ADC Telecommunications PSM8019D FWP-441T841MOD User Manual

ADC Telecommunications Inc FWP-441T841MOD

User Manual

Dual-Band Dual-Slot RF ModuleSingle-Slot RF ModuleLegacy Dual-Slot 40W RF Module HDM RF ModuleFlexWavePrism™RemoteUnitRFModuleInstallationGuideTECP‐77‐141∙Issue6∙April2014©2014TEConnectivity,Inc.AllRightsReserved.InformationcontainedinthisdocumentiscompanyprivatetoTEConnectivityLtd.,andshallnotbemodified,used,copied,reproducedordisclosedinwholeorinpartwithoutthewrittenconsentofTE.FlexWave,FlexWavePrism,InterReachSpectrum,InterReachUnison,UniversalRadioHead,TEConnectivity,andTEconnectivity(logo)aretrademarks.Allotherlogos,productsand/orcompanynamesreferredtohereinmightbetrademarksoftheirrespectiveowners.Contentshereinarecurrentasofthedateofpublication.TEreservestherighttochangethecontentswithoutpriornotice.InnoeventshallTEbeliableforanydamagesresultingfromlossofdata,lossofuse,orlossofprofits,andTEfurtherdisclaimsanyandallliabilityforindirect,incidental,special,consequentialorothersimilardamages.Thisdisclaimerofliabilityappliestoallproducts,publicationsandservicesduringandafterthewarrantyperiod.DOCUMENTOVERVIEWThismanualprovidestheinformationyouneedtoinstallTEConnectivityFlexWavePrism®RFModulesintoaPrismRemoteUnit(PRU).InstallationinstructionsareprovidedforthefollowingPrismRemoteUnitRFModules:•Single‐BayRFModules,whichincludestheHDMRFModules•Dual‐BayRFModules–Dual‐BandRFModules–Legacy40WRFModules.
Page2FlexWavePrismRemoteUnitRFModuleInstallationGuide©2014TEConnectivityLtd. TECP‐77‐141Issue6•300001744178RevF•April2014Table1liststheRFModulesthatthisinstallationguidesupports.TheRFModulesarecompatibleonlywiththeRemoteUnitslistedinTable2onpage3.Table1.FlexWavePrismRFModulesSupportedinthisInstallationGuideCatalogNumber DescriptionHigh‐DensityModule(HDM);SingleBayFWP‐441T841MOD DUAL20WSMR800/PCS1900FWP‐8416000MOD 20WPCSModule,Non‐Diversity,HDM,SingleBayFWP‐84MT000MOD Dual20W1900PCS,RFModule,MIMO,Single‐BayFWP‐881T000MOD HDMPCSBand2&2540WSISO,Single‐BayFWP‐A416000MOD 20WAWSModule,Non‐Diversity,HDM,SingleBayFWP‐A4MT000MOD HDMAWSBand4MIMO20W,Single‐BayFWP‐A81T000MOD HDMAWSBand4SISO40WRFModule,Single‐BayFWP‐B410000MOD 20WWIDEBANDCellModule,Non‐Diversity,ClassicFWP‐B810100MOD 40WWIDEBANDCellModule,Non‐Diversity,Single‐BayFWP‐C4MT000MOD DUAL20W850Cell/1900PCS,Module,Single‐BayFWP‐L4MT000MOD 20W700lABCModule,MIMOHDM,Single‐BayFWP‐L4MTU4MMOD Dual20W700lABC/700uC,RFModule,Single‐BayFWP‐U4MT000MOD 20W700uCModule,MIMOHDM,Single‐BaySingleSuperDART;SingleBayFWP‐6216000MOD 10W,EGSM900,Non‐Diversity,SingleSuperDARTFWP‐7416000MOD 20W,GSM1800,Non‐Diversity,SingleSuperDARTFWP‐9416000MOD 20W,UMTS2100,Non‐Diversity,SingleSuperDARTFWP‐9416D00MOD 20W2100UMTSModule,DIVReady,SingleSuperDARTFWP‐F216000MOD 10WAPACEGSM(885‐915)Module,SingleSuperDARTFWP‐I210000MOD 6.5WAPACiDENModule,Non‐Diversity,Classic(Extended1MHz)FWP‐K216000MOD 10W900P‐GSMModule,Non‐Diversity,SingleSuperDARTFWP‐L416000MOD 20W700LowerABCModule,Non‐Diversity,SingleSuperDARTFWP‐U416000MOD 700LTE,UPPERC,20WModule,SISO,SingleSuperDARTFWP‐U816100MOD 40W700UpperCModule,Non‐Diversity,SingleSuperDART,Single‐BayDualSuperDART;SingleBayFWP‐741S000MOD 20W,GSM1800,Non‐Diversity,DLSuperDARTFWP‐841S000MOD 20WRFModule,PCS190012SFWP‐941S000MOD 20W,UMTS2100,Non‐Diversity,DLSuperDARTFWP‐A41S000MOD 20WRFModule,AWS210012STwoSingleSuperDARTs;SingleBayFWP‐6226000MOD 10W,EGSM900,Diversity,SingleSuperDARTFWP‐7426000MOD 20W,GSM1800,Diversity,SingleSuperDARTFWP‐8426000MOD 20WPCSModule,Diversity,SingleSuperDARTFWP‐9426000MOD 20W,UMTS2100,Diversity,SingleSuperDARTFWP‐A426000MOD 20WAWSModule,Diversity,SingleSuperDARTFWP‐K226000MOD 10W900P‐GSMModule,Diversity,SingleSuperDART
FlexWavePrismRemoteUnitRFModuleInstallationGuide Page3TECP‐77‐141Issue6•300001744178RevF•April2014 ©2014TEConnectivityLtd.RevisionHistoryThisreleaseoftheFlexWavePrismRemoteUnitRFModuleInstallationGuide,TECP‐77‐141Issue6,addssupportfortheDUAL20WSMR800/PCS1900RFModule(FWP‐441T841MOD).DocumentCautionsandNotesTwotypesofmessages,identifiedbelow,appearinthetext:CAUTION! Cautionsindicateoperationsorstepsthatcouldcausepersonalinjury,induceasafetyprobleminamanageddevice,destroyorcorruptinformation,orinterruptorstopservices.NOTE: Notescontaininformationaboutspecialcircumstances.ClassicDART;SingleBayFWP‐4210000MOD 6.5W800SMRModule,Non‐Diversity,ClassicFWP‐8410000MOD 20WRFModule,PCS1900Non‐DiversityFWP‐A410000MOD 20WRFModule,AWS2100Non‐DiversityFWP‐B420000MOD 20WWIDEBANDCellModule,Diversity,ClassicFWP‐8420000MOD 20WRFModule,PCS1900DiversityFWP‐A420000MOD 20WRFModule,AWS2100DiversityClassicDART;Two‐BayFWP‐8810000MOD 40WPCSModule,Non‐Diversity,Classic(Dual‐Bay)FWP‐A810000MOD 40WAWSModule,Non‐Diversity,Classic,Dual‐BayDualClassicDART;Two‐BayFWP‐D210000MOD 6.5W800/900ESMRModule,Non‐Diversity,ClassicTable2.SupportedFlexWavePrismRemoteUnitChassisCatalogNumber DescriptionSingle‐BayPrismRemoteDual‐BayPrismRemoteTri‐BayPrismRemoteQuad‐BayPrismRemoteFP1‐XXXXXXXXXXXRUFP2‐XXXXXXXXXXXRUFP3‐XXXXXXXXXXXRUFP4‐XXXXXXXXXXXRUTable1.FlexWavePrismRFModulesSupportedinthisInstallationGuide(Cont.)CatalogNumber Description
Page4FlexWavePrismRemoteUnitRFModuleInstallationGuide©2014TEConnectivityLtd. TECP‐77‐141Issue6•300001744178RevF•April2014AbbreviationsUsedinthisGuideCDRH CenterforDiseasesandRadiologicalHealth LVDS Low‐VoltageDifferentialSignalingcm Centimeter MHz MegahertzDART DigitalAnalogRFTransport MIMO Multiple‐InputMultiple‐OutputdB Decibel MOD ModuledBm Decibel‐milliwatts PA PowerAmplifierDCS DistributedCallSignaling PRIM PrimaryDD DigitalDividend PRU PrismRemoteUnitDIV Diversity PWR PowerDPM DigitalProcessingModule REV ReverseEMC ElectromagneticCompatibility RF RadioFrequencyESD Electro‐StaticDischarge Rx ReceiveEU EuropeanUnion SDART SuperDigitalAnalogRFTransportFCC FederalCommunicationsCommission SeRF SerializedRFFDA FoodandDrugAdministration SFP SmallForm‐FactorPluggableFRU FullbandRemoteUnit TIM Thermal‐InterfaceMaterialFWD Forward Tx TransmitHDM HighDensityModule UL Underwriters'Laboratories,Inc.HMFOC HardenedMulti‐FiberOpticConnector UMTS UniversalMobileTelecommunicationsSystemIC IndustryCanada WWattLED Light‐EmittingDiode
FlexWavePrismRemoteUnitRFModuleInstallationGuide Page5TECP‐77‐141Issue6•300001744178RevF•April2014 ©2014TEConnectivityLtd.OVERVIEWOFRFMODULESFORPRISMREMOTEUNITSFigure1illustratesthePrismRemoteUnit(PRU),whichcontrolsRFemissions,interfaceswiththeFlexWavePrismHostUnit.Single-BayPrism Remote UnitDual-BayPrism Remote UnitTri-BayPrism Remote UnitQuad-BayPrism Remote UnitFigure1.PrismRemoteUnits(PRUs)ThePRUhasfromonetofourRFModulebays,dependingonthePRUmodel.Thatis,theSingle‐BayPRUhasoneRFModulebay,andtheQuad‐BayPRUhasfourRFModulebays.APRUcansupportuptofourRFModules.ThefunctionofthePRURFModulesontheForwardPathisto:•convertthedigitizedRFtransportedfromtheHosttoAnalogRF•amplifytheAnalogRFsignal•providesignalfiltering.ThefunctionofthePRURFModulesontheReversePathisto:•converttheAnalogRFfromthehandsettoDigitalRFfortransporttotheHost•providesignalfiltering.NOTE: TheRFModulesarefieldreplaceable,butcannotbeservicedinthefield.
Page6FlexWavePrismRemoteUnitRFModuleInstallationGuide©2014TEConnectivityLtd. TECP‐77‐141Issue6•300001744178RevF•April2014RFModuleDARTsEachRFModulecansupportanyofthefollowingDARTcombinations:•oneClassicDARToroneSingleSuperDART•twoClassicDARTs(i.e.,the6.5W800/900ESMRModule,Non‐Diversity,Classic)•twoClassicDARTs—Diversity•twoSingleSuperDARTs—Diversity•oneDualSuperDART•oneortwosetsofTxorRxBoards(HDM).EachRFModulewillhaveuptotwo6‐timeslotDARTsorone12‐timeslotDARTperRFModule.TheDARTtypedeterminesthemaximumnumberoflinks,wheretherecanbeuptoeightClassicDARTsorSingleSuperDARTsthatsupport39MHzeach,orupto4DualSuperDARTsthatsupportupto75MHzeach.PrismsupportstheDARTModuletypeslistedbelow.•ClassicDARTsare6‐timeslotDARTsthatsupportupto35MHzcontiguousbandwidth(seeTable3onpage6).•SingleSuperDARTsare6‐timeslotDARTsthatsupporttwonon‐contiguousbandsintheentirefrequencyrangeoftheDART,butcannotexceed39MHztotalRFbandwidth(seeTable4onpage6).•DualSuperDARTsare12‐timeslotDARTsthatsupportupto60‐75MHz(seeTable5onpage7)Table3.Single‐BayClassicDARTsDARTModuleType MaximumBandwidth(MHz) NumberofFiberSlots800APACiDENClassic 19 3800SMRClassic 18 3850CellClassic 25 4900SMRClassic 5 1Table4.Single‐BaySuperDARTs(1)DARTName Usedin… MaximumFrequencySpan(MHz)MaximumBandwidth(MHz)MaximumFiberSlotsHostUnits HEUs1800GSMSGLSuperDART Yes No 75 39 61900PCSSGLSuperDART Yes Yes 70 39 62100AWSSGLSuperDART Yes Yes 45 39 62100UMTSSGLSuperDART Yes No 60 39 6700IABCSGLSuperDART Yes Yes 18 3700uCSGLSuperDART Yes Yes 10 2900EGSMSGLSuperDART Yes No 35 6(1) WhenusingaHostUnitwithboththeSeRFIIandSystemBoardIImodules,thebandwidthsandfiberslotsshownareonlyavailableinHostUnitDARTSlots1and3forSingle‐BaySuperDARTs.NOTE: IndustryCanadaPCS20dBnominalbandwidthislessthan61.5MHz.NOTE: IndustryCanadaAWS20dBnominalbandwidthislessthan47.2MHz
Table5.Dual‐BaySuperDARTsDARTModuleType MaximumBandwidth(MHz)NumberofFiberSlots1800GSMDLSuperDART 75 121900PCSDLSuperDART 70 122100AWSDLSuperDART 45 82100UMTSDLSuperDART 60 12FlexWavePrismRemoteUnitRFModuleInstallationGuide Page7TECP‐77‐141Issue6•300001744178RevF•April2014 ©2014TEConnectivityLtd.RFModuleTypesThePRURFModulesareavailableinthefollowingformats,andasdescribedinthefollowingsections:•“Single‐andDual‐BayRFModuleswithClassicorSuperDARTs”onpage7•“HDMRFModules”onpage8•“LegacyDual‐Bay40WRFModules”onpage9.Single‐andDual‐BayRFModuleswithClassicorSuperDARTsFigure2showsexamplesofSingle‐andDual‐BayRFModules,bothofwhichhavetwoDARTs.Single‐BayRFModuleshavethefollowingelements:•oneortwoDARTs•oneDuplexer•oneLinearPowerAmplifier(LPA)•oneRemoteDARTInterface(RDI)board.Dual‐BandDual‐BayRFModuleshavethefollowingelements:•twoDARTs•twoDuplexers•oneLinearPowerAmplifier(LPA)•oneRemoteDARTInterface(RDI)board.Dual-Band Dual-Bay RF ModuleSingle-Bay Dual-Card RF ModuleFigure2.Single‐andDual‐BayRFModules
Page8FlexWavePrismRemoteUnitRFModuleInstallationGuide©2014TEConnectivityLtd. TECP‐77‐141Issue6•300001744178RevF•April2014HDMRFModulesHDMRFModules(Figure3)aredesignedtoprovidetheabilitytodeployeithera20WDual/MultipleInputmultipleOutput(MIMO)RFModule(wheredualequalstwobands)ora40WSingleInputSingleOutput(SISO)RFModulewithinasingle‐bayofaPRU.AnHDMRFModuledoesthefollowing:•interfacesoneHostDART‐eitherClassicorSuperDART•supportstwonon‐contiguousRFslicesupto35MHztotalbandwidthinaDualorMIMOconfiguration•supportsfullbandwidthinaSISOconfiguration,upto75MHz•supports20Wperband/PathinaDual/MIMORFModule•supportsupto40WRFoutputpowerinaSISORFModule.AnHDMRFModulehasthefollowingcomponents:•oneDPM•oneortwosetsofTX/RXboards•oneortwoDuplexers•oneortwoPowerAmplifiers(PAs).Figure3.HDMRFModulesThecomponentsofaPRUHDMRFModulearedependentonthemoduletype,aslistedinTable6.Table6.ComponentsofPRUHDMRFModulesRFModuleType DPM LPA Duplexer RxCard TxCardSISO 11111MIMO/DualBandModule 12222
FlexWavePrismRemoteUnitRFModuleInstallationGuide Page9TECP‐77‐141Issue6•300001744178RevF•April2014 ©2014TEConnectivityLtd.LegacyDual‐Bay40WRFModulesTheLegacyDual‐Bay40WRFModule(Figure5)isdesignedforAWSandPCSfrequenciesandissupportedonlybyClassicDARTs.TheLegacyDual‐Bay40WRFModulecomprises:•oneClassicDART•oneDuplexer•twoPowerAmplifiers(PAs)•oneRemoteDARTInterface(RDI)board.NOTE: ThismanualdescribeshowtoinstallthePCS1900andAWS2100Non‐DiversityRFModules.Figure4.LegacyDual‐Bay40WRFModule
Page10 FlexWavePrismRemoteUnitRFModuleInstallationGuide©2014TEConnectivityLtd. TECP‐77‐141Issue6•300001744178RevF•April2014RFMODULECOMPONENTSFigure5showstypicalRFModulecomponents,usingtheSingle‐BayRFModuleasanexample.MountinglatchMounting hook Duplexer Power Amplifier (PA)DARTsNOTE: The RDI is internal to the RF Module and is therefore not shown.LNA(inside the Duplexer cavitiy)Figure5.Single‐BayRFModuleComponentsFigure6showsthecomponentsofanHDMRFModule.Duplexers Power AmplifierMounting latchMounting hookTx and Rx CardsDPMFigure6.HDMRFModuleComponents
FlexWavePrismRemoteUnitRFModuleInstallationGuide Page11TECP‐77‐141Issue6•300001744178RevF•April2014 ©2014TEConnectivityLtd.DuplexerandLowNoiseAmplifierTheRFModuleprovidesthePRUwithaninternalDuplexerthatisoptimizedtoprovidethedesiredRFband‐passfilteringandin‐bandequipmentisolationbetweenFWDandREVpaths.TheDuplexerprovidesthefilteringnecessarytothetransmitandreceivepathstoandfromtheconnectedantenna.TheDuplexerfortheSingle‐andDual‐BayRFModulesandtheLegacyDual‐Bay40WRFModulescontainsuptotwoREVpathLowNoiseAmplifiers(LNAforPRIand/orSECreversepaths).TheDuplexerforanHDMRFModuledoesnothaveaLowNoiseAmplifier.Duplexersarenotfieldserviceable.LinearPowerAmplifiersTheLinearPowerAmplifier(LPA)isahighqualitybroadbandRFamplifierusedforachievingPrismproduct‐ratedpowerforthePRUTxforwardpathRF.ThePAsarepass‐bandspecific,withthemaximumcompositeTxpowerlevelslistedinTable7forSingle‐Card,Dual‐Card,andHDMRFModulesandTable8onpage11forLegacyDual‐Bay40WRFModules.TheLPAishousedwithintheRFModule,andisnotfieldserviceable.Table7.LPAMaximumCompositeTxPowerLevelsforSingle‐Card,Dual‐Card,andHDMRFModulesBandwidth(MHz)supportedacrossentirespectrumPassband MaximumdBm WattsHDMSingleSuperDART ClassicDARTDualSuperDARTDual/MIMO SISOAWS2100 43 20 39 45 39 NA 45Cellular850 43 20 25 25 NA 25 NA46 40 25 25 NA 25 NAEGSM900 40 10 35 35 35 NA NADCS180042 15.8 39 75 39 NA 75LTE700LowerABC43 20 18 18 18 NA NA46 40 18 18 18 NA NALTE700UpperC43 20 10 10 10 NA NA46 40 10 10 10 NA NAPCS1900 43 20 39 70 39 NA 70PGSM900 40 10 25 25 25 NA NASMR800 38 6.5 18 18 NA 18 NASMR900 38 6.5 5 5 NA 5NAUMTS2100 42 15.8 39 60 39 NA 60Table8.LPAMaximumCompositeTxPowerLevelsforLegacyDual‐Bay40WRFModulesPassband MaximumdBm Watts Bandwidth(MHz)supportedacrossentirespectrumClassicDARTPCS1900 +46 40 35AWS2100 +46 40 35NOTE: IndustryCanada20dBPassBandModelNumberFWP‐C4MT000MODCellular850MHz=26.3MHzandthePCS1900=66.8MHz.
Page12 FlexWavePrismRemoteUnitRFModuleInstallationGuide©2014TEConnectivityLtd. TECP‐77‐141Issue6•300001744178RevF•April2014DigitalProcessingModuleTheDigitalProcessingModule(DPM)isfoundonlyintheHDMRFModules.TheDPMprovidestheprimaryprocessingandlogicfunctionsfortheHDMRFModule.ItalsoprovidestheprimarypowerinterfacefortheHDMRFModule,andconversionofthenative28Vdcvoltagetolowervoltagesasnecessaryforfunctionality.TheDPMhasaTransmit(Tx)BoardandaReceive(Rx)Board:•TxBoard—providesbandspecificfilteringfortheintendedTransmitpath.•RxBoard—providesbandspecificfilteringfortheintendedReceivepath.UNDERSTANDINGTHERFMODULECABLESBeforeyouinstalltheRFModulecables,familiarizeyourselfwiththerulesthatpertaintothesecables,asdefinedinthefollowingsections.AlwaysprovidedateachRFModuleshelfarefivecables:•twoHigh‐SpeedDataCables,whichinthisdocumentarereferredtoasLVDS(Low‐VoltageDifferentialSignaling)cables•twoRFCables(TX0/RX0)and(TX1/RX1)•onePower(PWR)Cable.PowerCableConnectionMaintainadequatestrainreliefdistancesfromtheconnectionpointstothemodule.LVDSCableConnections•LVDScableslabeledPRIMandDIVshouldalwayseitherbeconnectedtoaRFModuleorstrainrelievedtoadjacentcables,asthisprotectsthecableagainstdamagethroughmisplacement.•AlignandfullyinserttheLVDScableconnectorsintotheirrespectiveconnectorcages.Fullinsertionisidentifiedbyanaudibleclick.•EnsurethetwoLVDScablesarefullyseatedandlatchedintotheirrespectivereceptaclesontheRFModulebylightlypullingoutwardontheconnectors.Iffullyseatedandlockedintoposition,thecableconnectorswillnotslidebackout.•Maintainadequatestrain‐reliefdistancesfromtheconnectionpointstotheRFModule.RFCableConnectionsTheRFModulecablesthatarepre‐installedinthePRUconnecttothecorrespondingconnectorsontheRFModule.TheRFModulecablescorrelatetotheantennaconnectorsonthebottomofthePRUchassis.
FlexWavePrismRemoteUnitRFModuleInstallationGuide Page13TECP‐77‐141Issue6•300001744178RevF•April2014 ©2014TEConnectivityLtd.RFCableRules•WheninstallingaDiversity,MIMOorDual‐BandRFModule,bothRFcableslabeledMODNTX0/RX0andMODNTX1/RX1shallbeconnectedtotheN‐StyleconnectionsoftheRFModule”NOTE: Olderlabelingschemesused“PRI”and“DIV”.Tomatcholdlabelingschemestocurrentlabeling:•TX0/RX0=PRI•TX1/RX1=DIV•WheninstallingaNon‐DiversityorSISORFModule,oranSMR800/900Dual‐BandDual‐BayRFModule:–TheMODNTX0/RX0cableshallbeconnectedtothesingleavailableN‐StyleRFConnectionoftheRFModule.–TheMODNTX1/RX1cableshallbeconstrainedtotheexistingcablesusingatiewraporsimilarlyacceptedfastenersoitcannotbepinchedorpreventthePRUdoorfromclosing.DonotcutorattempttootherwiseremovethisRFCable.•RFcablesarehand‐formable;however,cablesmustadheretoaminimumbendradiusof1‐inchfromtheoutletoftheintegratedcableguidetotherespectiveN‐StyleRFconnectionontheRFModule.RFModuleCablesforSingle‐Card,Dual‐Card,andHDMRFModulesTheRFcableandconnectorlabelsalsocorrespondtotheRFModulebaysinthePRUchassis,whereMODAisthebottombayandMODDisthetopbay.Intheinstallationsteps,theRFcablesandconnectorsarereferredtoasMODNTX0/RX0andasMODNTX1/RX1whereNequalsA,B,C,orD.ThecablesandconnectorshavecorrespondinglabelsasshowninTable9forSingle‐Card,Dual‐Card,andHDMRFModules.Table9.RFAntennaLabelsforSingle‐Card,Dual‐Card,andHDMRFModules(FromTopofPRUChassisDown)RFModuleCable,RFModuleConnector,andRemoteAntennaConnectorLabelFunction Single‐BayRemoteUnitRFModuleBayDesignationsDual‐BandDual‐BayRemoteUnitRFModuleBayDesignationsDual‐Bay Tri‐Bay Quad‐BayBayDModDTX0/RX0 TransmitRFpowerandprimary/Path1receiveto/fromtheantennaforRFModuleDMODDN/A N/AMODCModDTX1/RX1 Diversityreceive/Path2forRFpowerfromtheantennaforRFModuleDBayCModCTX0/RX0TransmitRFpowerandprimary/Path1receiveto/fromtheantennaforRFModuleCMODCN/A MODCModCTX1/RX1 Diversityreceive/Path2forRFpowerfromtheantennaforRFModuleCBayBModBTX0/RX0TransmitRFpowerandprimary/Path1receiveto/fromtheantennaforRFModuleBMODBMODAMODAMODAModBTX1/RX1 Diversityreceive/Path2forRFpowerfromtheantennaforRFModuleBBayAModATX0/RX0TransmitRFpowerandprimary/Path1receiveto/fromtheantennaforRFModuleAMODAModATX1/RX1 Diversityreceive/Path2forRFpowerfromtheantennaforRFModuleA
Page14 FlexWavePrismRemoteUnitRFModuleInstallationGuide©2014TEConnectivityLtd. TECP‐77‐141Issue6•300001744178RevF•April2014RFModuleCablesforDual‐BayInstallationsForDual‐Bayinstallations,theRFcablesandconnectorsarelabeledasMODNTX0/RX0andMODNTX1/RX1,whereNreferstothetopbayofthedouble‐bayinstallation.Forexample,foraDual‐BayinstallationinaQuad‐Baychassis,theRFcablesandconnectorsarelabeledasMODCTX0/RX0andMODCTX1/RX1.ThecablesandconnectorshavecorrespondinglabelsasshowninTable10onpage14forLegacyDual‐Bay40WRFModules.Table10.RFAntennaLabelsforLegacyDual‐Bay40WRFModules(FromTopofPRUChassisDown)RFModuleCable,RFModuleConnector,andRemoteAntennaConnectorLabelFunction 40WDual‐BayRemoteUnitRFModuleBayDesignationsDual‐Bay Tri‐Bay Tri‐Bay Quad‐BayBayDModDTX0/RX0 TransmitRFpowerandprimary/Path1receiveto/fromtheantennaforRFModuleDN/A N/A N/AMODCMODDMODCModDTX1/RX1 Diversityreceive/Path2forRFpowerfromtheantennaforRFModuleDBayCModCTX0/RX0TransmitRFpowerandprimary/Path1receiveto/fromtheantennaforRFModuleCN/A MODCMODCMODCModCTX1/RX1 Diversityreceive/Path2forRFpowerfromtheantennaforRFModuleCBayBModBTX0/RX0TransmitRFpowerandprimary/Path1receiveto/fromtheantennaforRFModuleBMODBMODBMODBMODBMODBModBTX1/RX1 Diversityreceive/Path2forRFpowerfromtheantennaforRFModuleBBayAModATX0/RX0TransmitRFpowerandprimary/Path1receiveto/fromtheantennaforRFModuleAMODAMODAModATX1/RX1 Diversityreceive/Path2forRFpowerfromtheantennaforRFModuleANote:For Dual Module installations the center module shelf needs to be removed; see “Dual-Bay Modules Only—Remove the Module Bay Shelf” on page 21.Note:Install the Legacy Dual-Bay 40W RF Module in the lower-most bay in the chassis. If, however, if two Legacy Dual-Bay 40W RF Modules are present, install the 2100 Module in the lower-most Bay and the 1900 Module in the upper-most Bay.
FlexWavePrismRemoteUnitRFModuleInstallationGuide Page15TECP‐77‐141Issue6•300001744178RevF•April2014 ©2014TEConnectivityLtd.RFGroupAssignmentsforPRUsAPRUcomprisesfromonetofourRFModulebays.Figure7illustratesthenumberingofRFModulebaysandDARTs.Quad-Bay Remote Unit with Single-Card RF ModulesSeRF ModuleDART 7DART 8Bay DDART 5DART 6Bay CDART 3DART 4Bay BDART 1DART 2Bay AFigure7.RFModulesBaysinaPRU
Page16 FlexWavePrismRemoteUnitRFModuleInstallationGuide©2014TEConnectivityLtd. TECP‐77‐141Issue6•300001744178RevF•April2014Table11listshowtheFlexWavePrismEMSreferencestheRFgroupassignmentsandcorrespondingcomponentsofeachRFModule.Table11.RemoteUnitRFGroupAssignments(fromTop/Down)PhysicalRFBayDARTNumberLNANumber LPANumberforSingleLPALPANumberforDualLPAsPowerDetectorNumberforSinglePDPowerDetectorNumberforDualPDsPrimaryDiversityD 8 8 7 8 7 87 7 7 7C 6 6 5 6 5 65 5 5 5B 4 4 3 4 3 43 3 3 3A 2 2 1 2 1 21 1 1 1NOTE: For software releases prior to 7.3, the LPAs were labeled as 1, 2, 3, and 4.NOTE: InadualLPAsystem,theConfigureRemoteForwardGainpageshowstwovaluesfortheLPAstatus,oneforeachLPA.ChangingtheLPAModeorresettingtheLPAappliestobothLPAsatthesametime.CAUTION! ShouldyoursystemexperienceanLPAproblem,refertoTable 11toensurethatyouapplynewsettingsortroubleshootthecorrectRFModule.CAUTION! IfyouuseacustomizedSNMPpollingforsystemstatus,youmustchangeyourLPAindexingscheme.
FlexWavePrismRemoteUnitRFModuleInstallationGuide Page17TECP‐77‐141Issue6•300001744178RevF•April2014 ©2014TEConnectivityLtd.TheLegacyDual‐Bay40WRFModuleoccupiestwobaysinaPRU.Figure8showsthemaincomponentsinaPRUenclosure,withaLegacy40WRFModuleoccupyingBaysAandB.ThecontrollingDARTwillalwaysbeintheupperbay(BorD),andthesecondLPAisalwaysinthelowerbay(AorC).Legacy Dual-Bay 40W RF Modulein Bay B (upper slot) and Bay A (lower slot) with the controlling DART in Bay BAC or DC power switchFour DC power switchesSeRF Module and Power suppliesBay C (empty for future use)Bay D (empty for future use)FansConnectivity panel with Status LEDFigure8.LegacyDual‐Bay40WRFModuleinaQuad‐BayPRUNOTE: IfaLegacyDual‐Bay40WRFModuleAWS2100andaLegacyDual‐Bay40WRFModulePCS1900arebothinstalledinaQuad‐BayPRU,itisrecommendedthatthePCS1900beinstalledinupper‐mostbay,andtheAWS2100beinstalledinthelower‐mostbay.NOTE: Toaccommodatetwo‐baymodules,youneedtoremoveamodulebayshelfasdescribedin“Dual‐BayModulesOnly—RemovetheModuleBayShelf”onpage21.
Page18 FlexWavePrismRemoteUnitRFModuleInstallationGuide©2014TEConnectivityLtd. TECP‐77‐141Issue6•300001744178RevF•April2014INSTALLTHERFMODULE(S)ThefollowingsectionsguideyouthroughtheinstallationofanRFModuleintoaPRUchassis.TheprocesstoinstallthefourdifferenttypesofRFModulesisbasicallythesame;however,differencesarenotedandshouldbefollowed.NOTE: Inthefollowingsteps,theRFcablesandconnectorsarereferredtoasMODNTX0/RX0andasMODNTX1/RX1whereNequalsA,B,C,orD.NOTE: WheninstallingRFModules,populatetheRFModulesfromhighestfrequencybandtolowestwithinthePRU.Likewiseforpoweroutput,populatefromthebottombaytothetop;higheroutputtoloweroutput.Thatis,foradeploymentwith210040W,190040W,85020Wand70020WMIMO,installtheRFModulesasfollows:•210040WRFModuleinBayA•190040WRFModuleinBayB•85020WRFModuleinBayC•70020WMIMORFModuleinBayD.SafetyPrecautionsCAUTION! Thisisrestrictedaccessequipmentandonlyqualifiedservicepersonnelshouldserviceandoperatethisequipmentusingappropriatetools.CAUTION! Wetconditionsincreasethepotentialforreceivinganelectricalshockwheninstallingorusingelectrically‐poweredequipment.Topreventelectricalshock,neverinstalloruseelectricalequipmentinawetlocationorduringalightningstorm.CAUTION! Alwaysallowsufficientfiberlengthtopermitroutingofpatchcordsandpigtailswithoutseverebends.Fiberopticpatchcordsorpigtailsmaybepermanentlydamagedifbentorcurvedtoaradiusoflessthan2inches(5.1cm).CAUTION! ExteriorsurfacesofthePrismRemoteUnitmaybehot.Usecautionduringservicing.CAUTION! Servicepersonnelmustconfirmthattheperimetergasketanddoor‐to‐doorgasketsareinplacewhenclosingthePrismdoorsafterservicing.CAUTION! ThisequipmentusesaClass1LaseraccordingtoFDA/CDRHrules.Laserradiationcanseriouslydamagetheretinaoftheeye.Donotlookintotheendsofanyopticalfiber.Donotlookdirectlyintotheopticaltransceiverofanydigitalunitorexposuretolaserradiationmayresult.Anopticalpowermetershouldbeusedtoverifyactivefibers.AprotectivecaporhoodMUSTbeimmediatelyplacedoveranyradiatingtransceiveroropticalfiberconnectortoavoidthepotentialofdangerousamountsofradiationexposure.Thispracticealsopreventsdirtparticlesfromenteringtheadapterorconnector.CAUTION! ThissystemisanRFTransmitterandcontinuouslyemitsRFenergy.Maintain3foot(91.4cm)minimumclearancefromtheantennawhilethesystemisoperating.Whereverpossible,shutdowntheRANbeforeservicingtheantenna.
FlexWavePrismRemoteUnitRFModuleInstallationGuide Page19TECP‐77‐141Issue6•300001744178RevF•April2014 ©2014TEConnectivityLtd.GuardagainstDamagefromElectro‐StaticDischargeCAUTION! Electro‐StaticDischarge(ESD)candamageelectroniccomponents.TopreventESDdamage,alwayswearanESDwriststrapwhenworkingwiththePRUorwhenhandlinganyofitscomponents—includingtheRFModules.ConnectthegroundwireontheESDwriststraptoanearthgroundsourcebeforetouchingthePRUoranyofitscomponents.WearthewriststraptheentiretimethatyouworkwiththePRUanditscomponents.CAUTION! PlacePrismRFModulesinanti‐staticpackingmaterialwhentransportingorstoringthem.UnpackandInspecttheRFModule1Inspecttheexterioroftheshippingcontainer(s)forevidenceofroughhandlingthatmayhavedamagedthecomponentsinthecontainer.2Unpackeachcontainerwhilecarefullycheckingthecontentsfordamageandverifywiththepackingslip.3Ifdamageisfoundorpartsaremissing,fileaclaimwiththecommercialcarrierandnotifyTECustomerService(see“ContactingTEConnectivity”onpage47).Savethedamagedcartonsforinspectionbythecarrier.4Saveallshippingcontainersforuseiftheequipmentrequiresshipmentatafuturedate.CAUTION! HandletheRFModulewithcareduringinstallation.Beespeciallycarefultonotdamagethethermal‐interfacematerial(TIM),whichisattachedtotheLPA.IftheTIMisdamaged,theLPAcanoverheat.BeforeinstallingtheRFModule,checktoseeiftheheatsinkmaterialisgougedorcracked.IftheTIMisdamaged,donotinstalltheRFModuleandcontactTEConnectivityforassistance(see“ContactingTEConnectivity”onpage47forcontactinformation).CAUTION! Ifthethermal‐interfacematerialisdamaged,theinstallationanduseoftheRFModulemayvoidthewarrantyoftheRFModule.RemoveReleaseLinersfromtheRFModuleNOTE: ReleaseLinersarepresentonfrontandbackofnewmodules.1OpenthePRUenclosure.2Removereleaseliners,ifpresent,fromthethermalpadsontheRFModulepriortoinstallingthemoduleintothePRUchassis.CAUTION! Thethermalpadsareverysensitivetomishandling—donotnick,scratch,ordingthem.ForSingle‐andDual‐BayRFModules,thethermalpadsarelocatedaslistedbelowandasshowninFigure9onpage20,whichshowsaLegacyDual‐Bay40WRFModule.•onelargepadonthebacksurfaceofeachLinearPowerAmplifier(LPA)•uptotwoonthefrontsurface(DARTs)•oneontheleftsideforthe(RDI)•oneonthevectormodulatorboard•oneontheRFpowercombiner.
One largethermal pad on each PA(bottom of the LPA)One thermal padfor the RDIOne thermal padfor each DARTOne thermal padfor each DARTOne thermal padfor RF PowerCombinerOne thermal padfor VectorModulatorPage20 FlexWavePrismRemoteUnitRFModuleInstallationGuide©2014TEConnectivityLtd. TECP‐77‐141Issue6•300001744178RevF•April2014Figure9.ThermalPadsonaLegacyDual‐Bay40WRFModuleForHDMRFModules,thethermalpadsarelocatedaslistedbelowandasshowninFigure10.•onepadforeachRxandTxboard•onelargepadovertheDPM•oneforeachPowerAmplifier(PA),whichisonthebottomoftheHDMRFModule.DPM Thermal PadTx A Thermal PadTx B Thermal PadRx A Thermal PadRx B Thermal Pad2.9796 in2.9796 inNOTE: Tx and Rx cards are paired: Tx A ony pairs with Rx A and Tx B only pairs with Rx B.Figure10.ThermalPadsonanHDMRFModule
FlexWavePrismRemoteUnitRFModuleInstallationGuide Page21TECP‐77‐141Issue6•300001744178RevF•April2014 ©2014TEConnectivityLtd.Dual‐BayModulesOnly—RemovetheModuleBayShelf1FORDUAL‐BAYRFMODULESONLY.Use 9/64” Allen Wrench toremove the three module-shelf screwsRemove Module D Shelf forDual-Band Dual-Slot RF ModulesRemove Module B Shelf forDual-Slot 40W RF ModulesIfyouareinstallingaDual‐BayRFModule,youmustremoveamodulebayshelffromthePRUchassistoaccommodatethemodule’ssize.(Forfurtherinformation,seeTable9onpage13.)RemovetheshelfasappropriatefortheRFModule:•ForaLegacyDual‐Bay40WRFModule,wheninstallingintheAandBBays,removetheModuleBBayShelf.•ForaDual‐BayRFModule,wheninstallingintheCandDBays,removeModuleDBayShelf.ToremoveaModuleBayShelf:aUsea9/64”Allen™wrenchtoremovethethreescrewsthatattachthemoduleshelftothePRUchassis,asshowninthefollowinggraphic.bDiscardorstorethemoduleshelfandfasteners.
Page22 FlexWavePrismRemoteUnitRFModuleInstallationGuide©2014TEConnectivityLtd. TECP‐77‐141Issue6•300001744178RevF•April2014InstalltheRFModuleintothePrismRemoteChassis1HoldtheRFModulesothattheDARTcard(s)faceawayfromthePRUandtheMountingHookistowardtheReceivingflangeonthePRUchassis.NOTE: AlwaysinstallRFModulesfromthebottomup.Donotskipabay,asthisprovidesmoreefficientheatdissipation.2HoldingtheRFModuleata45°angleinrespecttotherearheatsink,restthebottomsurfaceofthemoduleontheRFModuleshelf,asshowninoneofthefollowinggraphics,andasapplicabletotheRFModule.•Single‐BayRFModule:Figure11onpage22•HDMRFModule:Figure12onpage23•Dual‐BayRFModule:Figure13onPage24•LegacyDual‐Bay40WRFModule:Figure14onPage25.Bay CBay DSeRFModuleBay ABay BSingle-SlotRF ModuleHeat Sink Figure11.InstallingaSingle‐BayRFModule
Bay CBay DSeRF ModuleBay ABay BHDM RF ModuleFlexWavePrismRemoteUnitRFModuleInstallationGuide Page23TECP‐77‐141Issue6•300001744178RevF•April2014 ©2014TEConnectivityLtd.Figure12.InstallinganHDMRFModule
Installing a Dual-BandDual-Slot RF ModulePage24 FlexWavePrismRemoteUnitRFModuleInstallationGuide©2014TEConnectivityLtd. TECP‐77‐141Issue6•300001744178RevF•April2014Figure13.InstallingaDual‐BayRFModule
FlexWavePrismRemoteUnitRFModuleInstallationGuide Page25TECP‐77‐141Issue6•300001744178RevF•April2014 ©2014TEConnectivityLtd.Figure14.InstallingaLegacyDual‐Bay40WRFModule
Page26 FlexWavePrismRemoteUnitRFModuleInstallationGuide©2014TEConnectivityLtd. TECP‐77‐141Issue6•300001744178RevF•April20143AligntheMountingHookonthemodulewiththereceivingflangeonthePRUheatsink,andthenslidetheRFModuleintowardtheflangeuntilitcangonofurther.RF ModuleMountinghookChassisReceivingflangeMounting Bracket atback of the PRU(View is looking down into thePRU chassis from the top.)4PushtheleftedgeoftheRFModulebackandintothePRUchassisuntilitcangonofurther,asshowninthefollowinggraphics:•ForSingle‐BayRFModules,seeFigure15onpage27.•ForHDMRFModules,seeFigure16onpage28.•ForDual‐BayRFModules,seeFigure17onpage29,whichusestheLegacyDual‐Bay40WRFModuleasanexample.CAUTION! MakesuretheRFModuleisseatedcorrectlyintheModuleshelf.IncorrectalignmentoftheRFModulecancausetheRFModuletofailduetooverheating.•ThefrontedgeoftheRFModuleshouldbeparallelwiththeshelfaboveit.•TheMountingHookontheRFModuleshouldbefullyengagedwiththeReceivingflangeonthePRUchassis.•IfyoulatercannotshutthePRUdoor,verifythattheRFModuleisinstalledcorrectly.
Push the RF Moduleback into the chassisuntil it can go no further.Single-SlotRF ModuleFlexWavePrismRemoteUnitRFModuleInstallationGuide Page27TECP‐77‐141Issue6•300001744178RevF•April2014 ©2014TEConnectivityLtd.Figure15.SeatingaSingle‐BayRFModule
Push the HDM RF Moduleback into the chassisuntil it can go no further.HDMRF ModulePage28 FlexWavePrismRemoteUnitRFModuleInstallationGuide©2014TEConnectivityLtd. TECP‐77‐141Issue6•300001744178RevF•April2014Figure16.SeatinganHDMRFModule
Push the RF Module backinto the chassis until it cango no further.FlexWavePrismRemoteUnitRFModuleInstallationGuide Page29TECP‐77‐141Issue6•300001744178RevF•April2014 ©2014TEConnectivityLtd.Figure17.SeatingaDual‐BayRFModuleSecureRFModuleLatches1TosecurethemodulelatchesontheleftsideoftheRFModule,dooneofthefollowing,asappropriatefortheRFModulebeinginstalled:•“ConnectLatchesonSingle‐BayandHDMRFModules”onpage29•“ConnectLatchesonDual‐BayRFModules”onpage31.ConnectLatchesonSingle‐BayandHDMRFModulesForSingle‐BayandHDMRFModules,securetwolatches,asshowninFigure18.
Two latches on Single-SlotRF ModulesTwo latches onHDM RF ModulesPage30 FlexWavePrismRemoteUnitRFModuleInstallationGuide©2014TEConnectivityLtd. TECP‐77‐141Issue6•300001744178RevF•April2014Figure18.LatchesonSingle‐BayandHDMRFModules
FlexWavePrismRemoteUnitRFModuleInstallationGuide Page31TECP‐77‐141Issue6•300001744178RevF•April2014 ©2014TEConnectivityLtd.ConnectLatchesonDual‐BayRFModulesForDual‐BayRFModules,securefourlatches,asshowninFigure19.Four latches in aDual-Band Dual-SlotRF ModuleFigure19.Dual‐BayRFModuleLatches
Page32 FlexWavePrismRemoteUnitRFModuleInstallationGuide©2014TEConnectivityLtd. TECP‐77‐141Issue6•300001744178RevF•April2014LatchesonLegacyDual‐Bay40WRFModulesForLegacyDual‐Bay40WRFModules,securefourlatches,asshowninFigure20.Four latches in a Legacy Dual-Slot 40WRF ModuleFigure20.LegacyDual‐Bay40WRFModuleLatchesVerifythattheRFModuleMountingHookisEngaged1VerifythattheRFModuleMountingHookisengagedcorrectlybypullingthemoduleawayfromtheheatsink.TheRFModuleshouldnotmove.IftheRFModulemovesduringthischeck,repeatallthestepsstartingat“InstalltheRFModuleintothePrismRemoteChassis”onpage22throughthisstep.ConnecttheRFModuleCablesThestepstoconnecttheRFModulecableshavebeenseparatedintotwodifferentprocedures;followthestepsthatcorrespondtotheRFModulebeinginstalled.•“ConnectingCablesinaSingle‐BayRFModuleInstallation”onpage33•“ConnectingCablesinaDual‐BayRFModuleInstallation”onpage35.
FlexWavePrismRemoteUnitRFModuleInstallationGuide Page33TECP‐77‐141Issue6•300001744178RevF•April2014 ©2014TEConnectivityLtd.ConnectingCablesinaSingle‐BayRFModuleInstallation1PositionthecablessothattheyareundertherightedgeoftheRFModule,pointingup.2Followtheruleslistedin“UnderstandingtheRFModuleCables”onpage12.3ConnecttheRFModulecables,inthefollowingorder:aConnecttheMODNTX0/RX0cabletotheRFModule.iInserttheN‐StylePlugoftheMODNTX0/RX0cableintotheTX0/RX0N‐StyleJackoftheRFModule.ii Turnthecouplingnutoftheplugclockwisetothreadontothejackandfinger‐tighten.iii Torquecouplingnutto8±1in‐lbstoensurefullconnection.NOTE: InsufficienttorqueappliedtoRFModuleconnectionscanresultinelevatedinsertion/returnlossandhigherthannormalVSWRreportedbythesystem.bConnecttheMODNTX1/RX1cabletotheRFModule.iIfaTX1/RX1RFModuleconnectionisavailable,inserttheN‐StylePlugoftheMODNTX1/RX1cableintotheTX1/RX1N‐StyleJackoftheRFModule.IfRFModuleconnectionisnotavailable,constraintheMODNTX1/RX1cabletoaccompanyingcablesusingatiewrapsoitcannotbepinchedorpreventthePRUdoorfromclosing.ii Turnthecouplingnutoftheplugclockwisetothreadontothejackandfinger‐tighten.iii Torquecouplingnutto8±1in‐lbstoensurefullconnection.NOTE: InsufficienttorqueappliedtoRFModuleconnectionscanresultinelevatedinsertion/returnlossandhigherthannormalVSWRreportedbythesystem.cConnecttheLVDSCablestotheRFModule.iConnecttheMODNDIVLVDSCabletotheDIVreceptacleoftheRFModulebyinsertingandslidinginuntilfullyseated.NOTE: AlwaysconnecttheDiversityLVDSCablewiththeRFModule.ii ConnecttheMODNPRIMLVDSCabletothePRIMconnector,followingthesamestepsasabove.NOTE: FullinsertioncanberecognizedbyanaudibleclickastheLVDSCableConnectorlocksintotheRFModuleReceptacle.ThiscanbeverifiedbylightlypullingbackontheLVDSconnectorwhilemakingsurenottodepressthereleasetrigger.Whenfullyinserted,thecableshouldnotbeabletoberemovedfromthereceptacle.dConnectthePowerCableConnectortothePWRreceptacleoftheRFModulebyinsertingandslidinginuntilfullyseated.NOTE: FullinsertioncanberecognizedbyanaudibleclickasthePowerCableConnectorlocksintotheRFModuleReceptacle.ThiscanbeverifiedbylightlypullingbackonthePowerCableConnectorwhilemakingsurenottodepressthereleasetriggersontheendsoftheconnector.Whenfullyinserted,thecableshouldnotbeabletoberemovedfromthereceptacle.
Page34 FlexWavePrismRemoteUnitRFModuleInstallationGuide©2014TEConnectivityLtd. TECP‐77‐141Issue6•300001744178RevF•April2014RefertothegraphicthatcorrespondstotheRFModulebeinginstalledintoasinglebayofthePRU:•Single‐BayRFModule:Figure21onPage34•HDMRFModule:Figure22onpage35Bay ABay DBay CBay BSeRFModuleTX0/RX0RX1DIVPRIMPWRNote routing ofhigh-speed cablesNote bendradii ≥ 1-inchEdge of Connector Interface PanelCable connections for a Single-Slot RF ModuleFigure21.CableConnectionsforSingle‐BayRFModulesCAUTION! EnsurethatallcablebendsarebelowthetopedgeoftheConnectorInterfacePanelasindicatedbythedashedlineintheprecedingfigure.FailuretocorrectlypositionthecablescouldinhibitclosingthePRUdoor,whichcanresultindamagetothecables.
Cable Connections for an HDM RF ModuleTX0/RX0TX1/RX1POWERDATA 1 (DIV)DATA 0 (PRIM)Cable Connection Notes• Always connect the Power cable.• Always connect the two LVDS cables: PRIM and DIV.• SISO requires one RF cable (TX1/RX1).• MIMO and Dual-Band require two RF cables (TX1/RX1 and TX0/RX0).FlexWavePrismRemoteUnitRFModuleInstallationGuide Page35TECP‐77‐141Issue6•300001744178RevF•April2014 ©2014TEConnectivityLtd.Figure22.CableConnectionsforHDMRFModulesConnectingCablesinaDual‐BayRFModuleInstallation1PositionthecablessothattheyareundertherightedgeoftheRFModule,pointingup.2Followtheruleslistedin“UnderstandingtheRFModuleCables”onpage12.3FollowtheruleslistedbelowthatpertainonlytoDual‐BayRFModules.•TheupperRFModuleshelfwilleithernotbepresent(factoryinstalledmodule)orwillberemovedpriortoinstallation(fieldinstalledmodule).•TheMODNTX0/RX0cableforthelowerRFModulebaywillneedtobeconnectedtotheMODNTX0/RX0N‐StyleRFconnectionoftheDual‐BayRFModule.•ConstraintheMODNTX1/RX1cabletotheexistingcablesusingatiewrapsuchsoitcannotbepinchedorpreventthePRUdoorfromclosing.DonotcutorattempttootherwiseremovethisRFcable.•TheRFcablesandtwoLVDScablesofthelowerRFModulebayarenotusedwheninstallingaDual‐BayRFModule.•Table12listshowtocorrectlyconnectHDMRFModulestotheAntennaportsonthebottomofthePRU.Table12.HDMAntennaPortMappingRFModuleCatalog#Description TX0/RX0 TX1/RX1HDMDUAL20W850/1900RFMODULE 1900 850HDMDUAL20W,700ABC/700UC,RFMODULE 700lABC 700uCHDMMIMO20W700LOWERABCRFMODULE Path1Path2HDMMIMO20W700UPPERCMODULE Path1Path2HDMMIMO20W2100AWSRFMODULEPath1Path2HDMMIMO20W1900PCSRFMODULE Path1Path2FWP‐C4MT000MODFWP‐L4MTU4MMODFWP‐L4MT000MODFWP‐U4MT000MODFWP‐A4MT000MODFWP‐84MT000MOD
Page36 FlexWavePrismRemoteUnitRFModuleInstallationGuide©2014TEConnectivityLtd. TECP‐77‐141Issue6•300001744178RevF•April20144Workingfromthebottomconnectorup,connecttheRFModulecables,asfollows:aConnecttheMODNTX1/RX1cabletotheRFModule.iConstraintheMODNTX1/RX1cableofthelowerRFModulebaytoaccompanyingcablesusingatiewrapsoitcannotbepinchedorpreventthePRUdoorfromclosing.ii ConnecttheMODNTX1/RX1cabletotheTX1/RX1orN/C,N‐StyleJackoftheupperRFModulebay.iii Turnthecouplingnutoftheplugclockwisetothreadontothejackandfinger‐tighten.iv Torquecouplingnutto8±1in‐lbstoensurefullconnection.NOTE: InsufficienttorqueappliedtoRFModuleconnectionscanresultinelevatedinsertion/returnlossandhigherthannormalVSWRreportedbythesystem.bConnecttheMODNTX0/RX0cabletotheRFModule.iInserttheN‐StylePlugoftheMODNTX0/RX0cableintotheTX0/RX0N‐StyleJackofthelowerRFModule bay. If RF Module connection is not available, constraintheMODNTX0/RX0cabletoaccompanyingcablesusingatiewrapsoitcannotbepinchedorpreventthePRUdoorfromclosing.ii Turnthecouplingnutoftheplugclockwisetothreadontothejackandfinger‐tighten.iii Torquecouplingnutto8±1in‐lbstoensurefullconnection.NOTE: InsufficienttorqueappliedtoRFModuleconnectionscanresultinelevatedinsertion/returnlossandhigherthannormalVSWRreportedbythesystem.cConnecttheLVDSCablestotheRFModule.iIfavailable,connecttheMODNDIVLVDSCabletotheDIVreceptacleofthelower RF Modulebyinsertingandslidinginuntilfullyseated.IfDIVreceptacleisnotavailable,constraintheMODNDIVLVDSCabletoaccompanyingcablesusingatiewrapsoitcannotbepinchedorpreventthePRUdoorfromclosing.ii ConnecttheMODNDIVLVDSCabletotheDIVreceptacleoftheupperRFModulebyinsertingandslidinginuntilfullyseated.IfDIVreceptacleisnotavailable,constraintheMODNDIVLVDSCabletoaccompanyingcablesusingatiewrapsoitcannotbepinchedorpreventthePRUdoorfromclosing.iii Ifavailable,connecttheMODNPRIMLVDSCabletothePRIMreceptacleoftheupperRFModulebyinsertingandslidinginuntilfullyseated.IfDIVreceptacleisnotavailable,constraintheNPRIMLVDSCabletoaccompanyingcablesusingatiewrapsoitcannotbepinchedorpreventthePRUdoorfromclosing.NOTE: FullinsertioncanberecognizedbyanaudibleclickastheLVDSCableConnectorlocksintotheRFModuleReceptacle.ThiscanbeverifiedbylightlypullingbackontheLVDSconnectorwhilemakingsurenottodepressthereleasetrigger.Whenfullyinserted,thecableshouldnotbeabletoberemovedfromthereceptacle.dConnectthePowercabletotheRFModule.iConnectthePowerCableConnectortothePWRreceptacleofthelowerRFModulebyinsertingandslidinginuntilfullyseated.ii ConnectthePowerCableConnectortothePWRreceptacleoftheupperRFModulebyinsertingandslidinginuntilfullyseated.IfPWRreceptacleisnotavailable, constrain the Power Cable toaccompanyingcablesusingatiewrapsoitcannotbepinchedorpreventthePRUdoorfromclosing.NOTE: FullinsertioncanberecognizedbyanaudibleclickasthePowerCableConnectorlocksintotheRFModuleReceptacle.ThiscanbeverifiedbylightlypullingbackonthePowerCableConnectorwhilemakingsurenottodepressthereleasetriggersontheendsoftheconnector.Whenfullyinserted,thecableshouldnotbeabletoberemovedfromthereceptacle.
FlexWavePrismRemoteUnitRFModuleInstallationGuide Page37TECP‐77‐141Issue6•300001744178RevF•April2014 ©2014TEConnectivityLtd.RefertothegraphicthatcorrespondstotheRFModulebeinginstalledinaDual‐Bay:•Dual‐BayRFModule:Figure23onPage37•LegacyDual‐Bay40WRFModule:Figure24onPage38.Cable Connections for a Dual-Slot RF ModuleTie wrapFactory-installedRX1 cableTwo N-TypeRF connectorsN-TypeRF connectorFigure23.CableConnectionsforDual‐BandDual‐BayRFModules
Tie wrap around factory-installedRX1 cableKeep cable bendsbehind the edge of the Connector Interface PanelPage38 FlexWavePrismRemoteUnitRFModuleInstallationGuide©2014TEConnectivityLtd. TECP‐77‐141Issue6•300001744178RevF•April2014Figure24.CableConnectionsforLegacyDual‐Bay40WRFModulesCAUTION! EnsurethatallcablebendsarebelowthetopedgeoftheConnectorInterfacePanelasindicatedbythedashedlineintheprecedingfigure.FailuretocorrectlypositionthecablescouldinhibitclosingthePRUdoor,whichcanresultindamagetothecables.
FlexWavePrismRemoteUnitRFModuleInstallationGuide Page39TECP‐77‐141Issue6•300001744178RevF•April2014 ©2014TEConnectivityLtd.PowerontheRFModule1FollowtheruleslistedbelowtotogglethePowerswitchthatcorrespondstotheRFModuletoitsONposition.•ForDual‐BandDual‐BayRFModules,usethePowerswitchforthelowermodule.Forexample,topowerupaDual‐BayRFModuleincombinedbaysC+DinaQuad‐Baychassis,turnONDCPowerswitchforModC;leavetheDCPowerswitchforModDOFF.•ALegacyDual‐Bay40WRFModuleusesthePowerSuppliesinbothbays.IftheLegacyDual‐Bay40WRFModuleisinstalledinbaysC+D,turnONthePowerswitchforModCandModD.Bay ASeRFModuleAC/DC Powerswitch forRemotechassisDC Power switch for Bay ADC Power switch for Bay BDC Power switch for Bay CDC Power switch for Bay DBay BBay CBay D2Repeatallthestepsin“InstalltheRFModule(s)”onpage18toinstallotherRFModules.
Page40 FlexWavePrismRemoteUnitRFModuleInstallationGuide©2014TEConnectivityLtd. TECP‐77‐141Issue6•300001744178RevF•April2014STANDARDSCERTIFICATIONFCCThisequipmentcomplieswiththeapplicablesectionsofTitle47CFRPart15(HostUnit),Part22(800MHzCellular),Part24(1900MHz‐PCS),Part90(800/900‐SMR),andPart27(2100MHz‐AWS)&(700MHz‐LTE).ICThisequipmentcomplieswiththeapplicablesectionsofRSS‐131‐ZoneEnhancersfortheLandMobileService.Theterm“IC:”beforetheradiocertificationnumberonlysignifiesthatIndustryCanadaTechnicalSpecificationsweremet.TheManufacturer'sratedoutputpowerofthisequipmentisforsinglecarrieroperation.Forsituationswhenmultiplecarriersignalsarepresent,theratingwouldhavetobereducedby3.5dB,especiallywheretheoutputsignalisre‐radiatedandcancauseinterferencetoadjacentbandusers.Thispowerreductionistobebymeansofinputpowerorgainreductionandnotbyanattenuatorattheoutputofthedevice.Note:TocomplywithMaximumPermissibleExposure(MPE)requirements,themaximumcompositeoutputfromtheantennacannotexceed1000WattsERP(LTE,CellularandSMR),theantennacannotexceed1640WattsEIRP(PCSandAWS),andtheantennamustbepermanentlyinstalledinafixedlocationthatprovidesatleast6meters(20feet)ofseparationfromallpersons.UL/CULThiswillbeinstalledinarestrictedaccesslocation.ThisequipmentcomplieswithType4,perULandCUL50,StandardforEnclosuresforElectricalEquipment.ThisequipmentprovidesthedegreeofprotectionspecifiedbyIP66asdefinedinIECPublication529.FDA/CDRHThisequipmentusesaClass1LASERaccordingtoFDA/CDRHRules.Thisproductconformstoallapplicablestandardsof21CFRPart1040.Caution:Modificationsnotexpresslyapprovedbythepartyresponsibleforcompliancecouldvoidtheuser'sauthoritytooperatetheequipment.EUHarmonizedStandardsMeetsessentialrequirementsofR&TTE1999/5/EC.•Article3.1a—Theprotectionofthehealthandthesafetyoftheuserandanyotherperson,includingtheobjectiveswithrespecttosafetyrequirementscontainedinDirective2006/95/EC,butwithnovoltagelimitapplying.•Article3.1b—TheprotectionrequirementswithrespecttoelectromagneticcompatibilitycontainedinDirective2004/108/EC.•Article3.2—Inaddition,radioequipmentshallbesoconstructedthatiteffectivelyusesthespectrumallocatedtoterrestrial/spaceradiocommunicationandorbitalresourcessoastoavoidharmfulinterference.EMCStandardsEN55022andEN55024(CEmarked)SafetyStandardsThisequipmentcomplieswithIEC60950‐1,2NDEdition+Amendment1(CEmarked)andwithUL60950‐1,2NDEdition+Amendment1(FilenumberE174166)(USAandCanada)
FlexWavePrismRemoteUnitRFModuleInstallationGuide Page41TECP‐77‐141Issue6•300001744178RevF•April2014 ©2014TEConnectivityLtd.ACCESSINGUSERDOCUMENTATIONONTHETECUSTOMERPORTALYoucanaccessadditionaluserdocumentationontheTECustomerPortal,asdescribedbelow.1ClickonthefollowingURLlink:https://www.te.com/portal/wireless/(Alternatively,entertheprecedingURLintoyourwebbrowser,andthenpressENTERonyourkeyboard.)2AccesstotheCustomerPortalrequiresauseraccountandpassword.OntheSignInpage,dooneofthefollowing:•Ifyouhaveanaccount,intheAlreadyRegistered?SignInNowpanel,enteryourEmailandPassword,andthenclickSignIn.•Ifyoudon’thaveanaccount,underCreateanAccount,clickRegisterNowandfollowtheprompts.3OntheWirelessCustomerPortalhomepageintheKnowledgeCenterpanel,clicktheManualsandDataSheetslink.4OntheManualsandDataSheetspage,dothefollowing:aIntheDocumentRepositorypanel,scrolltothesectionfortheproductlineofthedocumentthatyouwanttoaccess.bClickonthetitleofthemanualthatyouwishtoopen.c(Optional)SavethePDFtoyourcomputer.
Page42 FlexWavePrismRemoteUnitRFModuleInstallationGuide©2014TEConnectivityLtd. TECP‐77‐141Issue6•300001744178RevF•April2014CONTACTINGTECONNECTIVITYTelephoneNumbersSalesAsiaPacific +65‐6294‐9948France 0800914032Germany 01802232923Italy 0800782374Spain 900983291UnitedKingdom 0800960236USAorCanada 1‐800‐366‐3891Extension 73000ConnectivityExtension 73475WirelessExtension 73476TechnicalSupportUSAorCanada 1‐800‐530‐9960Elsewhere +1‐952‐917‐0761OnlineAccessCustomerPortalhttps://www.te.com/portal/wireless/TechnicalSupportforWirelessProductshttp://www.te.com/WirelessSupportwww.te.com/wireless

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