤120km/hOutputPower(TOC)2×5WSynchronizationmodeGPS,IEEE1588Receivesensitivity–103dBmSynchronizationmodeGPS,IEEE1588v2,andUulistening4.3PowerIndicesForthepowerindicesoftheZXSDRBS8922,refertoTable4-3.Table4-3PowerIndicesItemIndexOperatingvoltageDC:–48VDC(–60VDCto–36VDC)Powerconsumption(peakvalue)l120W@CongDL3:UL1l100W@CongDL2:UL24.4EnvironmentIndicesFortheoutdooroperatingenvironmentrequirementsoftheZXSDRBS8922,refertoTable4-4.Table4-4EnvironmentIndicesItemIndexTemperature–40°Cthrough+55°CRelativeHumidity5%–100%Waterproof/DustproofIP65HeatDissipationNaturalCoolingGround≤10Ω4.5ReliabilityIndicesFortheZXSDRBS8922reliabilityindices,refertoT able4-5.Table4-5ReliabilityIndicesItemIndexMTBF≥200000hours4-2SJ-20141015122637-001|2017-04-15(R1.1)ZTEProprietaryandCondential
Chapter4T echnicalIndicesItemIndexMTTR1hourAvailability99.9995%DowntimeDuration<2.62min/year4.6ElectromagneticCompatibilityIndicesFortheZXSDRBS8922electromagneticcompatibilityindices,refertoTable4-6.Table4-6ElectromagneticCompatibilityIndicesItemIndexNational/InternationalStandardYD/T1595.2-2007ETSIEN301489-01,ETSIEN301489-23ETSIEN300386–V1.3.2(CISPR22)ClassBDirective1999/5/EC(R&TTE)4-3SJ-20141015122637-001|2017-04-15(R1.1)ZTEProprietaryandCondential
ZXSDRBS8922ProductDescriptionThispageintentionallyleftblank.4-4SJ-20141015122637-001|2017-04-15(R1.1)ZTEProprietaryandCondential
Chapter5EnvironmentalRequirementsTableofContentsOperatingEnvironment...............................................................................................5-1StorageEnvironment..................................................................................................5-2TransportationEnvironment.......................................................................................5-35.1OperatingEnvironmentFortheoutdooroperatingenvironmentrequirementsoftheZXSDRBS8922,refertoTable5-1.Table5-1OperatingEnvironmentIndicatorsIndicatorDescriptionOperatingtemperature–40through55°CHumidity2%–100%Temperaturechangerate0.5°C/minAtmosphericpressure70–106kPaSolarradiation1120W/m2CondensationYesPrecipitation(rain,snow,andhail)YesRainfallintensity6mm/minRainfalltemperature5°CFreezingandfrostYesClimaticenvironmentAirmovement(maximumwindspeed)50m/sPlantsMoldandfungus BiologicalenvironmentAnimalsRodentsandotheranimalsthatdamagetheproduct,excepttermites5-1SJ-20141015122637-001|2017-04-15(R1.1)ZTEProprietaryandCondential
ZXSDRBS8922ProductDescriptionIndicatorDescriptionChemicallyreactivesubstanceSaltfogYesSand1000mg/m3Dust(oating)15mg/m3MechanicallyreactivesubstanceDust(settling)1000mg/m2.dOffset1.5mmAcceleration5m/s2Steady-statesineoscillationFrequency2–9Hz/9–200HzNon-steadyoscillationincludingshocks(peakacceleration)ShockresponsespectrumL(s)70(L)m/s2MechanicalenvironmentEarthquakeresistanceMagnitude95.2StorageEnvironmentFortheenvironmentalrequirementsforthestorageoftheZXSDRBS8922,refertoTable5-2.Table5-2StorageEnvironmentIndicatorsIndicatorDescriptionTemperature–55through70°CRelativehumidity10%–100%Temperaturechangerate1°C/minAtmosphericpressure70–106kPaSolarradiation1120W/m2CondensationYesPrecipitation(rain,snow,andhail)YesFreezingandfrostYesClimaticenvironment5-2SJ-20141015122637-001|2017-04-15(R1.1)ZTEProprietaryandCondential
Chapter5EnvironmentalRequirementsIndicatorDescriptionAirmovement(maximumwindspeed)50m/sPlantsMoldandfungus BiologicalenvironmentAnimalsRodentsandotheranimalsthatdamagetheproduct,excepttermitesChemicallyreactivesubstanceSaltfogYesSand300mg/m3Dust(oating)5mg/m3MechanicallyreactivesubstanceDust(settling)480mg/m2.dOffset3.0mmAcceleration10m/s2Steady-statesineoscillationFrequency2–9Hz/9–200HzMechanicalenvironmentNon-steadyoscillationincludingshocks(peakacceleration)ShockresponsespectrumI(a)100(I)m/s25.3TransportationEnvironmentFortheenvironmentalrequirementsforthetransportationoftheZXSDRBS8922,refertoTable5-3.Table5-3TransportationEnvironmentIndicatorsIndicatorDescriptionTemperature–40through70°CSolarradiation1120W/m2Rainfallintensity6mm/minHumidityHumidsurfaceClimaticenvironmentAirmovement(maximumwindspeed)20m/s5-3SJ-20141015122637-001|2017-04-15(R1.1)ZTEProprietaryandCondential
ZXSDRBS8922ProductDescriptionIndicatorDescriptionPlantsMoldandfungus BiologicalenvironmentAnimalsRodentsandotheranimalsthatdamagetheproduct,excepttermitesChemicallyreactivesubstanceSaltfogSaltwaterSand100mg/m3MechanicallyreactivesubstanceDust(settling)72mg/m2.dOffset3.5mmAcceleration10m/s2,15m/sSteady-statesineoscillationFrequency2–9Hz/9–200Hz/200–500HzAccelerationspectrumdensity30m2/s3/3m2/s3/1m2/s3Steady-staterandomoscillationFrequency2–10Hz/10–200Hz/200–2000HzShockresponsespectrumI(a)300(I)m/s2Non-steadyoscillationincludingshocks(peakacceleration)ShockresponsespectrumII(a)1000(II)m/s2Mass<20kg1.5m20kg<mass<100kg1.2mFreefallMass>100kg0.5mMechanicalenvironmentToppleTopplesovertowardsanyside5-4SJ-20141015122637-001|2017-04-15(R1.1)ZTEProprietaryandCondential
Chapter6CompliantStandardsForthenationalandinternationalstandardsthattheZXSDRBS8922complieswith,refertoT able6-1andTable6-2.Table6-1NationalStandards(IncludingLawsandRegulations)No.NameSJ/T11363-2006RequirementsforConcentrationLimitsforCertainHazardousinElectronicInformationProductsGB17625.1-2003ElectromagneticCompatibility,LimitsforHarmonicCurrentEmissionsGB/Z17625.3-2000ElectromagneticCompatibilityLimits-LimitationofVoltageFluctuationsandFlickerinLow-VoltagePowerSupplySystemsforEquipmentwithRatedCurrentGreaterthan16AGB4208-1993Degreesofprotectionprovidedbyenclosure(IPcode)Table6-2InternationalStandardsNo.Name3GPPTS36series(releasedinMarch,2008)ROHS_directive_2002_95_ECDIRECTIVE2002/95/ECOFTHEEUROPEANPARLIAMENTANDOFTHECOUNCILof27January2003ontherestrictionoftheuseofcertainhazardoussubstancesinelectricalandelectronicequipmentWEEE_directive_2002_96_ECDIRECTIVE2002/96/ECOFTHEEUROPEANPARLIAMENTANDOFTHECOUNCILof27January2003onwasteelectricalandelectronicequipment(WEEE)ETSIEN301489-01V1.5.1ElectromagneticcompatibilityandRadiospectrumMatters(ERM);ElectroMagneticCompatibility(EMC)standardforradioequipmentandservices;Part1:CommontechnicalrequirementsETSIEN301489-23V1.2.1ElectromagneticcompatibilityandRadiospectrumMatters(ERM);ElectroMagneticCompatibility(EMC)standardforradioequipmentandservices;Part23:SpecicconditionsforIMT-2000CDMADirectSpread(UTRA)BaseStation(BS)radio,repeaterandancillaryequipment6-1SJ-20141015122637-001|2017-04-15(R1.1)ZTEProprietaryandCondential
ZXSDRBS8922ProductDescriptionNo.NameEN50385:(2002-08)Productstandardtodemonstratethecomplianceofradiobasestationsandxedterminalstationsforwirelesstelecommunicationsystemswiththebasicrestrictionsorthereferencelevelsrelatedtohumanexposuretoradiofrequencyelectromagneticelds(110MHz-40GHz)-GeneralpublicETSIEN301908-1V6.2.1ElectromagneticcompatibilityandRadiospectrumMatters(ERM);BaseStations(BS)andUserEquipment(UE)forIMT-2000ThirdGenerationcellularnetworks;Part1:HarmonizedENforIMT-2000,introductionandcommonrequirementsofarticle3.2oftheR&TTEDirectiveETSIEN301908-4V6.2.1ElectromagneticcompatibilityandRadiospectrumMatters(ERM);BaseStations(BS)andUserEquipment(UE)forIMT-2000ThirdGenerationcellularnetworks;Part4:HarmonizedENforIMT-2000,CDMAMulti-Carrier(cdma2000)(UE)coveringtheessentialrequirementsofarticle3.2oftheR&TTEDirectiveITU-TI.361B-ISDNATMlayerspecicationITU-TI.363.2B-ISDNATMAdaptationLayerspecication:Type2AALITU-TI.363.5B-ISDNATMAdaptationLayerspecication:Type5AALITU-TI.761InversemultiplexingforATM(IMA)ITU-TG.707/Y .1322Networknodeinterfaceforthesynchronousdigitalhierarchy(SDH)ITU-TI.371.1GuaranteedframerateATMtransfercapabilityITU-TG.703Physical/electricalcharacteristicsofhierarchicaldigitalinterfacesITU-TG.704Synchronousframestructuresusedat1544,6312,2048,8448and44736kbit/shierarchicallevelsT1.102-1993DigitalHierarchy-ElectricalInterfacesT1.403-1999NetworkandCustomerInstallationInterfaces-DS1-ElectricalInterfaceITU-TI.432.2155520kbit/sand622080kbit/soperationITU-TI.432.3B-ISDNuser-networkinterface–Physicallayerspecication:1544kbit/sand2048kbit/soperationITU-TG.957OpticalinterfacesforequipmentsandsystemsrelatingtothesynchronousdigitalhierarchyT1.105-1995SynchronousOpticalNetwork(SONET)-BasicDescriptionincludingMultiplexStructure,RatesandFormatsANSIINCITS352InformationTechnologyFiberChannelPhysicalInterfaces(FC-PI)6-2SJ-20141015122637-001|2017-04-15(R1.1)ZTEProprietaryandCondential
Chapter6CompliantStandardsNo.NameIEC60721ClassicationofenvironmentalparametersandtheirseveritiesofelectricandelectronicproductsISO3744Acoustics-Determinationofsoundpowerlevelsofnoisesourcesusingsoundpressure-EngineeringmethodinanessentiallyfreeeldoverareectingplaneETSI300753EquipmentEngineering(EE)AcousticNoiseEmittedbyTelecommunicationsEquipmentEN50385Productstandardtodemonstratethecomplianceofradiobasestationsandxedterminalstationsforwirelesstelecommunicationsystemswiththebasicrestrictionsorthereferencelevelsrelatedtohumanexposuretoradiofrequencyelectromagneticelds(110MHz-40GHz)-GeneralpublicPIGMGMicroTelecommunicationComputingArchitectureBaseSpecicationRC1.020066-3SJ-20141015122637-001|2017-04-15(R1.1)ZTEProprietaryandCondential
ZXSDRBS8922ProductDescriptionThispageintentionallyleftblank.6-4SJ-20141015122637-001|2017-04-15(R1.1)ZTEProprietaryandCondential
Glossary64QAM-64QuadratureAmplitudeModulationAC-AlternatingCurrentBRS-BearerSubsystemBS-BaseStationBSP-BoardSupportPackageCMAC-ControlMobileAttenuationCodeDAS-DistributedAntennaSystemDBS-DatabaseSubsystemDC-DirectCurrentDPD-DigitalPre-DistortioneNodeB-EvolvedNodeBEPC-EvolvedPacketCoreFE-FastEthernetGE-GigabitEthernetGPS-GlobalPositioningSystemLMT-LocalMaintenanceTerminalLTE-LongTermEvolutionISJ-20141015122637-001|2017-04-15(R1.1)ZTEProprietaryandCondential
ZXSDRBS8922ProductDescriptionMCPA-Multi-CarrierPowerAmplierMIMO-Multiple-InputMultiple-OutputMTBF-MeanTimeBetweenFailuresMTTR-MeanTimeT oRecoveryOSS-OperatingSystemSubsystemPA-PowerAmplierPAS-PersonalAccessSystemPHY-PhysicallayerPON-PassiveOpticalNetworkPTN-PacketTransportNetworkRNLC-RadioNetworkLayerControlPlaneSubsystemRNLU-RadioNetworkLayerUserPlaneSubsystemRRU-RemoteRadioUnitSCS-SystemControlSubsystemSDR-SoftwareDenedRadioTD-LTE-TimeDivisionLongTermEvolutionUE-UserEquipmentIISJ-20141015122637-001|2017-04-15(R1.1)ZTEProprietaryandCondential

Navigation menu