ZTE BS8922T2600 LTE Remote Radio Unit User Manual

ZTE Corporation LTE Remote Radio Unit

User manual

ZXSDRBS8922
TD-LTEIntegratedeNodeB
ProductDescription
HardwareVersion:HV2.1
ZTECORPORATION
No.55,Hi-techRoadSouth,ShenZhen,P .R.China
Postcode:518057
Tel:+86-755-26771900
Fax:+86-755-26770801
URL:http://support.zte.com.cn
E-mail:800@zte.com.cn
LEGALINFORMATION
Copyright©2015ZTECORPORATION.
Thecontentsofthisdocumentareprotectedbycopyrightlawsandinternationaltreaties.Anyreproductionor
distributionofthisdocumentoranyportionofthisdocument,inanyformbyanymeans,withoutthepriorwritten
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contractualcondentialityobligations.
Allcompany,brandandproductnamesaretradeorservicemarks,orregisteredtradeorservicemarks,ofZTE
CORPORATIONoroftheirrespectiveowners.
Thisdocumentisprovided“asis”,andallexpress,implied,orstatutorywarranties,representationsorconditions
aredisclaimed,includingwithoutlimitationanyimpliedwarrantyofmerchantability,tnessforaparticularpurpose,
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ZTECORPORATIONoritslicensorsmayhavecurrentorpendingintellectualpropertyrightsorapplications
coveringthesubjectmatterofthisdocument.ExceptasexpresslyprovidedinanywrittenlicensebetweenZTE
CORPORATIONanditslicensee,theuserofthisdocumentshallnotacquireanylicensetothesubjectmatter
herein.
ZTECORPORATIONreservestherighttoupgradeormaketechnicalchangetothisproductwithoutfurthernotice.
UsersmayvisittheZTEtechnicalsupportwebsitehttp://support.zte.com.cntoinquireforrelatedinformation.
TheultimaterighttointerpretthisproductresidesinZTECORPORATION.
RevisionHistory
RevisionNo.RevisionDateRevisionReason
R1.02015–09–15Firstedition
SerialNumber:SJ-20141015122637-001
PublishingDate:2015-09-15(R1.0)
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AboutThisManual
Purpose
Thismanualprovidesinformationaboutthefeatures,structure,functions,andtechnical
indicesoftheZXSDRBS8922TD-LTEintegratedmicrobasestation.
IntendedAudience
Thismanualisintendedfor:
lNetworkplanningengineers
lSystemmaintenanceengineers
WhatIsinThisManual
Thismanualcontainsthefollowingchapters.
Chapter1,OverviewDescribestheproductpositioningandadvantagefeatures.
Chapter2,SystemArchitectureDescribesthehardwareandsoftwarearchitecture.
Chapter3,Applicationsand
Maintenance
Describestheapplicationscenariosandmaintenancemethods.
Chapter4,TechnicalIndicesDescribesthetechnicalindices.
Chapter5,Environmental
Requirements
Describestheenvironmentalrequirements.
Chapter6,Compliant
Standards
Describestheinternationalanddomesticstandardsthattheproduct
complieswith.
RelatedDocumentation
Thefollowingdocumentationisrelatedtothismanual:
lZXSDRBS8922TD-LTEIntegratedeNodeBHardwareDescription
lZXSDRBS8922TD-LTEIntegratedeNodeBHardwareInstallation
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Chapter1
Overview
TableofContents
ProductPositioning....................................................................................................1-1
Functions...................................................................................................................1-3
Features.....................................................................................................................1-3
1.1ProductPositioning
MarketPositioning
TheZXSDRBS8922,whichisanLTEproduct,isanintegratedoutdoormicrobasestation.
TheZXSDRBS8922coversdeadspotsandhotspotstosupplementmacro-networks
effectively.
TheZXSDRBS8922haslowerrequirementsforsiteselectionandinstallationthan
macrobasestations,andcanbeusedforrapidbasestationconstructiontoreducecosts.
TheZXSDRBS8922isapplicabletoinstallationscenarioswithnoequipmentrooms,
transmissionresourceshortage,orlimitonequipmentsizeandweight.
PositionoftheZXSDRBS8922inaNetwork
Figure1-1showsthepositionoftheZXSDRBS8922inanetwork.Thereddotted-line
indicatesthedataowwhentheZXSDRBS8922actsasatraditionalmicrobasestation.
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ZXSDRBS8922ProductDescription
Figure1-1PositionoftheZXSDRBS8922inaNetwork
ForadescriptionoftheexternalsystemsrelatedtotheZXSDRBS8922,refertoT able1-1.
Table1-1ExternalSystemDescriptions
ExternalSystemDescriptionRelatedInterface
EPCCorenetworkS1interface.
Physicalinterface:Ethernetoptical
interfaceorEthernetelectricalinterface.
CascadeBS8922BScascadenetworkingS1interface.
Physicalinterface:Ethernetoptical
interfaceorEthernetelectricalinterface.
LTEantennaConvertsradiofrequencysignals
ofRRUsintowirelesssignals
Antennainterface.
Physicalinterface:N-typeconnector.
UEUserequipmentUuinterface.
Userdevice
orenvironment
surveillance
Implementstransparentchannel
functions,andassistsexternal
equipmentintransmission
networking
Customized.
Physicalinterface:inputrelayand
RS485interface.
LMTLocaloperationandmaintenance
terminaloftheBS
Customized.
Physicalinterface:Ethernetelectrical
interface.
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Chapter1Overview
ExternalSystemDescriptionRelatedInterface
GPSantennaReceivesGPSsignalsGPSsignalreceivingantenna.
Physicalinterface:coaxialinterface.
AC/DCpowerPowersupplyACorDCpowersupply.
1.2Functions
TheZXSDRBS8922accomplishesthefollowingbasicfunctions:
lUserEquipment(UE)accessandradiolinktransmissionincludingRFprocessing,
channelcodinganddecoding,channelmultiplexingandde-multiplexing,baseband
resourcepoolingfunction,measurementandreport,powercontrol,transmitdiversity,
receivingdiversity,calibrationandsynchronization.
lLTEradiointerfaceandEvolvedPacketCore(EPC)interfaceprocessing,mobility
management,radioresourcemanagementandcontrolling.
lSystemmanagementfunctionsincludingcongurationmanagement,alarm
management,statuscheckingandsystemmonitoring.
lSupportsthecongurationof10MHzand20MHzbandwidth.
lSupports2T2R.
lSupports64QAMmodulationinbothdownlinkanduplink.
lSpatialdiversity,frequencydiversity,timediversity,polarizationdiversityand
maximumratiocombinationdiversity.
lImprovesthechanneldecodingperformanceandenhancesthereceivesensitivityby
usingtheViterbialgorithm.
lSupportsMode1andMode2(2DL:2UL,and3DL:1UL)slotconguration,and
supportsothercongurationmodesthroughsoftwaresettings.
lSupportsspecialsub-frame5andsub-frame7(3:9:2,10:2:2,and9:3:2),andsupports
othercongurationmodesthroughsoftwaresettings.
lSupportsIPsecandPONpublicnetworkbackhaul.
1.3Features
TheZXSDRBS8922hasthefollowingfeatures:
lLargeCapacityandEasyExpansion
TheZXSDRBS8922supports:(Thefollowingreferstothemaximumcapability.The
speciccapabilityislimitedtothelicense.)
à2x5Woutputpower,and2T2R
àAmaximumof2x20MHzcellconguration
à111MbpsDL/30MbpsUL(sitetypeS1@20MHzMIMO2×2)
à200RRC_CONNECTEDusers
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ZXSDRBS8922ProductDescription
ItsupportsexpansiontoS1/1/1with3units.2×5WTOCandclosetoantenna
installationimprovescoverage.Comparedwithtraditionalindoor,hotspotandrural
coveragesolutions,itprovideshighercapacityandcoverage.
lHighIntegration
Smallsize,lightweight,andeasyinstallation
Integratedantennadesign,andeasydeployment
lUniedPlatform
TheZXSDRBS8922usestheuniedSDRplatform,supportssmoothevolutionto
futuretechnologies,andreducestheoperatorinvestment.
lGreeneNodeB
TheZXSDRBS8922supportsDoherty,DigitalPreDistortion(DPD)andMCPA
technologiesinpowerampliermodulewhichprovideshighPowerAmplier(PA)
powerefciency.HighefciencyMCPA,naturalconvectioncoolingandhighdensity
designreducethepowerconsumption.Zeronoisepollutionmakesiteasyforindoor
andoutdoorinstallation.
lIPRANandRichInterfaces
ItprovidesFE/GEinterfaces,andsupportsvarioustransmissionmodessuchas
PTN/PONmicrowave.
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Chapter2
SystemArchitecture
TableofContents
ExternalStructure......................................................................................................2-1
SoftwareArchitecture.................................................................................................2-1
2.1ExternalStructure
Figure2-1showsanexternalviewoftheZXSDRBS8922.
Figure2-1ExternalView
1.Lowerchassisbody
2.Handle
3.Upperchassisbody
4.Indices
5.Maintenancecavity
2.2SoftwareArchitecture
ThesoftwarearchitectureofZXSDRBS8922canbedividedintofourlayers:Hardware
DrivenLayer,OperatingSystemLayer,SDRPlatformLayer,andLTEApplicationLayer.
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ZXSDRBS8922ProductDescription
Figure2-2SoftwareArchitecture
lHardwareDrivenLayer
ItprovidesthefunctionsofBoardSupportPackage(BSP)&Driver.BSPsubsystem
bootstrapsanddrivesthehardwareoftheentiresystem.
lOperatingSystemLayer
ItaccomplishesthefunctionsofOperationSupportSub-system(OSS).OSSisthe
supportlayerinthisentireframework,whichisahardwareindependentplatform
forrunningsoftwareandprovidesbasicfunctionslikescheduling,timer,memory
management,communication,sequencingcontrol,monitoring,alarmingandlogging.
lSDRPlatformLayer
ThefunctionsofSDRPlatformLayerinclude:
àOperatingAdministrationandMaintenance(OAM)providestheconguration,
alarmandperformancemeasurementfunctionforLTEeNodeB.
àDataBaseSub-system(DBS)isthedatabasesystem.
àBearerSub-system(BRS)providestheIPcommunicationfunctionfor
inter-boardsandinter-networkelements.
àSystemControlSub-system(SCS)istocontrolthepowersupplyingand
active/standbyswitching.
lLTEApplicationLayer
ThefunctionsofLTEApplicationLayerinclude:
àRadioNetworkLayerControlPlane(RNLC)subsystemprovidesradiocontrol
plane’scommonanddedicatedresourcemanagementandcontrol.
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Chapter2SystemArchitecture
àRadioNetworkLayerUserPlane(RNLU)subsystemprovidesuserplane
functions.
àControlMediumAccessControl(CMAC)subsystemprovidesdynamicresource
schedulingofairinterface,anditislocatedinMAClayer.
àPhysicalLayer(PHY)subsystemprovidesLTEPhysicalLayerfunctions.
àRRUsubsystemprovidesLTEradioprocessingfunctions.
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ZXSDRBS8922ProductDescription
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Chapter3
Applicationsand
Maintenance
TableofContents
NetworkingApplications.............................................................................................3-1
OperationandMaintenanceMethods.........................................................................3-2
3.1NetworkingApplications
LTEdeploymentrequireshighfrequencybands,andcauseslargeconsumption.The
currentbasestationscannotreachthe2G/3Gcoveragelevel,andrelevanteNodeBs
shouldbeusedtocoverdeadspots.
ForthetypicalapplicationscenariosoftheZXSDRBS8922,refertoTable3-1.
Table3-1TypicalApplicationScenarios
Application
Scenario
PurposeDescription
Scenario1Outdoorcoveragehole
lling
Coversstreetsandroads.
Scenario2Outdoorhotspotload
sharing
ReusesPAS.
Deploysmicrobasestationsinthemacrobase
stationareasforloadsharing.
Scenario3IndoorcoverageCoversindoorareasbyusingmicrobasestations.
Usestheindoorsignalsasthesourceofthe
small-scaleDASindoordistributionsystem.
Scenario4SpecialapplicationAppliestogovernmentandenterpriseapplications
suchasoildrillingplatform,military,andpolice.
ForthetypicalapplicationsoftheZXSDRBS8922microbasestations,seeFigure3-1and
Figure3-2.
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ZXSDRBS8922ProductDescription
Figure3-1CoverageHolesandWeakSpotsofMacroBSs
Figure3-2OutdoorPenetrationandIndoorCoverage
3.2OperationandMaintenanceMethods
Thefollowingmaintenancemethodsareusedfortroubleshooting:
CheckingAlarmsandOperationLogs
Thisisthemostcommonmethodfortroubleshooting.
Method:Checkthealarmmanagementandoperationlogwindowsintheoperationand
maintenancesystem.
lInthealarmmanagementwindow,youcanobserveandanalyzethealarmsreported
byNEs,suchascurrentalarms,historicalalarms,andnotications,discoverabnormal
networkoperation,andlocate,isolate,andeliminatefaultsintime.
lBycheckingtheoperationlogsinusermanagement,youcantracesystemparameter
modication,locaterelevantterminalsandoperators,anddiscoverthefaultscaused
bymanualoperations.
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Chapter3ApplicationsandMaintenance
PerformanceAnalysis
Method:Checktheperformancemanagementwindowintheoperationandmaintenance
system.
Intheperformancemanagementwindow,youcancreateperformancemanagement
tasksandgenerateperformancereportstounderstandtheNodeBsystemperformance
indicators.
Byanalyzingtheinformation,youcanlearnaboutloadallocationandothernetwork
conditions,andmodifyrelevantperformancetoimprovenetworkperformance.
InstrumentandMeterAnalysis
Auxiliaryinstruments,suchastestUE,signalinganalyzers,andbiterroranalyzers,can
beusedfortroubleshooting.
Replacement
Youcanreplaceafaultypartwithasparepartorasimilarpartthatoperatesproperlyin
thesystemtolocateafault.
Fortheoperationmethods,refertotheZXSDRBS8922TD-LTEIntegratedMicroBase
StationEngineeringInstallationGuide.
Self-Test
Thesystemperformsaself-testwhenitispoweredonagain.
Duringtheself-test,theindicatorsashinaccordancewithrelevantrules.Youcanlocate
faultsbycheckingtheindicators.
IntegratedMethod
Inactualoperation,allthemethodscanbeusedfortroubleshooting.
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ZXSDRBS8922ProductDescription
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Chapter4
TechnicalIndices
TableofContents
PhysicalIndices.........................................................................................................4-1
PerformanceIndices..................................................................................................4-1
PowerIndices.............................................................................................................4-2
EnvironmentIndices...................................................................................................4-2
ReliabilityIndices.......................................................................................................4-2
ElectromagneticCompatibilityIndices........................................................................4-3
4.1PhysicalIndices
FortheZXSDRBS8922physicalindices,refertoT able4-1.
Table4-1PhysicalIndices
ItemIndex
Dimensions(Height×
Width×Depth)
lOverallmachine:310mm×290mm×90mm
lIncludingtheintegratedantennaandtheshade:310mm×290
mm×120mm
VolumeBaremachine:<7L
WeightlOverallmachine:7kg
lIncludingtheintegratedantennaandtheshade:≤8kg
4.2PerformanceIndices
FortheZXSDRBS8922performanceindicators,refertoTable4-2.
Table4-2PerformanceIndices
ItemIndex
Operatingfrequencyband2575MHz–2635MHz
Operatingbandwidth40MHz
Channelbandwidth5MHz,10MHz,15MHz,and20MHz
AccesscapacitylS1@20MHzorS11@20MHz
l111MbpsDL/30MbpsUL@S1
l222MbpsDL/60MbpsUL@S11
l600RRC_CONNECTEDusers
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ZXSDRBS8922ProductDescription
ItemIndex
Mobility≤120km/h
OutputPower(TOC)2×5W
SynchronizationmodeGPS,IEEE1588
Receivesensitivity–103dBm
SynchronizationmodeGPS,IEEE1588v2,andUulistening
4.3PowerIndices
ForthepowerindicesoftheZXSDRBS8922,refertoTable4-3.
Table4-3PowerIndices
ItemIndex
OperatingvoltageDC:–48VDC(–60VDCto–36VDC)
Powerconsumption(peak
value)
l120W@CongDL3:UL1
l100W@CongDL2:UL2
4.4EnvironmentIndices
FortheoutdooroperatingenvironmentrequirementsoftheZXSDRBS8922,refertoTable
4-4.
Table4-4EnvironmentIndices
ItemIndex
Temperature–40℃through+55℃
RelativeHumidity5%–100%
Waterproof/DustproofIP65
HeatDissipationNaturalCooling
Ground≤10Ω
4.5ReliabilityIndices
FortheZXSDRBS8922reliabilityindices,refertoT able4-5.
Table4-5ReliabilityIndices
ItemIndex
MTBF≥200000hours
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Chapter4T echnicalIndices
ItemIndex
MTTR1hour
Availability99.9995%
DowntimeDuration<2.62min/year
4.6ElectromagneticCompatibilityIndices
FortheZXSDRBS8922electromagneticcompatibilityindices,refertoTable4-6.
Table4-6ElectromagneticCompatibilityIndices
ItemIndex
National/InternationalStandardYD/T1595.2-2007
ETSIEN301489-01,ETSIEN301489-23
ETSIEN300386–V1.3.2
(CISPR22)ClassB
Directive1999/5/EC(R&TTE)
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ZXSDRBS8922ProductDescription
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Chapter5
EnvironmentalRequirements
TableofContents
OperatingEnvironment...............................................................................................5-1
StorageEnvironment..................................................................................................5-2
TransportationEnvironment.......................................................................................5-3
5.1OperatingEnvironment
FortheoutdooroperatingenvironmentrequirementsoftheZXSDRBS8922,refertoTable
5-1.
Table5-1OperatingEnvironmentIndicators
IndicatorDescription
Operating
temperature
–40through55℃
Humidity2%–100%
Temperature
changerate
0.5℃/min
Atmospheric
pressure
70–106kPa
Solarradiation1120W/m2
CondensationYes
Precipitation(rain,
snow,andhail)
Yes
Rainfallintensity6mm/min
Rainfall
temperature
5℃
FreezingandfrostYes
Climatic
environment
Airmovement
(maximumwind
speed)
50m/s
PlantsMoldandfungus Biological
environmentAnimalsRodentsandotheranimalsthatdamagetheproduct,except
termites
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ZXSDRBS8922ProductDescription
IndicatorDescription
Chemically
reactive
substance
SaltfogYes
Sand1000mg/m3
Dust(oating)15mg/m3
Mechanically
reactive
substance
Dust(settling)1000mg/m2.d
Offset1.5mm
Acceleration5m/s2
Steady-statesine
oscillation
Frequency2–9Hz/9–200Hz
Non-steady
oscillation
including
shocks(peak
acceleration)
Shockresponse
spectrumL(s)
70(L)m/s2
Mechanical
environment
Earthquake
resistance
Magnitude9
5.2StorageEnvironment
FortheenvironmentalrequirementsforthestorageoftheZXSDRBS8922,refertoTable
5-2.
Table5-2StorageEnvironmentIndicators
IndicatorDescription
Temperature–55through70℃
Relativehumidity10%–100%
Temperature
changerate
1℃/min
Atmospheric
pressure
70–106kPa
Solarradiation1120W/m2
CondensationYes
Precipitation(rain,
snow,andhail)
Yes
FreezingandfrostYes
Climatic
environment
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Chapter5EnvironmentalRequirements
IndicatorDescription
Airmovement
(maximumwind
speed)
50m/s
PlantsMoldandfungus Biological
environmentAnimalsRodentsandotheranimalsthatdamagetheproduct,except
termites
Chemically
reactive
substance
SaltfogYes
Sand300mg/m3
Dust(oating)5mg/m3
Mechanically
reactive
substance
Dust(settling)480mg/m2.d
Offset3.0mm
Acceleration10m/s2
Steady-statesine
oscillation
Frequency2–9Hz/9–200Hz
Mechanical
environment
Non-steady
oscillation
including
shocks(peak
acceleration)
Shockresponse
spectrumI(a)
100(I)m/s2
5.3TransportationEnvironment
FortheenvironmentalrequirementsforthetransportationoftheZXSDRBS8922,referto
Table5-3.
Table5-3TransportationEnvironmentIndicators
IndicatorDescription
Temperature–40through70℃
Solarradiation1120W/m2
Rainfallintensity6mm/min
HumidityHumidsurface
Climatic
environment
Airmovement
(maximumwind
speed)
20m/s
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ZXSDRBS8922ProductDescription
IndicatorDescription
PlantsMoldandfungus Biological
environmentAnimalsRodentsandotheranimalsthatdamagetheproduct,except
termites
Chemically
reactive
substance
SaltfogSaltwater
Sand100mg/m3
Mechanically
reactive
substance
Dust(settling)72mg/m2.d
Offset3.5mm
Acceleration10m/s2,15m/s
Steady-statesine
oscillation
Frequency2–9Hz/9–200Hz/200–500Hz
Accelerationspectrum
density
30m2/s3/3m2/s3/1m2/s3
Steady-state
randomoscillation
Frequency2–10Hz/10–200Hz/200–2000
Hz
Shockresponse
spectrumI(a)
300(I)m/s2
Non-steady
oscillation
including
shocks(peak
acceleration)
Shockresponse
spectrumII(a)
1000(II)m/s2
Mass<20kg1.5m
20kg<mass<100kg1.2m
Freefall
Mass>100kg0.5m
Mechanical
environment
ToppleTopplesovertowardsanyside
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Chapter6
CompliantStandards
ForthenationalandinternationalstandardsthattheZXSDRBS8922complieswith,refer
toT able6-1andTable6-2.
Table6-1NationalStandards(IncludingLawsandRegulations)
No.Name
SJ/T11363-2006RequirementsforConcentrationLimitsforCertainHazardousin
ElectronicInformationProducts
GB17625.1-2003ElectromagneticCompatibility,LimitsforHarmonicCurrent
Emissions
GB/Z17625.3-2000ElectromagneticCompatibilityLimits-LimitationofVoltage
FluctuationsandFlickerinLow-VoltagePowerSupplySystems
forEquipmentwithRatedCurrentGreaterthan16A
GB4208-1993Degreesofprotectionprovidedbyenclosure(IPcode)
Table6-2InternationalStandards
No.Name
3GPPTS36series(releasedinMarch,2008)
ROHS_directive_2002_95_ECDIRECTIVE2002/95/ECOFTHEEUROPEANPARLIAMENT
ANDOFTHECOUNCILof27January2003ontherestriction
oftheuseofcertainhazardoussubstancesinelectricaland
electronicequipment
WEEE_directive_2002_96_ECDIRECTIVE2002/96/ECOFTHEEUROPEANPARLIAMENT
ANDOFTHECOUNCILof27January2003onwasteelectrical
andelectronicequipment(WEEE)
ETSIEN301489-01V1.5.1ElectromagneticcompatibilityandRadiospectrumMatters
(ERM);ElectroMagneticCompatibility(EMC)standardforradio
equipmentandservices;Part1:Commontechnicalrequirements
ETSIEN301489-23V1.2.1ElectromagneticcompatibilityandRadiospectrumMatters
(ERM);ElectroMagneticCompatibility(EMC)standardforradio
equipmentandservices;Part23:SpecicconditionsforIMT-2000
CDMADirectSpread(UTRA)BaseStation(BS)radio,repeater
andancillaryequipment
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ZXSDRBS8922ProductDescription
No.Name
EN50385:(2002-08)Productstandardtodemonstratethecomplianceofradiobase
stationsandxedterminalstationsforwirelesstelecommunication
systemswiththebasicrestrictionsorthereferencelevels
relatedtohumanexposuretoradiofrequencyelectromagnetic
elds(110MHz-40GHz)-Generalpublic
ETSIEN301908-1V6.2.1ElectromagneticcompatibilityandRadiospectrumMatters(ERM);
BaseStations(BS)andUserEquipment(UE)forIMT-2000
ThirdGenerationcellularnetworks;Part1:HarmonizedENfor
IMT-2000,introductionandcommonrequirementsofarticle3.2
oftheR&TTEDirective
ETSIEN301908-4V6.2.1ElectromagneticcompatibilityandRadiospectrumMatters(ERM);
BaseStations(BS)andUserEquipment(UE)forIMT-2000
ThirdGenerationcellularnetworks;Part4:HarmonizedENfor
IMT-2000,CDMAMulti-Carrier(cdma2000)(UE)coveringthe
essentialrequirementsofarticle3.2oftheR&TTEDirective
ITU-TI.361B-ISDNATMlayerspecication
ITU-TI.363.2B-ISDNATMAdaptationLayerspecication:Type2AAL
ITU-TI.363.5B-ISDNATMAdaptationLayerspecication:Type5AAL
ITU-TI.761InversemultiplexingforATM(IMA)
ITU-TG.707/Y .1322Networknodeinterfaceforthesynchronousdigitalhierarchy
(SDH)
ITU-TI.371.1GuaranteedframerateATMtransfercapability
ITU-TG.703Physical/electricalcharacteristicsofhierarchicaldigitalinterfaces
ITU-TG.704Synchronousframestructuresusedat1544,6312,2048,8448
and44736kbit/shierarchicallevels
T1.102-1993DigitalHierarchy-ElectricalInterfaces
T1.403-1999NetworkandCustomerInstallationInterfaces-DS1-Electrical
Interface
ITU-TI.432.2155520kbit/sand622080kbit/soperation
ITU-TI.432.3B-ISDNuser-networkinterface–Physicallayerspecication:
1544kbit/sand2048kbit/soperation
ITU-TG.957Opticalinterfacesforequipmentsandsystemsrelatingtothe
synchronousdigitalhierarchy
T1.105-1995SynchronousOpticalNetwork(SONET)-BasicDescription
includingMultiplexStructure,RatesandFormats
ANSIINCITS352InformationTechnologyFiberChannelPhysicalInterfaces(FC-PI)
6-2
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Chapter6CompliantStandards
No.Name
IEC60721Classicationofenvironmentalparametersandtheirseveritiesof
electricandelectronicproducts
ISO3744Acoustics-Determinationofsoundpowerlevelsofnoisesources
usingsoundpressure-Engineeringmethodinanessentiallyfree
eldoverareectingplane
ETSI300753EquipmentEngineering(EE)AcousticNoiseEmittedby
TelecommunicationsEquipment
EN50385Productstandardtodemonstratethecomplianceofradiobase
stationsandxedterminalstationsforwirelesstelecommunication
systemswiththebasicrestrictionsorthereferencelevelsrelated
tohumanexposuretoradiofrequencyelectromagneticelds
(110MHz-40GHz)-Generalpublic
PIGMGMicroTelecommunicationComputingArchitectureBase
SpecicationRC1.02006
6-3
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This equipment should be installed and operated with minimum distance 1.6m between the radiator & your body.
This equipment complies with FCC radiation exposure limits set forth for an uncontrolled environment.
ZXSDRBS8922ProductDescription
6-4
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FCC&ICSTATEMENT
ThisdevicecomplieswithPart15oftheFCCRules.Operationissubjecttothefollowing
twoconditions:
1.Thisdevicemaynotcauseharmfulinterference.
2.Thisdevicemustacceptanyinterferencereceived,includinginterferencethatmay
causeundesiredoperation.
Note:
ThisequipmenthasbeentestedandfoundtocomplywiththelimitsforaClassAdigital
device,pursuanttoPart15oftheFCCRules.Theselimitsaredesignedtoprovide
reasonableprotectionagainstharmfulinterferencewhentheequipmentisoperatedin
acommercialenvironment.Thisequipmentgenerates,uses,andcanradiateradio
frequencyenergyand,ifnotinstalledandusedinaccordancewiththeinstructionmanual,
maycauseharmfulinterferencetoradiocommunications.
Operationofthisequipmentinaresidentialareaislikelytocauseharmfulinterferencein
whichcasetheuserwillberequiredtocorrecttheinterferenceathisownexpense.
Glossary
64QAM
-64QuadratureAmplitudeModulation
AC
-AlternatingCurrent
BRS
-BearerSubsystem
BS
-BaseStation
BSP
-BoardSupportPackage
CMAC
-ControlMobileAttenuationCode
DAS
-DistributedAntennaSystem
DBS
-DatabaseSubsystem
DC
-DirectCurrent
DPD
-DigitalPre-Distortion
EPC
-EnvironmentPowerControlCard
EPC
-EvolvedPacketCore
FE
-FastEthernet
GE
-GigabitEthernet
GPS
-GlobalPositioningSystem
LMT
-LocalMaintenanceTerminal
LTE
-LongTermEvolution
I
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ZXSDRBS8922ProductDescription
MCPA
-Multi-CarrierPowerAmplier
MIMO
-Multiple-InputMultiple-Output
MTBF
-MeanTimeBetweenFailures
MTTR
-MeanTimeT oRecovery
OSS
-OperatingSystemSubsystem
PA
-PowerAmplier
PAS
-PersonalAccessSystem
PHY
-Physicallayer
PON
-PassiveOpticalNetwork
PTN
-PacketTransportNetwork
RNLC
-RadioNetworkLayerControlPlaneSubsystem
RNLU
-RadioNetworkLayerUserPlaneSubsystem
RRU
-RemoteRadioUnit
SCS
-SystemControlSubsystem
SDR
-SoftwareDenedRadio
TD-LTE
-TimeDivisionLongTermEvolution
UE
-UserEquipment
eNodeB
-EvolvedNodeB
II
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