ADC Telecommunications PSM8019D FWP-441T841MOD User Manual

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Dual-Band Dual-Slot RF Module

Single-Slot RF Module

Legacy Dual-Slot 40W RF Module HDM RF Module

FlexWavePrism™

RemoteUnitRFModule

InstallationGuide

TECP‐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OVERVIEW

This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

Table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 Description

High‐DensityModule(HDM);SingleBay

FWP‐441T841MOD DUAL20WSMR800/PCS1900

FWP‐8416000MOD 20WPCSModule,Non‐Diversity,HDM,SingleBay

FWP‐84MT000MOD Dual20W1900PCS,RFModule,MIMO,Single‐Bay

FWP‐881T000MOD HDMPCSBand2&2540WSISO,Single‐Bay

FWP‐A416000MOD 20WAWSModule,Non‐Diversity,HDM,SingleBay

FWP‐A4MT000MOD HDMAWSBand4MIMO20W,Single‐Bay

FWP‐A81T000MOD HDMAWSBand4SISO40WRFModule,Single‐Bay

FWP‐B410000MOD 20WWIDEBANDCellModule,Non‐Diversity,Classic

FWP‐B810100MOD 40WWIDEBANDCellModule,Non‐Diversity,Single‐Bay

FWP‐C4MT000MOD DUAL20W850Cell/1900PCS,Module,Single‐Bay

FWP‐L4MT000MOD 20W700lABCModule,MIMOHDM,Single‐Bay

FWP‐L4MTU4MMOD Dual20W700lABC/700uC,RFModule,Single‐Bay

FWP‐U4MT000MOD 20W700uCModule,MIMOHDM,Single‐Bay

SingleSuperDART;SingleBay

FWP‐6216000MOD 10W,EGSM900,Non‐Diversity,SingleSuperDART

FWP‐7416000MOD 20W,GSM1800,Non‐Diversity,SingleSuperDART

FWP‐9416000MOD 20W,UMTS2100,Non‐Diversity,SingleSuperDART

FWP‐9416D00MOD 20W2100UMTSModule,DIVReady,SingleSuperDART

FWP‐F216000MOD 10WAPACEGSM(885‐915)Module,SingleSuperDART

FWP‐I210000MOD 6.5WAPACiDENModule,Non‐Diversity,Classic(Extended1MHz)

FWP‐K216000MOD 10W900P‐GSMModule,Non‐Diversity,SingleSuperDART

FWP‐L416000MOD 20W700LowerABCModule,Non‐Diversity,SingleSuperDART

FWP‐U416000MOD 700LTE,UPPERC,20WModule,SISO,SingleSuperDART

FWP‐U816100MOD 40W700UpperCModule,Non‐Diversity,SingleSuperDART,Single‐Bay

DualSuperDART;SingleBay

FWP‐741S000MOD 20W,GSM1800,Non‐Diversity,DLSuperDART

FWP‐841S000MOD 20WRFModule,PCS190012S

FWP‐941S000MOD 20W,UMTS2100,Non‐Diversity,DLSuperDART

FWP‐A41S000MOD 20WRFModule,AWS210012S

TwoSingleSuperDARTs;SingleBay

FWP‐6226000MOD 10W,EGSM900,Diversity,SingleSuperDART

FWP‐7426000MOD 20W,GSM1800,Diversity,SingleSuperDART

FWP‐8426000MOD 20WPCSModule,Diversity,SingleSuperDART

FWP‐9426000MOD 20W,UMTS2100,Diversity,SingleSuperDART

FWP‐A426000MOD 20WAWSModule,Diversity,SingleSuperDART

FWP‐K226000MOD 10W900P‐GSMModule,Diversity,SingleSuperDART

FlexWavePrismRemoteUnitRFModuleInstallationGuide Page3

RevisionHistory

This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Notes

Two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Bay

FWP‐4210000MOD 6.5W800SMRModule,Non‐Diversity,Classic

FWP‐8410000MOD 20WRFModule,PCS1900Non‐Diversity

FWP‐A410000MOD 20WRFModule,AWS2100Non‐Diversity

FWP‐B420000MOD 20WWIDEBANDCellModule,Diversity,Classic

FWP‐8420000MOD 20WRFModule,PCS1900Diversity

FWP‐A420000MOD 20WRFModule,AWS2100Diversity

ClassicDART;Two‐Bay

FWP‐8810000MOD 40WPCSModule,Non‐Diversity,Classic(Dual‐Bay)

FWP‐A810000MOD 40WAWSModule,Non‐Diversity,Classic,Dual‐Bay

DualClassicDART;Two‐Bay

FWP‐D210000MOD 6.5W800/900ESMRModule,Non‐Diversity,Classic

Table2.SupportedFlexWavePrismRemoteUnitChassis

CatalogNumber Description

Single‐BayPrismRemote

Dual‐BayPrismRemote

Tri‐BayPrismRemote

Quad‐BayPrismRemote

FP1‐XXXXXXXXXXXRU

FP2‐XXXXXXXXXXXRU

FP3‐XXXXXXXXXXXRU

FP4‐XXXXXXXXXXXRU

Table1.FlexWavePrismRFModulesSupportedinthisInstallationGuide(Cont.)

CatalogNumber Description

Page4FlexWavePrismRemoteUnitRFModuleInstallationGuide

AbbreviationsUsedinthisGuide

CDRH CenterforDiseasesandRadiologicalHealth LVDS Low‐VoltageDifferentialSignaling

cm Centimeter MHz Megahertz

DART DigitalAnalogRFTransport MIMO Multiple‐InputMultiple‐Output

dB Decibel MOD Module

dBm Decibel‐milliwatts PA PowerAmplifier

DCS DistributedCallSignaling PRIM Primary

DD DigitalDividend PRU PrismRemoteUnit

DIV Diversity PWR Power

DPM DigitalProcessingModule REV Reverse

EMC ElectromagneticCompatibility RF RadioFrequency

ESD Electro‐StaticDischarge Rx Receive

EU EuropeanUnion SDART SuperDigitalAnalogRFTransport

FCC FederalCommunicationsCommission SeRF SerializedRF

FDA FoodandDrugAdministration SFP SmallForm‐FactorPluggable

FRU FullbandRemoteUnit TIM Thermal‐InterfaceMaterial

FWD Forward Tx Transmit

HDM HighDensityModule UL Underwriters'Laboratories,Inc.

HMFOC HardenedMulti‐FiberOpticConnector UMTS UniversalMobileTelecommunicationsSystem

IC IndustryCanada WWatt

LED Light‐EmittingDiode

FlexWavePrismRemoteUnitRFModuleInstallationGuide Page5

OVERVIEWOFRFMODULESFORPRISMREMOTEUNITS

Figure1illustratesthePrismRemoteUnit(PRU),whichcontrolsRFemissions,interfaceswiththeFlexWave

PrismHostUnit.

Single-Bay

Prism Remote Unit

Dual-Bay

Prism Remote Unit

Tri-Bay

Prism Remote Unit

Quad-Bay

Prism Remote Unit

Figure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

RFModuleDARTs

Each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DARTs

DARTModuleType MaximumBandwidth(MHz) NumberofFiberSlots

800APACiDENClassic 19 3

800SMRClassic 18 3

850CellClassic 25 4

900SMRClassic 5 1

Table4.Single‐BaySuperDARTs(1)

DARTName Usedin… Maximum

Frequency

Span(MHz)

Maximum

Bandwidth

(MHz)

Maximum

FiberSlots

HostUnits HEUs

1800GSMSGLSuperDART Yes No 75 39 6

1900PCSSGLSuperDART Yes Yes 70 39 6

2100AWSSGLSuperDART Yes Yes 45 39 6

2100UMTSSGLSuperDART Yes No 60 39 6

700IABCSGLSuperDART Yes Yes 18 3

700uCSGLSuperDART Yes Yes 10 2

900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SuperDARTs

DARTModuleType Maximum

Bandwidth

(MHz)

Numberof

FiberSlots

1800GSMDLSuperDART 75 12

1900PCSDLSuperDART 70 12

2100AWSDLSuperDART 45 8

2100UMTSDLSuperDART 60 12

FlexWavePrismRemoteUnitRFModuleInstallationGuide Page7

RFModuleTypes

The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SuperDARTs

Figure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 Module

Single-Bay Dual-Card RF Module

Figure2.Single‐andDual‐BayRFModules

Page8FlexWavePrismRemoteUnitRFModuleInstallationGuide

HDMRFModules

HDM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Modules

The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Modules

RFModuleType DPM LPA Duplexer RxCard TxCard

SISO 11111

MIMO/DualBandModule 12222

FlexWavePrismRemoteUnitRFModuleInstallationGuide Page9

LegacyDual‐Bay40WRFModules

The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

RFMODULECOMPONENTS

Figure5showstypicalRFModulecomponents,usingtheSingle‐BayRFModuleasanexample.

Mounting

latch

Mounting hook Duplexer Power Amplifier (PA)

DARTs

NOTE: The RDI is internal to the RF Module and is therefore not shown.

LNA

(inside the Duplexer cavitiy)

Figure5.Single‐BayRFModuleComponents

Figure6showsthecomponentsofanHDMRFModule.

Duplexers Power Amplifier

Mounting latch

Mounting hook

Tx and Rx Cards

DPM

Figure6.HDMRFModuleComponents

FlexWavePrismRemoteUnitRFModuleInstallationGuide Page11

DuplexerandLowNoiseAmplifier

The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Amplifiers

The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Modules

Bandwidth(MHz)supportedacrossentirespectrum

Passband Maximum

dBm Watts

HDM

SingleSuperDART Classic

DART

Dual

SuperDART

Dual/MIMO SISO

AWS2100 43 20 39 45 39 NA 45

Cellular850 43 20 25 25 NA 25 NA

46 40 25 25 NA 25 NA

EGSM900 40 10 35 35 35 NA NA

DCS180042 15.8 39 75 39 NA 75

LTE700LowerABC43 20 18 18 18 NA NA

46 40 18 18 18 NA NA

LTE700UpperC43 20 10 10 10 NA NA

46 40 10 10 10 NA NA

PCS1900 43 20 39 70 39 NA 70

PGSM900 40 10 25 25 25 NA NA

SMR800 38 6.5 18 18 NA 18 NA

SMR900 38 6.5 5 5 NA 5NA

UMTS2100 42 15.8 39 60 39 NA 60

Table8.LPAMaximumCompositeTxPowerLevelsforLegacyDual‐Bay40WRFModules

Passband Maximum

dBm Watts Bandwidth(MHz)supportedacrossentirespectrum

ClassicDART

PCS1900 +46 40 35

AWS2100 +46 40 35

NOTE: 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

DigitalProcessingModule

The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CABLES

Before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Connection

Maintain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Connections

The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13

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Modules

The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Label

Function Single‐Bay

RemoteUnit

RFModule

Bay

Designations

Dual‐BandDual‐BayRemoteUnitRF

ModuleBayDesignations



Dual‐Bay Tri‐Bay Quad‐Bay

BayDModDTX0/RX0 TransmitRFpowerandprimary/Path1

receiveto/fromtheantennaforRFModuleDMODDN/A N/A

MODC

ModDTX1/RX1 Diversityreceive/Path2forRFpowerfrom

theantennaforRFModuleD

Bay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C

BayBModBTX0/RX0TransmitRFpowerandprimary/Path1receive

to/fromtheantennaforRFModuleBMODB

MODAMODAMODA

ModBTX1/RX1 Diversityreceive/Path2forRFpowerfrom

theantennaforRFModuleB

BayAModATX0/RX0TransmitRFpowerandprimary/Path1

receiveto/fromtheantennaforRFModuleAMODA

Mod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

RFModuleCablesforDual‐BayInstallations

For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Label

Function 40WDual‐BayRemoteUnitRFModuleBayDesignations

Dual‐Bay Tri‐Bay Tri‐Bay Quad‐Bay

BayDModDTX0/RX0 TransmitRFpowerand

primary/Path1receiveto/from

theantennaforRFModuleDN/A N/A N/A

MODC

MODD

MODC

ModDTX1/RX1 Diversityreceive/Path2forRF

powerfromtheantennaforRF

ModuleD

Bay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C

ModCTX1/RX1 Diversityreceive/Path2forRF

powerfromtheantennaforRF

ModuleC

BayBModBTX0/RX0TransmitRFpowerand

primary/Path1receiveto/from

theantennaforRFModuleB

MODBMODBMODBMODB

MODB

ModBTX1/RX1 Diversityreceive/Path2forRF

powerfromtheantennaforRF

ModuleB

BayAModATX0/RX0TransmitRFpowerand

primary/Path1receiveto/from

theantennaforRFModuleAMODAMODA

ModATX1/RX1 Diversityreceive/Path2forRF

powerfromtheantennaforRF

ModuleA

Note: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15

RFGroupAssignmentsforPRUs

A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 Modules

SeRF Module

DART 7

DART 8

Bay D

DART 5

DART 6

Bay C

DART 3

DART 4

Bay B

DART 1

DART 2

Bay A

Figure7.RFModulesBaysinaPRU

Page16 FlexWavePrismRemoteUnitRFModuleInstallationGuide

Table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Bay

DART

Number

LNANumber LPA

Number

forSingle

LPA

LPA

Number

forDual

LPAs

Power

Detector

Number

forSingle

Power

Detector

Number

forDual

PDs

Primar

Diversity

D 8 8 7 8 7 8

7 7 7 7

C 6 6 5 6 5 6

5 5 5 5

B 4 4 3 4 3 4

3 3 3 3

A 2 2 1 2 1 2

1 1 1 1

NOTE: 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17

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 Module

in Bay B (upper slot) and

Bay A (lower slot) with the

controlling DART in Bay B

AC or DC power switch

Four DC power switches

SeRF Module and Power supplies

Bay C (empty for future use)

Bay D (empty for future use)

Fans

Connectivity panel with Status LED

Figure8.LegacyDual‐Bay40WRFModuleinaQuad‐BayPRU

NOTE: 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

INSTALL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Precautions

CAUTION! 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19

GuardagainstDamagefromElectro‐StaticDischarge

CAUTION! 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Module

1Inspect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Module

NOTE: 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 large

thermal pad on each PA

(bottom of the LPA)

One thermal pad

for the RDI

One thermal pad

for each DART

One thermal pad

for each DART

One thermal pad

for RF Power

Combiner

One thermal pad

for Vector

Modulator

Page20 FlexWavePrismRemoteUnitRFModuleInstallationGuide

Figure9.ThermalPadsonaLegacyDual‐Bay40WRFModule

For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 Pad

Tx A Thermal Pad

Tx B Thermal Pad

Rx A Thermal Pad

Rx B Thermal Pad

2.9796 in2.9796 in

NOTE: 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21

Dual‐BayModulesOnly—RemovetheModuleBayShelf

1FORDUAL‐BAYRFMODULESONLY.

Use 9/64” Allen Wrench to

remove the three module-shelf screws

Remove Module D Shelf for

Dual-Band Dual-Slot RF Modules

Remove Module B Shelf for

Dual-Slot 40W RF Modules

If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

InstalltheRFModuleintothePrismRemoteChassis

1Hold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 C

Bay D

SeRF

Module

Bay A

Bay B

Single-Slot

RF Module

Heat Sink

Figure11.InstallingaSingle‐BayRFModule

Bay C

Bay D

SeRF Module

Bay A

Bay B

HDM RF Module

FlexWavePrismRemoteUnitRFModuleInstallationGuide Page23

Figure12.InstallinganHDMRFModule

Installing a Dual-Band

Dual-Slot RF Module

Page24 FlexWavePrismRemoteUnitRFModuleInstallationGuide

Figure13.InstallingaDual‐BayRFModule

FlexWavePrismRemoteUnitRFModuleInstallationGuide Page25

Figure14.InstallingaLegacyDual‐Bay40WRFModule

Page26 FlexWavePrismRemoteUnitRFModuleInstallationGuide

3Align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 Module

Mounting

hook

Chassis

Receiving

flange

Mounting Bracket at

back of the PRU

(View is looking down into the

PRU 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 Module

back into the chassis

until it can go no further.

Single-Slot

RF Module

FlexWavePrismRemoteUnitRFModuleInstallationGuide Page27

Figure15.SeatingaSingle‐BayRFModule

Push the HDM RF Module

back into the chassis

until it can go no further.

HDM

RF Module

Page28 FlexWavePrismRemoteUnitRFModuleInstallationGuide

Figure16.SeatinganHDMRFModule

Push the RF Module back

into the chassis until it can

go no further.

FlexWavePrismRemoteUnitRFModuleInstallationGuide Page29

Figure17.SeatingaDual‐BayRFModule

SecureRFModuleLatches

1To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Modules

ForSingle‐BayandHDMRFModules,securetwolatches,asshowninFigure18.

Two latches on Single-Slot

RF Modules

Two latches on

HDM RF Modules

Page30 FlexWavePrismRemoteUnitRFModuleInstallationGuide

Figure18.LatchesonSingle‐BayandHDMRFModules

FlexWavePrismRemoteUnitRFModuleInstallationGuide Page31

ConnectLatchesonDual‐BayRFModules

ForDual‐BayRFModules,securefourlatches,asshowninFigure19.

Four latches in a

Dual-Band Dual-Slot

RF Module

Figure19.Dual‐BayRFModuleLatches

Page32 FlexWavePrismRemoteUnitRFModuleInstallationGuide

LatchesonLegacyDual‐Bay40WRFModules

ForLegacyDual‐Bay40WRFModules,securefourlatches,asshowninFigure20.

Four latches in a

Legacy Dual-Slot 40W

RF Module

Figure20.LegacyDual‐Bay40WRFModuleLatches

VerifythattheRFModuleMountingHookisEngaged

1Verify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Cables

The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33

ConnectingCablesinaSingle‐BayRFModuleInstallation

1Position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

Refer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35

Bay A

Bay D

Bay C

Bay B

SeRF

Module

TX0/RX0

RX1

DIV

PRIM

PWR

Note routing of

high-speed cables

Note bend

radii ≥ 1-inch

Edge of Connector Interface Panel

Cable connections for a Single-Slot RF Module

Figure21.CableConnectionsforSingle‐BayRFModules

CAUTION! 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 Module

TX0/RX0

TX1/RX1

POWER

DATA 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35

Figure22.CableConnectionsforHDMRFModules

ConnectingCablesinaDual‐BayRFModuleInstallation

1Position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Mapping

RFModuleCatalog#Description TX0/RX0 TX1/RX

HDMDUAL20W850/1900RFMODULE 1900 850

HDMDUAL20W,700ABC/700UC,RFMODULE 700lABC 700uC

HDMMIMO20W700LOWERABCRFMODULE Path1Path2

HDMMIMO20W700UPPERCMODULE Path1Path2

HDMMIMO20W2100AWSRFMODULEPath1Path2

HDMMIMO20W1900PCSRFMODULE Path1Path2

FWP‐C4MT000MOD

FWP‐L4MTU4MMOD

FWP‐L4MT000MOD

FWP‐U4MT000MOD

FWP‐A4MT000MOD

FWP‐84MT000MOD

Page36 FlexWavePrismRemoteUnitRFModuleInstallationGuide

4Working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37

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 Module

Tie wrap

Factory-installed

RX1 cable

Two N-Type

RF connectors

N-Type

RF connector

Figure23.CableConnectionsforDual‐BandDual‐BayRFModules

Tie wrap around

factory-installed

RX1 cable

Keep cable bends

behind the edge

of the Connector

Interface Panel

Page38 FlexWavePrismRemoteUnitRFModuleInstallationGuide

Figure24.CableConnectionsforLegacyDual‐Bay40WRFModules

CAUTION! 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39

PowerontheRFModule

1Follow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 A

SeRF

Module

AC/DC Power

switch for

Remote

chassis

DC Power switch for Bay A

DC Power switch for Bay B

DC Power switch for Bay C

DC Power switch for Bay D

Bay B

Bay C

Bay D

2Repeat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

STANDARDSCERTIFICATION

FCC

This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).

This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/CUL

This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/CDRH

This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Standards

Meets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Standards

EN55022andEN55024(CEmarked)

SafetyStandards

This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41

ACCESSINGUSERDOCUMENTATIONONTHETECUSTOMERPORTAL

You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

CONTACTINGTECONNECTIVITY

TelephoneNumbers

Sales

AsiaPacific +65‐6294‐9948

France 0800914032

Germany 01802232923

Italy 0800782374

Spain 900983291

UnitedKingdom 0800960236

USAorCanada 1‐800‐366‐3891

Extension 73000

ConnectivityExtension 73475

WirelessExtension 73476

TechnicalSupport

USAorCanada 1‐800‐530‐9960

Elsewhere +1‐952‐917‐0761

OnlineAccess

CustomerPortal

https://www.te.com/portal/wireless/

TechnicalSupportforWirelessProducts

http://www.te.com/WirelessSupport

ADC Telecommunications PSM8019D FWP-441T841MOD User Manual

ADC Telecommunications Inc FWP-441T841MOD

User Manual

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