SOLiD 70L21A Single Carrier DAS User Manual

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Confidential&Proprietary1/115 SC‐DAS

SC‐DAS

InstallationandOperationManual

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DocumentReference:

Version:V4.0

DocumentStatus:Release3

IssueDate:January.07,2013

Author:KyungEunHan

Department:R&DDivisionTeam3

AuthorizingManager: YoungshinYeo

Confidential&Proprietary2/115 SC‐DAS

REVISIONHISTORY

VersionIssueDateNo.of

PagesInitialsDetailsofRevisionChanges

V1.0April.11,2011 Original

V2.0Dec.08,2011  AddSprintband

V3.0Jan.06,2012  AddSprintband

V4.0Jan.07,2013  AddVzW(MRUMIMO)band

  

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TechnicalSupport

SOLiDserialnumbersmustbeavailabletoauthorizetechnicalsupportand/ortoestablishareturn

authorizationfordefectiveunits.Theserialnumbersarelocatedonthebackoftheunit,aswellason

theboxinwhichtheyweredelivered.Additionalsupportinformationmaybeobtainedbyaccessing

theSOLiD,Inc.websiteatwww.st.co.krorsendemailatsjkim@st.co.kr

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ThismanualisproducedbyGlobalBusinessDivisionBusinessTeam1.PrintedinKorea.

Confidential&Proprietary3/115 SC‐DAS

Contents

Section1 Safety&CertificationNotice ...................................................................... 11

Section2 SystemOverview ....................................................................................... 13

2.1 Generaloverview ............................................................................................ 14

2.2 Systemoverview ............................................................................................. 16

Section3 SystemSpecifications ................................................................................ 19

3.1 Systemspecifications ...................................................................................... 20

3.1.1 PhysicalSpecifications .............................................................................. 20

3.1.2 OpticalwavelengthandLaserpower......................................................... 21

3.1.3 Environmentalspecifications .................................................................... 21

3.1.4 AvailableFrequencyBands ........................................................................ 21

3.1.5 BandSpecifications ................................................................................... 22

Section4 SystemConfigurationandFunctions ........................................................... 23

4.1 BIU(BTSInterfaceUnit) .................................................................................. 24

4.1.1 BIUSpecifications .................................................................................................... 24

4.1.2 BIUblockdiagram ................................................................................................... 25

4.1.3 BIUassemblies ........................................................................................................ 25

4.1.4 SubAssemblyDescription ........................................................................................ 26

4.1.5 BIUfront/rearpaneloverview .................................................................................. 30

4.2 ODU(OpticdistributionUnit) .......................................................................... 33

4.2.1 ODUspecifications................................................................................................... 33

4.2.2 ODUblockdiagram ................................................................................................. 34

4.2.3 ODUassemblies ....................................................................................................... 34

4.2.4 SubAssemblydescription ......................................................................... 35

4.2.5 ODUfront/rearpaneloverview ................................................................................ 36

4.2.6 ODUInterfacewithBIU ............................................................................................ 38

4.3 OEU(OpticExpansionUnit) ............................................................................. 40

4.3.1 SpecificationsofOEU ............................................................................................... 40

Confidential&Proprietary4/115 SC‐DAS

4.3.2 OEUblockdiagram ................................................................................... 41

4.3.3 OEUassemblies ....................................................................................................... 41

4.3.4 SubAssemblydescription ........................................................................................ 42

4.3.5 OEUfront/rearpaneloverview .................................................................. 45

4.4 ROU(RemoteOpticUnit) ................................................................................ 46

4.4.1 ROUspecifications .................................................................................... 47

4.4.2 ROUblockdiagram ................................................................................... 48

4.4.2.1 CombinationofMRU1900PCS+850C/ARU700LTE+AWS‐1 ........................... 48

4.4.2.2 CombinationofMRU1900PCS/ARU900I+800I ........................................... 48

4.4.2.3 CombinationofMRU700LTE+AWS‐1 .......................................................... 49

4.4.2.4 CombinationofMRU1900PCS+850C/ARU700LTE+AWS‐1 ........................... 49

4.4.2.5 CombinationofMRU1900PCS/ARU900I+800I ........................................... 50

4.4.2.6 CombinationofMRU700LTE+AWS‐1 .......................................................... 51

4.4.3 SubAssemblydescription ......................................................................... 53

4.4.4 BottomofROU ......................................................................................... 55

4.4.5 TopofROU ............................................................................................... 57

4.4.5.1 CombinationofMRU1900PCS+850C/ARU700LTE+AWS‐1 ............................ 57

4.4.5.2 CombinationofMRU1900PCS+850C/ARU700LTE+AWS‐1 ............................ 57

Section5 SystemInstallation&Operation ................................................................. 59

5.1 BIUInstallation ............................................................................................... 60

5.1.1 BIUShelfInstallation ....................................................................................... 60

5.1.2 BIUPowerCabling .......................................................................................... 61

5.1.3 BIU/RFinterface .............................................................................................. 63

5.1.4 MDBUinstallation ........................................................................................... 66

5.1.5 ODUInterface ................................................................................................. 67

5.1.6 BIUpowerconsumption .................................................................................. 69

5.2 ODUInstallation .............................................................................................. 70

5.2.1 ODUShelfInstallation ..................................................................................... 70

5.2.2 ODUPowerCabling ......................................................................................... 70

5.2.3 ODUOpticCabling .......................................................................................... 70

5.2.4 DOUinstallation .............................................................................................. 71

5.2.5 ODUPowerconsumption ................................................................................ 72

5.3 ROUInstallation .............................................................................................. 73

5.3.1 ROUEnclosureinstallation .............................................................................. 73

5.3.2 ROUPowerCabling ......................................................................................... 80

Confidential&Proprietary5/115 SC‐DAS

5.3.3 OpticalCabling ................................................................................................ 81

5.3.4 GNDTerminalConnection ............................................................................... 81

5.3.5 CoaxialcableandAntennaConnection ............................................................ 82

5.3.6 LEDexplanationonROU ................................................................................. 83

5.3.7 ROUPowerconsumption ................................................................................ 83

5.3.8 CableconnectionbetweenMRUandARU ........................................................ 84

5.4 OEUInstallation .............................................................................................. 85

5.4.1 OEUchassisinstallation ................................................................................... 85

5.4.2 OEUPowerCabling ......................................................................................... 85

5.4.3 OEUOpticCabling ........................................................................................... 86

5.4.4 DOUinstallationwithanOEU .......................................................................... 87

5.4.5 OEUPowerConsumption ................................................................................ 88

Section6 Operation .................................................................................................. 89

6.1 BIUOverview .................................................................................................. 90

6.1.1 BIU ................................................................................................................. 90

6.1.2 BIUTXparameters .......................................................................................... 90

6.1.3 BIURXparameters .......................................................................................... 95

6.1.4 BIULogicSequenceDiagram ........................................................................... 96

6.1.5 InteractionwiththeBIU .................................................................................. 98

6.2 ROUOverview ................................................................................................ 99

6.2.1 ROUOperation .............................................................................................. 100

6.3 OEUOperation .............................................................................................. 106

6.3.1 OEUOperation .............................................................................................. 106

Section7 Additivefunctions ..................................................................................... 111

7.1 Shutdownfunction(TXoutputshutdown) .................................................... 112

7.2 TotalPowerLimitfunction(TXOutputALC) .................................................. 112

7.3 AutomaticOutputpowersettingfunction(TXOutputAGC) ........................... 113

7.4 InputpowerAGCfunction(TXInputAGC) ..................................................... 113

7.5 Inputpowerlimitfunction(TXInputALC) ..................................................... 114

7.6 Opticallosscompensation ............................................................................. 114

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Confidential&Proprietary6/115 SC‐DAS

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Figures

Figure1.1–BasicsystemtopologysupportingSISOconfiguration ..................... 16

Figure2.2–BasicsystemtopologysupportingMIMOconfiguration .................. 17

Figure2.3–ExpansionsystemtopologysupportingSISOconfiguration ............. 18

Figure2.4–ExpansionsystemtopologysupportingMIMOconfiguration .......... 18

Figure4.1–BIUfrontandsideviews ................................................................. 24

Figure4.2–BIUblockdiagram ......................................................................... 25

Figure4.3–BIUmountingdiagram ................................................................... 25

Figure4.4–MDBUataglance .......................................................................... 27

Figure4.5–MCDUataglance .......................................................................... 28

Figure4.6–MCPUataglance .......................................................................... 29

Figure4.7–MPSUataglance .......................................................................... 30

Figure4.8–BIUfrontpanelview ...................................................................... 30

Figure4.9–Rearpanelview ............................................................................. 32

Figure4.10–ODUataglance ........................................................................... 33

Figure4.11–ODUblockdiagram ....................................................................... 34

Figure4.12–ODUInternalView ....................................................................... 34

Figure4.13–DOUataglance ........................................................................ 36

Figure4.14–2WayDividerataglance ............................................................... 36

Figure4.15–ODUfrontpanelview ................................................................... 36

Figure4.16–ODURearpanelview ................................................................... 37

Figure4.17BIU/ODUinterface .......................................................................... 38

Confidential&Proprietary7/115 SC‐DAS

Figure4.18–BIU/ODUInterfacerearview ........................................................ 38

Figure4.19–BIU/ODUinterfacedetails............................................................. 39

Figure4.20–OEUataglance ........................................................................... 40

Figure4.21–OEUblockdiagram ....................................................................... 41

Figure4.22–OEUinternalview ........................................................................ 41

Figure4.23–DOUataglance ........................................................................... 42

Figure4.24–EWDMataglance ........................................................................ 43

Figure4.25–ECPUataglance .......................................................................... 43

Figure4.26–ERFMataglance ......................................................................... 44

Figure4.27–EPSUataglance .......................................................................... 44

Figure4.28–OEUfrontpanelview ................................................................... 45

Figure4.29–Rearpanelview ........................................................................... 45

Figure4.30–ROUataglance ........................................................................... 46

Figure4.31–ROUblockdiagramforMRU1900PCS+850CandARU700LTE+AWS‐1

................................................................................................................ 48

Figure4.32–ROUblockdiagramforMRU1900PCSandARU900I+800I ............ 48

Figure4.33–ROUblockdiagramforMRU700LTE+AWS‐1 ................................. 49

Figure4.34–ROUinternalviewforMRU1900PCS+850CandARU700LTE+AWS‐1

................................................................................................................ 50

Figure4.35–ROUinternalviewforMRU1900PCSandARU900I+800I .............. 51

Figure4.36–ROUinternalviewforMRURU900I+800I .................................... 51

Figure4.37–PSUataglance ............................................................................ 54

Figure4.38–ROUBottomview ....................................................................... 55

Figure4.39–ROUPowerPortView ................................................................. 56

Confidential&Proprietary8/115 SC‐DAS

Figure4.40–ROUTopViewforMRU1900P+850CandARU700LTE+AWS‐1 ....... 57

Figure4.41–ROUTopViewforMRU1900P+850CandARU700LTE+AWS‐1 ....... 57

Figure5.1–RACKInstallation ........................................................................... 60

Figure5.2–Powerinterfacediagrm ................................................................. 61

Figure5.3–PSULEDindicatorinformation ....................................................... 62

Figure5.4–BIURFinterfacediagram ............................................................... 64

Figure5.5–BTS/BIUconnections ..................................................................... 65

Figure5.6–BDAInterfaceusingCirculator ........................................................ 65

Figure5.7–BDAInterfaceusingDuplexer ......................................................... 66

Figure5.8–MDBULEDindicatorinformation .................................................... 67

Figure5.9–InterfaceportbetweenBIUandODU ............................................. 68

Figure5.10–CablinginterfacediagrambetweenBIUandODU .......................... 69

Figure5.11–SC/APCfibertermination ............................................................... 71

Figure5.12–ODUrearviewwithDOUsinserted ............................................... 71

Figure5.13–WallmountdimensionsfortheROU ............................................. 73

Figure5.14–ROUinstallationproceduresidebyside ........................................ 74

Figure5.15–ROUinstallationdiagramsidebyside ............................................ 75

Figure5.16–ROUinstallationprocedureforstackedmounting ......................... 75

Figure5.17–ROUinstallationdiagramforstackedmounting ............................. 76

Figure5.18–ROUinstallationprocedureforverticalrack .................................. 77

Figure5.19–ROUinstallationdiagramforverticalrack ..................................... 78

Figure5.20–ROUinstallationprocedureforhorizontalrack ............................. 79

Figure5.21–ROUinstallationdiagramforhorizontalrack ................................. 79

Figure5.22–ROUPowerPortview .................................................................. 80

Confidential&Proprietary9/115 SC‐DAS

Figure5.23–ROUopticalPortview .................................................................. 81

Figure5.24–ROUGNDPortview ..................................................................... 82

Figure5.25–ROULEDindicatorinformation ..................................................... 83

Figure5.26–OEUPowerinterfacediagram ...................................................... 86

Figure5.27–OpticalcablewithSC/ACPTypeConnectors .................................. 87

Figure5.28–OEUwithDOUsinserted .............................................................. 87

Figure6.1–SC‐DASLinkbudgetfortheBIU ...................................................... 90

Figure6.2–MDBUinformationassignedattheBIU ............................................ 92

Figure6.3–MDBUmenuinformationattheBIU ............................................... 92

Figure6.4–MDBUnameassignmentattheBIU ................................................. 94

Figure6.5–MDBUnameassignmentatthetree ............................................... 94

Figure6.6–MDBUModuleFailureinformationattheBIU ................................. 95

Figure6.7–ConfigurationofBIU‐ODU‐ROUforbasictopology .......................... 96

Figure6.8–ConfigurationofBIU‐ODU‐ROUforexpansiontopology .................. 97

Figure6.9–DOUassignmentattheBIU ............................................................ 98

Figure6.10–ODUMenuinformation ................................................................. 98

Figure6.11–SC‐DASLinkbudgetforROU .......................................................... 99

Figure6.12–OpticalinformationattheROU ................................................... 102

Figure6.13–ROUinformationassignment ...................................................... 103

Figure6.14–ROUMenuinformation ............................................................... 103

Figure6.15–ROUSoftkeyinformation ............................................................ 105

Figure6.16–SC‐DASLinkBudgetforOEU ....................................................... 106

Figure6.17–OEUOpticalinformation ............................................................. 108

Figure7.1–Shutdownlogicdiagram ................................................................ 112

Confidential&Proprietary10/115 SC‐DAS

Figure7.2–Opticallossinformation ................................................................ 115

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Confidential&Proprietary11/115 SC‐DAS

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Section1 

Safety&CertificationNotice

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Confidential&Proprietary12/115 SC‐DAS



“Onlyqualifiedpersonnelareallowedtohandlethisunit.Readandobeyallthewarning

labelsattachedinthisusermanual”



Anypersonnelinvolvedininstallation,operationorserviceoftheSOLiDTechnologyrepeaters

mustunderstandandobeythefollowing:



‐ Obeyallgeneralandregionalinstallationandsafetyregulationsrelatingtoworkonhighvoltage

installations,aswellasregulationscoveringcorrectuseoftoolsandpersonalprotective

equipment.



‐ Thepowersupplyunitinrepeaterscontainsdangerousvoltagelevelswhichcancauseelectric

shock.Switchthemainsoffpriortoanyworkinsucharepeater.Anylocalregulationsaretobe

followedwhenservicingrepeaters.



‐ Therepeatercover(door)shouldbesecurelyfastenedinopenposition(withacord),during

outdoorworkinordertopreventdoorfromslammingduetowind(whichcouldcausebodily

harmordamage).



‐Usethisunitonlyforthepurposespecifiedbythemanufacturer.Donotcarryoutanymodifications

orreplaceanypartswhicharenotsoldorrecommendedbythemanufacturer.Thiscouldcause

fire,electricshockorotherinjuries.



‐ Repeatersgenerateradiosignalsandtherebygiverisetoelectromagneticfieldsthatmaybe

hazardoustoanypersonintheimmediateproximityoftherepeaterandtherepeaterantennas

foranextendedperiodoftime.



‐Duetopowerdissipation,thisrepeatermayreachaveryhightemperature.Donotoperatethisunit

onorclosetoflammablematerials.



‐Donotuseanysolvents,chemicals,orcleaningsolutionscontainingalcohol,ammonia,orabrasives.



‐Certification

z FCC:ThisequipmentcomplieswiththeapplicablesectionsofTitle47CFRParts15,22,24and

90



z UL/CUL:ThisequipmentcomplieswithULandCUL1950‐1Standardforsafetyforinformation

technologyequipment,includingelectricalbusinessequipment



z FDA/CDRH:ThisequipmentusesaClass1LASERaccordingtoFDA/CDRHRules.Thisproduct

conformstoallapplicablestandardsof21CFRChapter1,SubchaperJ,Part1040



‐ForPLUGGABLEEQUIPMENT,thesocket‐outletshallbeinstalledneartheequipmentandshallbe

easilyaccessible.

Confidential&Proprietary13/115 SC‐DAS



Section2 



SystemOverview



2.1Generaloverview

2.2Systemoverview



Confidential&Proprietary14/115 SC‐DAS

2.1 Generaloverview

SC‐DASplatformisacoveragesystemforin‐buildingservicesdeliveringseamless,highqualityvoice

anddataAsadistributedantennasystem,itprovidesanaloganddigitalphoneservicesinmultiple

bandsthroughoneantenna.

Thesystemcoverspublicandprivatevenuessuchas:

z Shoppingmalls

z Hotels

z Campusareas

z Airports

z Clinics

z Subways

z Multi‐usestadiums,conventioncenters,etc.



Thesystemenhancesin‐buildingradioenvironmentsthatlacksignalqualitybyimprovingtheRSSI

andEc/Io.Byprovidingcommunicationservicesthroughoutthebuilding,thesystemenablesusersto

makeacallsanywhereinthecoveragearea.

Thesystemusesbothanalog(AMPS)anddigital(TDMA,CDMAandWCDMA)methods.

TheSC‐DASsystemsupportscommunicationstandardsandpublicinterfaceprotocolsinworldwide

use.

z Frequencies:VHF,UHF,700MHz,800MHz,850MHz900MHz,1900MHz,2100MHz,etc.

z Voiceprotocols:AMPS,TDMA,CDMA,GSM,IDEN,etc.

z Dataprotocols:EDGE,GPRS,WCDMA,CDMA2000,Paging,LTE,etc.



SC‐DAScomprisesfrequencyspecificmodules.Coverageforaspecificfrequencybandis

accomplishedbyinsertingacorrespondingfrequencymoduleintoeachunit.Becauseitdelivers

multiplesignalswithonestrandofsinglemodefiber,thesystem,requiresnoadditionalhardware

modificationswheneveranewfrequencyisadded.

Thesystemisfeaturedwiththefollowing:

z Flexibiltiy&Scalabiltiy

 Supportsfiber‐opticportsupto32or60(usingOEU)

 Connectsmultiple‐buildings(campus)asoneDAS

z Modularstructures

 Modularfrequencyupgrade

 Plug‐intypemodules

z Multi‐Band,Singleoperator

 SupportsmultipleservicesfromoneWSP

Confidential&Proprietary15/115 SC‐DAS

 Supportmulti‐operatorinaband(Max.2operator)

z LowOPEX/CAPEX

 Compactdesign

 Upgradabledesign

 Easyinstallationandmaintenance

 AdoptsautoIDscheme

TheSC‐DASplatformwillservetwoprimarysegments;firstasacarrierdeployedcoverage

enhancementproductfortheirspecificfrequenciesandsecondasalowcost,publicsafety/single

carrierproduct.

Confidential&Proprietary16/115 SC‐DAS



2.2 Systemoverview

SC‐DAScomprisesthecomponentslistedbelow.

ThebasesystemconsistsofaBIU(BTSInterfcaceUnit),anODU(OpticdistributionUnit)andaROU

(RemoteOpticUnit).ForusewithmultipleROU’s,ithasOEU(OpticExpansionUnit).

TheBIUhastwolayerwhichsupportbothSISOandMIMOconfigurationusingseparateopticalfiber

cable.Fig2.1showsbasicsystemtopologyforSISO



Figure1.1–BasicsystemtopologysupportingSISOconfiguration



Confidential&Proprietary17/115 SC‐DAS

Figure2.2–BasicsystemtopologysupportingMIMOconfiguration



AsshownatFig.’s2.1and2.2,onestrandoffiberisneededforSISOconfigurationbuttwostrands

areneededforMIMOcofigurationwhenconnectedwithanROU.Applicationsrequiringupto

32ROU’sforSISOarepossiblewithoneBIU.EachSISOROUwillrequireanadditionalstrandof

fiberandanadditional32ROU’scanbeaddedtothesamesystemforMIMOapplications.MIMO

requires2strandsoffiberperROUaswellasMIMOspecificODU’s.

Confidential&Proprietary18/115 SC‐DAS



Toreducenumberofopticalcablesbetweenmulti‐buildingapplications,wecanutilizethe

OEU(OpticalExpansionUnit)

Fig2.3showsexpansionsystemtopologysupportingSISOconfigurationusingOEUs



Figure2.3–ExpansionsystemtopologysupportingSISOconfiguration



Figure2.4–ExpansionsystemtopologysupportingMIMOconfiguration

Confidential&Proprietary19/115 SC‐DAS

Fig2.4showsexpansionsystemtopologysupportingMIMOconfigurationusingOEU

Section3 

SystemSpecifications



3.1Systemspecifications

3.1.1PhysicalSpecifications

3.1.2OpticwavelengthandLaserpower

3.1.3Environmentalspecifications

3.1.4Availablefrequencybands

3.1.5BandSpecifications



Confidential&Proprietary20/115 SC‐DAS

3.1 Systemspecifications

3.1.1 PhysicalSpecifications

ParameterBIUODUOEUMRUARU

RFConnectors4SMApairs(TX,RX)

perMDBU2SMA‐

1N‐type

2SMA:optical

2SMA:RF

2SMA:optical

2SMA:RF

ExternalAlarm

connector

(Drycontacts)

TB:4pcsforoutput

TB:3pcsforinput

‐ ‐ ‐ ‐

SerialInterface

connector1USB(B)type  1USB(B)type1USB(B)type1USB(B)type

Fiberconnector‐ 8pcs,SC/APCfor

ROU

1SC/APCforODU

8SC/APCforROU1SC/APCforODU‐

LEDAlarmand

StatusIndicator

MDBUStatus

z Powerstatus

z ALMstatus

MCPU

z Powerstatus

z TXComm

z RXComm

z ALMstatus

MPSU

z Powerstatus

z DCALMstatus

DOU1Status

z LDstatus

z PD1/2/3/4

status

DOU2Status

z LDstatus

z PD1/2/3/4

status

EWDMStatus

z LDstatus

z PDstatus

DOU1Status

z LDstatus

z PD1/2/3/4

status

DOU2Status

z LDstatus

z PD1/2/3/4

status

Systemstatus

z Powerstatus

z TX1Comm

z RX1Comm

z TX2Comm

z RX2Comm

z ALMstatus

Systemstatus

z Powerstatus

z TXComm

z RXComm

z ALMstatus

z Optstatus

Systemstatus

z Powerstatus

z TXComm

z RXComm

z ALMstatus



ACPower‐ ‐ 

NormalRange:120VAC

50/60Hz

Operatingrange

108~132VAC,50/60Hz

Sametoleftside

DCPower

Normalrange:‐48

VDC

Operatingrange:

‐40.8~‐57.6VDC

BeprovidedbyBIU



Normal:‐48VDC

Operatingrange:

‐40.8~‐57.6VDC

Sametoleftside

Power

consumption

SISOMode:162W

(IncludingSISOODU

4EA)

MIMOMode:315W

(IncludingSISOODU

4EA+MIMOODU

4EA)



28W

(Including

DOU2EA)

40W

(IncludingDOU2EA)

MRU1900P+850C:50W

MRU1900P:45W

MRU700LTE+AWS:50W



ARU700LTE+AWS:40W



ARU900I+800I:44W

Enclosure

Dimensions

482.6(19”)x

221.5(5U)x450

482.6(19”)x

43.6(1U)x450

482.6(19”)

x88.1(2U)x450300x200x258300x200x258

Weight[FullLoad]26.2Kg6Kg9.6Kg6.6Kg~7.1Kg6.8Kg

Confidential&Proprietary21/115 SC‐DAS

3.1.2 OpticalwavelengthandLaserpower

ParameterODUOEUROU

OpticalWavelength

TX:1310nm

RX:1550nm

Westoptic

TX:1550nm,RX:1310nm

Eastoptic

TX:1310nm,RX:1550nm

TX:1550nm

RX:1310nm

Outputpower1.5dBm±1dBmtoROU,OEU

1dBm±1dBmtoROU

7dBm±1dBmtoODU

Returnloss<45dB<45dB<45dB



3.1.3 Environmentalspecifications

ParameterBIU,ODU,OEUROU/AOR

OperatingTemperature‐10to+50°C‐10to+50°C

OperatingHumidity,noncondensing‐ 5%to90%



3.1.4 AvailableFrequencyBands

Standard UnitnamingDescription

Frequencyrange

Status

TX(MHz)RX(MHz)

iDEN700PSPublicsafety763to775793to805Infuture

iDEN800PSPublicsafety851to869806to824Completed

Cellular850CCellular869to894824to849Completed

iDEN900ISMR935to940896to901Completed

Paging900PAPaging929to930896to902Infuture

PCS1900PPCS1930to19951850to1915Completed

AWS‐1AWS‐1AWS‐12110to21551710to1755Completed

VHFVHFPublicsafety136to174136to174Infuture

UHF

Publicsafety(Band1)

396to450

450to512

396to450

450to512

Infuture

E‐UHFPublicsafety(Band2)

380to434

434to496

380to434

434to496

Infuture

LTE700LTELongTermEvolution728to756

698to716

777to787

Completed

Confidential&Proprietary22/115 SC‐DAS

3.1.5 BandSpecifications

SC‐DASplatformallowsmanybandcombinationsaswellasdifferentoutputpowerlevels

withinthebanddependingonthecombination.

1)Outputpowerlevel

BelowtableshowsOutputpowerlevelasafunctionofbandcombination

BandCombinations

700PS



700LTE



800PS/I



850C



900I



1900P



AWSVHFUHF



MRUARU

1900P+850C700LTE+AWS



‐ 24dBm‐24dBm



‐ 28dBm



28dBm

24dBm24dBm



1900P900I+800I‐ ‐ 26dBm‐26dBm



31dBm



‐

700LTE+AWS‐ ‐28dBm‐ ‐ ‐ ‐28dBm‐

1900P+AWS‐ ‐ ‐ ‐‐‐30dBm



30dBm

1900P+850C700PS+800PS



21dBm‐ 21dBm21dBm



‐ 30dBm



‐

700PS+800PS900I+800I21dBm‐ 21dBm21dBm



‐ ‐

2)GeneralSpecifications



ParameterSpecificationsRemark

GainControlrange

TX25dB/step1dBROU

RX20dB/step1dBBIU

TXinputpower‐20dBm~+10dBm

SpuriousEmission<‐13dBm

OpticalLinkAGC>10dB

VSWR1.8:1

Pass‐bandRipple4dBp‐p

MaxopticalLoss5dBo

Opticalwavelength1310nm/1550nmwithWDM

RXoutputpower0dBm

RXinputpower‐50dBmMax

NoiseFigure<8dB

Excluding700PS,

800PS



Confidential&Proprietary23/115 SC‐DAS



Section4 

SystemConfigurationandFunctions



4.1BIU(BTSInterfaceUnit)

4.2ODU(OpticdistributionUnit)

4.3OEU(OpticExpansionUnit

4.4ROU(RemoteOpticUnit)







Confidential&Proprietary24/115 SC‐DAS

4.1 BIU(BTSInterfaceUnit)

TheBIUreceivessignalsfromtheBTSorBDAthroughcoaxialcableandtransmitstofour

ODUs(OpticDistributionUnit).andTheBIUseparatesRXsignalsreceivedfromODUs

accordingtotheirfrequencyband.



Figure4.1–BIUfrontandsideviews



4.1.1 BIUSpecifications



ItemSpec.Remark

Size482.6(19”)x221.5(5U)x450mm

Weight26Kg

FullLoad

Powerconsumption

SISOMode:168W(IncludingSISOODU4EA)



MIMOMode:315W(IncludingSISOODU

4EA+MIMOODU4EA)

Confidential&Proprietary25/115 SC‐DAS

4.1.2 BIUblockdiagram



Figure4.2–BIUblockdiagram



4.1.3 BIUassemblies

MDBU

#1 MDBU

#3 MDBU

SISO Side MIMO Side

MCDU’s MPSU



Figure4.3–BIUmountingdiagram



Confidential&Proprietary26/115 SC‐DAS

No.UnitDescriptionRemark

1MDBU

MainDriveBTSUnit

Amplify&adjustdownlinkRFsignal

Amplify&adjustuplinkRFsignal

Max4EA

2MCDU

MainCom/DivUnit

Combine3EAdownlinksignalanddivide4EAsignaltoODU

Combine4EAuplinksignalanddivide3EAsignaltoMDBU

SupportVHF/UHFinterfaceport



3MCPU

MainCentralProcessorUnit

Controlandmonitoringsystemstatus

ControlandmonitoringwithUSB(B)

Allowsaccesstoupper‐levelnetworkthroughGSMorEthernet



4MPSUMainPowerSupplyUnit

Inputpower:DC‐48V,Outputpower:9V,6V



5M/B

MotherBoard

Providesignalinterfaceandpowerforeachunit

Providefourportsfordrycontactoutput

Providethreeportsforinput

ProvidetwoAuxportsforfutureusage



6Shelf19inch,5U



4.1.4 SubAssemblyDescription

1)MainDriveBTSUnit(MDBU)

MDBUdeliversTXsignalsfromtheBTSorBDAtorelateddevicesaswellasdeliversRXsignalsfrom

thesedevicestotheBTSorBDA.ThisunitalsomonitorsTXinputlevel.UsingtheinputAGCfunction,

itautomaticallyadjustsinputATTaccordingtoinputpower.ItalsohasanATTtoadjustRXgain.The

MDBUvariesperfrequencybandtoincludingthefollowing:



Confidential&Proprietary27/115 SC‐DAS



NoUnitnamingDescription

In/outRFPort

TXRX

11900P+850CDualBand4Port4Port

2700LTE+AWS‐1DualBand4Port4Port

31900PSingleBand2Port2Port

4900I+800IDualBand4Port4Port

51900P+AWS‐1DualBand4Port4Port

6700PS+800PSDualBand4Port4Port

7900IDualBand2Port2Port





Figure4.4–MDBUataglance



2)MainCom/DivUnit(MCDU)

MCDUcombinesTXsignalsthataredeliveredfromMDBUperfrequencybandanddeliversthemto

fourODUs.ItalsocombinesRXsignalsfromuptofourODUsandsendsthemtouptofour

MDBUs.TheunithasaporttointerfacewithVHF&UHFsignals.IthasanATTforinputmonitoringand

inputcontrol.

TheunithasareservedportforfutureusagesuchasLMUinterface,additiveMDBUinterface,etc,



On the loadmap

Confidential&Proprietary28/115 SC‐DAS



Figure4.5–MCDUataglance



VHF+UHFfrequencybandincludesthefollowing:foruseinfuture



NoUnitnamingDescription

In/outRFPort

TXRX

1VHF+UHFDualBand1Port1Port



3)MainCentralProcessorUnit(MCPU)

MCPUcaninquireandcontrolthestateofthemodulesthatareinstalledintheBIU.

ThisunitcaninquireandcontrolthestateofuptofourODUs.Throughcommunication,italsocan

inquireandcontrolROUsthatareconnected.

Inaddition,theunithasUSB(B)portforlocalmonitoringsothatitcaninquireandcontrolstateof

devicesthroughaPC.Onthefrontpanel,ithascommunicationLEDindicatorstocheck

communicationstatewithROU.ItalsohasALMLEDindicatorstoshowwhetheradeviceisfaulty.

Foraccesstouppernetwork,ithasaporttoinsertanEthernetportandGSMmodeminit.

Confidential&Proprietary29/115 SC‐DAS

 

Figure4.6–MCPUataglance

IntheMainCentralProcessorUnit,alithiumbatteryisinstalledforRTC(RealTimeControl)function.



CAUTION

RISKOFEXPLOSIONMAYOCCURIFBATTERYISREPLACEDBYANINCORRECTTYPE

DIPOSEOFUSEDBATTERIESACCORDINGTOTHEINSTRUCTIONS

[INSTRUCTION]

Theequipmentandaccessoriesincludinginnerlithiumbatteryaretobedisposedofsafelyafterthe

lifespanofthemaccordingtothenationalregulation.Donotattempttoreplacethelithiumbattery

unlessauthorizedbyaqualifiedservicepersonnel,toavoidanyriskofexplosion.



4)MainPowerSupplyUnit(MPSU)

TheMPSUtakesa‐48Vinputandoutputs+6Vand+9VDCpower.

Onthefrontpanel,thisunithasanoutputtestportanditalsohasDCALMLEDIndicatortoshow

faultyoutput.

Confidential&Proprietary30/115 SC‐DAS



Figure4.7–MPSUataglance



4.1.5 BIUfront/rearpaneloverview

1)Frontpanel



Figure4.8–BIUfrontpanelview



ItemDescription

1.AlarmLED&ResetCommunicationstatewithdevices,alarmstatusofthesystemandreset

switch

2.DEBUG(USBB)

USBportforcommunicationanddiagnosisofdevicesthroughPC/laptop

Thisequipmentisforindooruseonlyandallthecommunicationwiringsare

limitedtoindooruseaswell.

3.NMS(Ethernetport)Ethernetportforuppernetwork

ThesupportingnetworkmodeisUDPprotocol

4.MDBULEDLEDtoshowwhetherMDBUisinstalledandisoperatingproperly

Confidential&Proprietary31/115 SC‐DAS

5.RFMonitorPort20dBCouplingcomparedwithTXInputLevel

20dBCouplingcomparedwithRXOutputLevel

6.PwrTestPort&ALMOutputDCpowertestportandALMLEDtoshowabnormalstate,ifany

7.PowerswitchPowerON/OFFswitch



Confidential&Proprietary32/115 SC‐DAS



2)Rearpanel



Figure4.9–Rearpanelview



ItemDescription

1.DCInputPortInputterminalforDC‐48V

2.ExternalALMPortInput/outputterminalfordrycontact

3.GNDPortSystemgroundterminal

4.AUXI/OPortReservedPortforfutureuses

5.MIMOODUI/OPortRFsignalinterfaceterminalforODU

6.MIMOODUsignalPortPowerandsignalinterfaceterminalforODU

7.MIMOBTS/BDAI/OPortInput/outputinterfaceterminalofBTS/BDA

8.V/UHFI/OPortRFsignalinterfaceterminalofVHF&UHF

9.SISOODUI/OPortRFsignalinterfaceterminalforODU

10.SISOODUsignalPortPowerandsignalinterfaceterminalforODU

11.SISOBTS/BDAI/OPortInput/outputinterfaceterminalofBTS/BDA



8 9 6 10

SISO SIDE MIMO SIDE

3 4

7 11 2

Confidential&Proprietary33/115 SC‐DAS



4.2 ODU(OpticdistributionUnit)

ODUreceivesTXRFsignalsfromupperBIUandconvertsthemintoopticalsignals.Theoptical

signalsaresenttoROUthroughopticalcables.ThisunitconvertsopticalsignalsfromROUintoRF

signalsandsendstheconvertedsignalstoBIU.

ForeachshelfoftheODU,uptotwoDOUs(DonorOpticUnit)canbeinstalledinit.

OneDOUissupportedwithfouropticalports.Therefore,oneODUcanbeconnectedwitheight

ROUs.

UptofourODUscanbeconnectedwithBIUeachSISOandMIMOpath



Figure4.10–ODUataglance



4.2.1 ODUspecifications

ItemSpec.Remark

Size482.6(19”)x43.6(1U)x450mm

Weight6kg

FullLoad

Powerconsumption27W



Confidential&Proprietary34/115 SC‐DAS

4.2.2 ODUblockdiagram



Figure4.11–ODUblockdiagram



4.2.3 ODUassemblies



Figure4.12–ODUInternalView

Confidential&Proprietary35/115 SC‐DAS

No.UnitDescriptionRemark



1DOU

DonorOpticUnit

ConvertsTXRFsignalsintoopticalsignals;

ConvertsRXopticalsignalsintoRFsignals;

ProvidesuptofouropticalportsperDOU

Max2ea.



22W

2WayDivider

DividesTXRFsignalsintotwo;

CombinestwoRXRFsignalsintoone



3DUDistributionUnit

DistributespowerandsignalstoDOU



4Shelf19”rack,1RU 

5Accessories25PINDSUB,Maletofemale1pcs

RFCoaxialCableAssembly2pcs



4.2.4 SubAssemblydescription

1)DonorOpticUnit(DOU)

TheDOUperformstheRFtoopticalconversionofTXsignalsaswellastheopticaltoRFconversion

ofRXsignals.

Usinganopticalsplitter,thisunitdividesopticalsignalsfromaLaserDiodeintofourandthen

distributesthemtoeachopticalport.WithatotaloffourPhotoDiodesinRX,theDOUperformsthe

opticaltoRFconversionofsignalsreceivedfromeachopticalport.Inaddition,theunitisequipped

withanATTtocompensateforopticallossinthefiberorfiberconnectors.

SinceisusesaWDM,itusesonlyonestrandoffiberforeachROUitconnectsto.

WithinternalFSKmodem,itwillallowoperationfromaremotesite.

Confidential&Proprietary36/115 SC‐DAS



Figure4.13–DOUataglance

2)2WayDivider(2W)

The2waydividerisequippedwithtwo2‐waysplittersinasinglehousingandthesplittersworkfor

TX/RXsignals,respectively.

Designedinbroadbandtype,thedividercombinesandsplitssignalsfrom/totheBIU



Figure4.14–2WayDividerataglance



4.2.5 ODUfront/rearpaneloverview

1)Frontpanel



Figure4.15–ODUfrontpanelview

Confidential&Proprietary37/115 SC‐DAS



ItemDescription

1,2LEDindicatortocheckforfaultyDOUmodule.



2)Rearpanel



Figure4.16–ODURearpanelview



ItemDescription

1.OpticPortSC/APCopticalconnectorterminal;useoneopticalcableperROU.

2.DCI/OPortTerminalforpowerandstatevalues

3.RXRFPortRXRFsignalinterfaceterminal

4.TXRFPortTXRFsignalinterfaceterminal



Confidential&Proprietary38/115 SC‐DAS

4.2.6 ODUInterfacewithBIU

 

SISOConfigurationMIMOConfiguration

Figure4.17BIU/ODUinterface



ForSISOconfiguration,uptofourODUscanbestacked.abovethetopoftheBIU.

ForMIMOconfiguaration,uptoeightODUscanbestackedabove/belowtheBIU.

Inthiscase,itisrecommendedtoleavea1RUspacebetweenBIUandtheODUsotherwiseheatfrom

BIUmaydegradetheperformanceoftheODUs,



Figure4.18–BIU/ODUInterfacerearview



Confidential&Proprietary39/115 SC‐DAS

Asshowninthefigurebelow,connectonecoaxialcableforTXandanothercoaxialcableforRXwith

correspondingportsattherearofBIU.Forpowersupplyandcommunication,connect25PinD‐Sub

Connectorcabletothecorrespondingport.



Figure4.19–BIU/ODUinterfacedetails



Confidential&Proprietary40/115 SC‐DAS



4.3 OEU(OpticExpansionUnit)

OEUismainlyusedtoremotelydeliversignalsforCampusclusters.Attheupperpart,thisunit

combineswithODUandreceivesTXopticalsignalstoconvertthemintoRFsignals.Then,it

regeneratesthesignalstosecureSNRandconvertsthemintoopticalsignals.Thesignalsaresentto

ROUthroughopticalcables.WhenitreceivesRXopticalsignalsfromROU,theunitconvertsthem

intoRFsignalstoregeneratethesignalsandthenconvertsthemintoopticalsignalstosendthemto

ODU.

InOEU,oneshelfcanbeequippedwithuptotwoDOUs.TheDOUisthesameasthemoduleused

forODU.UptofourOEUscanbeconnectedwithODU.



Figure4.20–OEUataglance

4.3.1 SpecificationsofOEU

ItemSpec.Remark

Size482.6(19”)x88.1(2RU)x450mm

Weight9.5kg

FullLoad

Powerconsumption40W

Confidential&Proprietary41/115 SC‐DAS

4.3.2 OEUblockdiagram



Figure4.21–OEUblockdiagram



4.3.3 OEUassemblies



Figure4.22–OEUinternalview



Confidential&Proprietary42/115 SC‐DAS

No.UnitDescriptionRemark



1DOU

DonorOpticUnit

ConvertTXRFsignalsintoopticalsignals;

ConvertRXopticalsignalsintoRFsignals;

ProvideuptofouropticalportsperDOU

Max2ea.



2EWDM

ExpansionWavelengthDivisionMultiplexer

ConvertTXopticalsignalsintoRFsignals;

ConvertRXRFsignalsintoopticalsignals;

CompensatesforopticalcablelosswithODU



3ECPU

ExpansionCentralProcessorUnit

Controlandmonitoringsystemstatus

ControlandmonitoringwithRS232

RelaysstatevaluesofROUtoBIU



4EPSUExpansionPowerSupplyUnit

Inputpower:DC‐48V,Outputpower:9V,6V



5ERFM

ExpansionRadioFrequencyModule

RegenerateTXsignalsandtransmitFSKmodemsignals;

RegenerateRXsignalsandreceiveFSKmodemsignals



6Shelf19”rack,2RU 



4.3.4 SubAssemblydescription

1)DonorOpticUnit(DOU)

TheDOUisthesameasthemoduleusedfortheODU.



Figure4.23–DOUataglance

Confidential&Proprietary43/115 SC‐DAS



2)ExpansionWavelengthDivisionMultiplexer(EWDM)

EWDMmodulehandlestheopticaltoRFconversionofTXsignalsaswellastheRFtooptical

conversionofRXsignals.ThismultiplexercommunicateswiththeBIUusingthebuiltinFSKmodem.

ItalsohasanATTtocompensateforopticalcablelossbetweenODUs.

Finally,ithasinternalWDMsoitneedsonlyoneopticalcabletoworkwithanROU.



Figure4.24–EWDMataglance

3)ExpansionCentralProcessorUnit(ECPU)

ECPUcanqueryandcontrolthestateofmodulesinstalledintotheOEU.Thisunitsimultaneoulsy

communicateswiththeBIUandtheROUaswellasactingascommunicationbridgebetweenBIUand

ROU.

Inaddition,theunithasaUSBportforlocalcommunicationwhichenablesqueryandcontrolof

devicesthorughaPC.Atthefrontpanel,communicationLEDindicatorindicatescommunication

withupperBIUandlowerROU.ItalsohasanALMLEDindicatortoshowfault.



Figure4.25–ECPUataglance

4)ExpansionRadioFrequencyModule(ERFM)

ERFMrepairsSignaltoNoisedegradedbyopticalmodules.

Confidential&Proprietary44/115 SC‐DAS



Figure4.26–ERFMataglance



5)ExpansionPowerSupplyUnit(EPSU)

AsDC/DCConverter,theEPSUreceives‐48VDCinputandprovides+9Vand+6VofDCpower

requiredforOEU.



Figure4.27–EPSUataglance



Confidential&Proprietary45/115 SC‐DAS

4.3.5 OEUfront/rearpaneloverview

1) Frontpanel



Figure4.28–OEUfrontpanelview



ItemDescription

1.EWDMLEDLEDindicatortocheckEWDMstatetoseeifitisabnormal

2.DOULEDLEDindicatortocheckDOUmodulestatetoseeifitisabnormal

3.SystemLEDandResetCommunicationstatewithdevices,alarmstatusofthesystemandreset

switch

4.NMS(USBPort)

USBportforcommunicationanddiagnosisofdevicesthroughPC/laptop.

Thisequipmentisforindooruseonlyandallthecommunicationwiringsare

limitedtoindooruseaswell.



2)Rearpanel



Figure4.29–Rearpanelview



ItemDescription

1.GNDPortTerminalforsystemground

2.DCInputPortInputterminalforDC‐48V

3.powerswitchPowerON/OFFswitch

4.To/FromODUOpticPortSC/APCopticalconnectorterminal

5.To/FromROUOpticPortSC/APCopticalconnectorterminal;useoneopticalcableperROU.

Confidential&Proprietary46/115 SC‐DAS

4.4 ROU(RemoteOpticUnit)

TheROUconsistsoftwounits:theMRU(MainRemoteUnit)andtheARU(AddonRemoteUnit).The

ROUisconsideredthecombinationofMRUandARU.

TheMRUreceivesTXopticalsignalsfromtheODUortheOEUandconvertsthemintoRFsignals.

TheconvertedRFsignalsareamplifiedthroughaHighPowerAmpinacorrespondingRU,combined

withtheMultiplexerandtransmittedouttheantennaport.

TheROUreceivesRXsignalsthroughtheantennaport,filtersout‐of‐bandsignalsinacorresponding

RUandsendstheresultstoRemoteOpticModuletomakeRFtoopticalconversionofthem.After

converted,thesignalsaresenttoaupperdevice(theODUorOEU).

TheMRUandARUhaveamaximumof2bands.

ThemaindifferencebetweenanMRUanARUisthepresenceofanopticalmodule.

 

(a)MRU(b)ARU

Figure4.30–ROUataglance

Confidential&Proprietary47/115 SC‐DAS



4.4.1 ROUspecifications



ItemBandcombinationSize

(WxHxD)WeightPower

consumption



Remark



Band

Combination1



MRU1900P+850C

200x300x140



mm

6.6kg50W

Full

load

ARU700LTE+AWS‐16.8kg40W

Band

Combination2



MRU1900P6.5kg45W

ARU900I+800I6.7kg44W

Band

Combination2



MRU700LTE+AWS‐17.1kg50W

Band

Combination4



Tobedeveloped

Confidential&Proprietary48/115 SC‐DAS



4.4.2 ROUblockdiagram

4.4.2.1 CombinationofMRU1900PCS+850C/ARU700LTE+AWS‐1

RCU

Cavity Filter

USB

(B type)

AC 120V

DC -48V

Power/

Control/

Status

MRFM

ANT(N-Female)

EX_PORT

RXD

Reset

ON TXD

ALM Opt

LOW

HIGH

From/To ODU

FSK TX

SC/APC

V/UHF RX

ARU TX

WDM

ARU RX

V/UHF TX

Power/

Control/

Status

EX_PORT

LOW

HIGH

MRU TX

MRU RX

USB

(B type)

FSK RX

RCU

Cavity Filter

ARFM

MRU 1900PCS+850C ARU 700LTE+AWS-1

RXD

Reset

ON TXD

ALM Opt

AC/

DC/

AC/

DC/

AC 120V

DC -48V



Figure4.31–ROUblockdiagramforMRU1900PCS+850CandARU700LTE+AWS‐1

4.4.2.2 CombinationofMRU1900PCS/ARU900I+800I

RCU

1900P

Cavity Filter

USB

(B type)

Power/

Control/

Status

MRFM

ANT(N-Female)

EX_PORT

RXD

Reset

ON TXD

ALM Opt

LOW

From/To ODU

FSK TX

SC/APC

V/UHF TX

ARU TX

WDM

AC/

DC/

ARU RX

V/UHF RX

Power/

Control/

Status

EX_PORT

LOW

MRU TX

MRU RX

USB

(B type)

FSK RX

RCU

800I/900I

Cavity Filter

ARFM

1900P MRU 800I+900I ARU

AC/

DC/

RXD

Reset

ON TXD

ALM Opt

OPT SIU

AC 120V

DC -48V

AC 120V

DC -48V



Figure4.32–ROUblockdiagramforMRU1900PCSandARU900I+800I

Confidential&Proprietary49/115 SC‐DAS



4.4.2.3 CombinationofMRU700LTE+AWS‐1



Figure4.33–ROUblockdiagramforMRU700LTE+AWS‐1



4.4.2.4 CombinationofMRU1900PCS+850C/ARU700LTE+AWS‐1



(a)MRU1900PCS+850C



Confidential&Proprietary50/115 SC‐DAS



(b)ARU700LTE+AWS‐1

Figure4.34–ROUinternalviewforMRU1900PCS+850CandARU700LTE+AWS‐1



4.4.2.5 CombinationofMRU1900PCS/ARU900I+800I

BPF

MRFM

RPSU

RCPU

R-OPTIC

OPTIC Port



(a)MRU1900PCS



Confidential&Proprietary51/115 SC‐DAS

BPF

ARFM

RPSU

RCPU



(b)ARU900I+800I

Figure4.35–ROUinternalviewforMRU1900PCSandARU900I+800I



4.4.2.6 CombinationofMRU700LTE+AWS‐1



(a)MRU700LTE+AWS‐1

Figure4.36–ROUinternalviewforMRURU900I+800I



No.UnitDescriptionRemark



Confidential&Proprietary52/115 SC‐DAS

1MRFM/ARFM

+BPF

Main/AddonRFModule

FilterandheavyamplificationofTXsignals;

FilterandamplifyRXsignals;

RemoveothersignalsthroughBPF



2RPSU

RemotePowerSupplyUnit

Inputpower:DC‐48VorAC120V,Outputpower:25V

For120VinputofAC/DC;

For‐48VinputofDC/DC



3R‐OPT

RemoteOptic

MakeRFconversionofTXopticalsignals;

ConvertRXRFsignalsintoopticalsignals;

Compensatesopticallossinterval

CommunicateswithBIUorOEUthoughtheFSKmodem



4RCPU

RemoteCentralProcessorUnit

Controlssignalofeachunit

MonitorsBIU/ODU/OEUstatusthroughFSKmodem

communication



5Enclosure

EnableWallMount;

Checkifthesystemisnormal,throughthebottompanel

LED



Confidential&Proprietary53/115 SC‐DAS



4.4.3 SubAssemblydescription

1)MainRFModule/AddonRFModule(MRFM/ARFM)+BPF

WhenreceivingTXsignalsfromeachbandthroughR‐Opt,MRFM/AFRMfiltersthesignalsand

amplifiesthemwiththeHighPowerAmpifier.TheunitalsofiltersRXsignalsreceivedthroughthe

antennaportandamplifiesthemaslownoisetosendthesignalstoR‐Opt.

Intheunit,thereisanATTtoadjustgain.Thisdevicevariesforeachfrequencyband,includingthe

following:



NoCombinationUnitnamingDescription

BPF

CavityFilterCeramicFilter

1

MRU1900P+850CMRFM1900P+850C Dual.1900PCS850C

ARU700LTE+AWS‐1ARFM700LTE+AWS‐1Dual.700LTEAWS‐1

2

MRU1900PMRFM1900PSingle1900PCS‐

ARU900I+800IARFM900I+800IDual900IEN/800IDEN‐

3MRU700LTE+AWS‐1MRU700LTE+AWS‐1Dual.700LTEAWS‐1

4Tobedeveloped‐ ‐ ‐ ‐



2)RemotePowerSupplyUnit(RPSU)

RPSUaccepts‐48VDCinput.Thisunitisconfigured2ways:theDC/DCtypeoutputs+25VofDCpower

andAC/DCtypetakes120VACinputandoutputs+25VofDCpower.

Pleasespecifywhichtypewhenordering.MSConnector,whichusesportstoreceiveinputs,is

designedforeitherACandDCinputconfiguration.Theinputcableisdifferentdependingoninput

voltageconditions.

TheRPSUdoesn’thaveaswitchtoturnthepowerON/OFF.Unitisactivewhenpowerisconnected.

Here,youshouldcheckforrangeofinputpowerasfollows:

No.UnitRangeofinputpowerRemark



1AC/DC90to264VAC

2DC/DC‐42Vto‐56VDC



Confidential&Proprietary54/115 SC‐DAS

(a)AC/DC(b)DC/DC

Figure4.37–PSUataglance

3)RemoteOptic(R‐OPT)

TheRemoteOpticperformstheopticaltoRFsignalconversionaswellastheRFtooptical

conversion.WithanFSKmodeminit,theunitcommunicateswiththeotherdevices.

ItalsohasaninternalATTtocompensateforopticalcableloss.TheopticalwavelengthforTXpathis

1310nmand1550nmfortheRXpath.ItistransportedbyafiberstrandusingWDM(Wavelength

DivisionMultiplexing)technique



4)RemoteCentralProcessorUnit(RCPU)

TheRCPUcanmonitorandcontroltheRU.Thisunitreceivesandanalyzesuppercommunication

datafromRemoteOpticandreportstheunit'sownvaluetotheupperdevices.Atthebottomofthe

module,ithasanLEDindicatortoshowsystemstatus,lettingyoucheckanyfaultconditions.The

samepanelalsohascommunicationLEDIndicatorstoshowcommunicationstatuswithupper

devices.ThroughtheUSBPort,theunitenablesyoutocheckandcontroldevicestatusthroughaPC

orlaptop.Thisequipmentisforindooruseonlyandallthecommunicationwiringsarelimitedto

indooruseaswell.TheRCPUoftheMRUhavetwoportstoconnectexteranldevices(theARUand

theVHF&UHFARU).Usinganexternalinterfacecable,theMRUcancommunicatewiththe

ARU/VHF&UHFARU.

TheMRUcollectsstatusinformationfromARU/VHF&UHFARUandthencommunicateswiththe

upperdevice

Confidential&Proprietary55/115 SC‐DAS



4.4.4 BottomofROU

1)Functions



(a)MRU(b)ARU

Figure4.38–ROUBottomview



ItemDescriptionRemark

1.VHF/UHFARUPortTerminalforTXandRXRFportsofVHFandUHF

TerminalforsignalporttointerfacewithVHFandUHF



2.LEDPANELVisibleLEDindicatorpanelforcheckingfaultstatusUSBPortto

checkandcontroldevicestatusthroughPCandlaptop



3.PowerPortAC120VinputportorDC‐48Vinputport

4.ARU/MRUPortTerminalforTXandRXRFportsofMRU/ARU

TerminalforsignalporttointerfacewithMRU/ARU



5.GNDLUGPORTTerminalforsystemground



PowerPort

Adifferenttypeofpowerportisusedsupplying‐48VDCor120VAC,andspecificpower

cableshouldbeappliedtoeachdifferenttypeofROUpowersupply(AC/DCorDC/DC).

Belowfigureshowsdifferentpowerconnectors.

Confidential&Proprietary56/115 SC‐DAS



(a)AC/DC(b)DC/DC

Figure4.39–ROUPowerPortView



Confidential&Proprietary57/115 SC‐DAS



4.4.5 TopofROU

4.4.5.1 CombinationofMRU1900PCS+850C/ARU700LTE+AWS‐1

RFPORT

OpticPort

ANT

Port

RFPORT



(a)MRU(b)ARU

Figure4.40–ROUTopViewforMRU1900P+850CandARU700LTE+AWS‐1



4.4.5.2 CombinationofMRU1900PCS+850C/ARU700LTE+AWS‐1

RFPORT

OpticPort

ANT

Port

RFPORT



(a)MRU(b)ARU

Figure4.41–ROUTopViewforMRU1900P+850CandARU700LTE+AWS‐1



SOLiD 70L21A Single Carrier DAS User Manual

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