Deltanode Solutions DDH1900 43dBm High Power Remote User Manual Fiber Distributed Antenna System DAS

Deltanode Solutions AB 43dBm High Power Remote Fiber Distributed Antenna System DAS

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Installationguidelines

AC Power Input

TheBirdremoteonlycomeswithanACinputoption.Thevoltagerangewillsupport120VACor240VAC,50or60Hz.

TheremoteshipswithaweatherproofC13connectorandweatherproofstrainreliefhousing.Theunitdoesnot

shipwithapowercord‐onlythepowerconnector.Theinstallationcontractorwillneedtoprovideapowercableof

atleast14AWG,3conductorcable.

Figure 45 Weatherproof AC Input Connector

Live

Neutral

Ground

External Alarm Connection

TheexternalalarmportontheBirdremoterequiresanIP67D‐subconnector(notsuppliedbyBird).

Table 63 Alarm Definitions

Alarm Input Level Alarm Text

Error Batteryvoltagelow

Critical LossofmainACpower

Warning Externalalarm3

Error Externalalarm4

Figure 46 External Alarm Connector

WARNING

Electricalinstallationshouldonlybeperformedbyalicensedelectrician.

1 (Pin 9)

2 (Pin 4)

3 (Pin 8)

4 (Pin 3)

FiberDistributedAntennaSystem(FiberDAS)

Table 64

Pin Function

AlarmrelayoutputNC

AlarmrelayoutputNO

Alarminput4

Alarminput2

Alarminputground

AlarmrelayoutputNC

AlarmrelayoutputNO

Alarminput3

Alarminput1

External Alarm Connector Pinout

Grounding

Theremotesarefurnishedwithagroundlugtobeusedifchassisgroundingisrequiredtomeetlocalcodeor

installationrequirements.Theexternalgroundinglugmustbeusedwhentheremoteisinstalledinapplications

whereitissusceptibletolighteningstrikes.

IftheremoteismountedinareaswithhighEMFsuchasnearhighamperagetransformers,turbinesorbroadcast

antennas,properlygroundingthechassiswillprovidereducethelikelihoodinterference.

Figure 47 Remote Ground Connection

Remote Unit Verification

Oncetheremotehasbeenproperlyinstalledandallconnectionsmadetheunitmaybepoweredup.Theunitis

automaticallypowereduponcepowerisappliedtotheACplugonthebottomoftheunit.

Thetypicalpowercycleoftheremoteisapproximately90seconds.TheredandgreenLEDonthebottomofthe

remotewillflashduringthebootcycle.

Oncethebootcycleiscomplete,asolidredLEDindicatesthereisnofiberconnectionorcommunicationto

theDASheadend.

Installationguidelines

Installing the DHR Repeater

Therepeatersunitsarefactoryconfiguredandshouldnotbeopenedinthefield.

Theremotesmustbemountedinaverticalposition.TherearetworecommendedmethodsforRemoteUnit

installation,wallmountingorpolemounting.Regardlessofthemountingstyleselected,theremotesmustbe

mountedsothatairflowovertheexternalheatsinkisnotobstructed.

Single Repeater Wall Mounting

Therepeatersareshippedwithstandardwallmountingbrackets.Thesebracketscanbeusedindoorsandoutdoors.

Mountthebracketwithouttherepeaterattached.

Note: Alwayschecklocalbuildingcodesforpropermountingtechniques.

Oncethebracketisproperlymounted,therepeatereasilyslidesintothemount.See

Figure48

Figure 48

Tighten Bolts

(4 places)

after Repeater

is Attached

Repeater Wall Mount

Oncetherepeaterisattachedtothewallmount,therepeatermustbeproperlysecuredtothemountby

tighteningboltsateachmountingpoint.

WARNING

TheRepeatersareheavy,usecareandalwaysproperlysupportunitsduringinstallation.Ifallowedtofalla

Repeatercancauseinjuryordeath.

CAUTION

EnsurethesurfacesbeingusedtomounttheRepeatercansafelysupportthefullweightoftheRepeater.

FiberDistributedAntennaSystem(FiberDAS)

Double Repeater Wall Mounting

BirdTechnologiesoffersabracketthatallowstwowallmountrackstobemountedbacktoback.Thisreducesthe

amountofwallspacerequiredwhentworepeatersarelocatedtogether.Thebracketisstainlesssteelandcanbe

usedindoorsoroutdoors.

Figure 49

Double Wall

Mount Bracket

Mount to Wall

Standard Wall

Mount Brackets

Double Wall Mounting Bracket

Repeater Pole Mounting

BirdTechnologiesalsooffersapolemountingoption.Thepolemountbracketsaredesignedtobeusedwiththe

DoubleWallMountbracket.

Figure 50 Repeater Pole Mounting Option

Installationguidelines

Solar Shield

Directexposuretosunlightcancausetemperaturesoftherepeatertoexceedthe55°C(131°F)rating.Asimple

solutionofferedbyBirdistoattachanoptionalsolarshieldtotheaffectedrepeaters.Thesolarshieldsaresold

separately.

Figure 51 Remote Unit Solar Shield

Cabling

TherearemanyoptionsfortheBirdrepeaterswhichcanaffectthenumberofconnectionsonthebottomofeach

repeater.Thestandardconnectionsare:

Ethernetport

RFPorts(N‐Typestandard)

InputPower

Externalalarmport

Grounding

FiberOptic(optional)

Figure 52 Repeater Cabling Connectors

Fiber-Optic

Ports (Optional)

Ethernet

Port

Chassis

Ground

External Alarms

Connector

Input Power

Connector

Chassis

Breather

Port

Service Antenna

Connector

Donor Antenna

Connector

LED Indicators

FiberDistributedAntennaSystem(FiberDAS)

Ethernet Port

TheRJ45Ethernetportislocatedonthebottompaneloftherepeaterunit.ConnectionoftheEthernetportisnot

requiredfornormaloperationoftherepeater.TheportoffersconvenientaccesstothesystemGUIduring

installation,commissioningandtroubleshooting.EnsuretheprovidedIP67ratedprotectivecapisreplacedwhen

theEthernetportisnotinuse.

IftheEthernetconnectionistobelongtermorpermanent,ensurethattheappropriateEthernetpatchcableis

utilizedtopreventtheingressofmoisterintotheport.

Fiber Optic Connection

Ifthefiberopticoptionisordered,thefiberconnectiononthebottomoftherepeaterhasanIP67ratedprotective

cap.Theprotectivecapmustremaininplaceuntilthefiberistobeinserted.Thiswillhelppreventforeignparticles

fromdegradingperformanceofthefiber.

ThefiberconnectionhasakeyedslotSC/APCconnection.Caremustbetakentoensurethefiberisinstalled

correctly.Itispossibletoforcetheconnectionsothatthefiberisinstalledata180degreerotationcausing

performanceissues.

Note: TheSC/APCkeyisatthetopandbottomontheconnectionontherepeater.

Figure 53 Remote Fiber-Optic Connector

Keyed

Connector

ItishighlyrecommendedthatonlytheSCRJfibercablesbeusedwiththerepeaters.NotonlydoestheSCRJcable

preventtheingressofmoistureanddustintotothefiberportbutthecablealsoinsuresthefibersarecorrectly

alignedintheconnector.SCRJfibercablesareorderedseparatelyfromBirdTechnologies.

Figure 54 SCRJ Connector

Installationguidelines

AC Power Input

TheBirdrepeateronlycomeswithanACinputoption.Thevoltagerangewillsupport120VACor240VAC,50or60

Hz.TheremoteshipswithaweatherproofC13connectorandweatherproofstrainreliefhousing.Theunitdoesnot

shipwithapowercord‐onlythepowerconnector.Theinstallationcontractorwillneedtoprovideapowercableof

atleast14AWG,3conductorcable.

Figure 55 Weatherproof AC Input Connector

Live

Neutral

Ground

External Alarm Connection

TheexternalalarmportontherepeaterrequiresanIP67D‐subconnector(notsuppliedbyBird).

Table 65 Alarm Definitions

Alarm Input Level Alarm Text

Error Batteryvoltagelow

Critical LossofmainACpower

Warning Externalalarm3

Error Externalalarm4

Figure 56 External Alarm Connector

WARNING

Electricalinstallationshouldonlybeperformedbyalicensedelectrician.

1 (Pin 9)

2 (Pin 4)

3 (Pin 8)

4 (Pin 3)

FiberDistributedAntennaSystem(FiberDAS)

Table 66

Pin Function

AlarmrelayoutputNC

AlarmrelayoutputNO

Alarminput4

Alarminput2

Alarminputground

AlarmrelayoutputNC

AlarmrelayoutputNO

Alarminput3

Alarminput1

External Alarm Connector Pinout

Grounding

Therepeatersarefurnishedwithagroundlugtobeusedifchassisgroundingisrequiredtomeetlocalcodeor

installationrequirements.

Figure 57 Remote Ground Connection

Chapter 4 DAS Software Configuration

ThissectionisfocusedontheGUIinterfaceandinitialsoftwaresettingoftheDAS.Nospecialsoftwareisrequireto

accesstheBirdDAS.AccessisprovidedviamostwebbrowserssuchasMozillaFirefoxorGoogleChrome.

TheBGWshouldbepoweredupandallowedabout5minutestofullybootpriortoapplyingpowertotheMaster

Unit.TheBGWwillassignIPaddressestotheMasterUnitcomponents.IftheMasterUnitispowereduppriortothe

BGWthenitcouldtakeupto30minutesfortheMasterUnitcomponentstogetassignedanIPaddress.MasterUnit

cardswillshowaquickflashofthegreenLEDwhenanIPaddresshasbeenassigned.

SpecialNote:Thefollowingisbasedonversion3.5software.

Ethernet Connection

1. ConnectalaptoptoanyopenportontheHeadendEthernetswitch.

2. EnsurethelaptopnetworksettingshaveDHCPenabledandthe“ObtainanIPaddressautomatically”radio

buttonchecked.

Figure 58 Windows TCP/IP Settings

3. UsinganInternetbrowsergotohttps://172.22.0.1toaccesstheBGW.Asuccessfulentrywillshowaccesstothe

4. LogintotheBGW.

Username:"extended"

Password:"admin"

Figure 59 BGW Login page

FiberDistributedAntennaSystem(FiberDAS)

BGW Configuration

BGW Naming

1. SelectConfigurationintoprightcorner.See

Figure60

2. SelectExternalComminleftmenu.

3. SelectBGWNametabintopmenu.

4. Entersitename:

a. Youmayuseanycombinationofalphanumericcharactersandthespecialcharacterofdash"‐".Donot

useanyotherspecialcharactersorspace.

0through9

athroughz

AthroughZ

‐

Limitof56characters

b. UseasitenamethatisdescriptiveenoughtodistinguishtheBGWfromothersites.Genericnamesmay

delaytroubleshootingefforts.

5. ClickSubmit.

Note: Afterthenewhostnameisentered,theunitmustberestarted.Thisistheonlychangethat

requiresarestart.SelectthephysicalrestartbuttonontheleftsideoftheBGW.

Figure 60 BGW Site Name

EXT Ethernet

InorderfortheBGWtobeabletocommunicateoutward,theExtEthernetconnectionhastobeprogrammed.

ConsultwithyourInternetserviceproviderorITdepartmentfortheIPaddress,NetmaskandGatewayIPaddress

settings.

Figure 61 BGW External Communications

DASSoftwareConfiguration

VPN Settings

Onoccasions,theBGWwillbesetupbehindafirewall.TobeabletoaccesstheBGWfromexternallocationsthe

PrimaryBGWsettingswillneedtobeconfiguredtoallowaccess.ConsultwithyourITdepartmentforthese

parameters.

BirdTechnologiesoffersmonitoringservices.Whentheseservicesarecontracted,entertheBirdparametersinthe

SecondaryBGWsettingssothatsystemalarmsarecorrectlyforwardedtotheBirdNOC.

Figure 62 BGW VPN Settings

Time Zone

ToensurethatalarmsarecorrectlylabeledwiththelocaltimethetimezonefortheBGWwillneedtobeset.

1. SelectConfiguration.See

Figure63

2. ClickTimeserv/zone.

3. SelecttheTimeandTimezoneTab.

4. Selectthelocaltimezonefromthedrop‐downmenu.

5. ClickSubmit.

Figure 63

BGW Time Zone Settings

FiberDistributedAntennaSystem(FiberDAS)

NTP Servers

NTPserversprovideaccurateclocksfortheBGW.Utilizingmultiplesourcespreventsclockissuesasaresultofone

serverbecomingcorruptordroppingoutofcontact.TheBGWiscompatiblewithNTPversion4servers.TheNTP

settingsintheimagebelowarethedefaultforRedhatservers.

1. SelectConfiguration.

2. ClickTimeserv/zone.

3. SelecttheNTPServersTab.

4. EntertheNTPServerinformation.TheFQDNsettingsarereservedfordeploymentsutilizingtheCGW.

5. ClickSubmit.

IfnoInternetaccessisavailable,theBGWwillcreateitsownclocktogivethesub‐nodesofthesystemavalidNTP

service.

Figure 64

NTP Server Settings

DASSoftwareConfiguration

Email Server

TheBGWiscapableofemailingalarmsdirectlytoselectemailaddresses.Accessthesetupfunctionvia

Configuration,AlarmReceiversandServerProp.

ConsultwithyourITdepartmentforconfigurationsettings.

1. SelectConfiguration.

2. ClickAlarmReceivers.

3. SelecttheServerProp.Tab.

4. EntertheEmailServerinformation.ConsultwithyourITdepartmentforconfigurationsettings.

5. ClickSaveandApply.

Figure 65

Email Server Settings

FiberDistributedAntennaSystem(FiberDAS)

BIU Configuration

TheinitialscreenfortheBIUprovidesbasicinformationsuchasname,serialnumber,partnumberandactive

alarms.TheLocateme!buttoncausesanLEDtoflashontheunitsothatthemodulecanbeidentifiedinthechassis.

Intheleftmenu,noticetheRF1andRF2.TheBIUhastwoRFpathsorstripsthatarecorrelatedtothetwoRFinputs

ontheBIUcard.EachRFpathhasindependentsettingsthatcanbeaccessedviatheappropriateselection.

Figure 66 BIU Welcome Screen

BIU RF1 Status

ThispageshowsthecurrentstatusandconfigurationoftheBIU.

Figure 67

BIU RF1 Status

DASSoftwareConfiguration

Item Description

1DownlinkRMSvalueleavingtheBIUcardtotheICU/FOI.Goodfor

measuringGSMandUMTSlevels.

2DownlinklogdetectorsignalleavingtheBIUcardtotheICU/FOI.

3PeakdownlinkRFvalueexitingtheBIUcardontheselectpath.

0=RFissettoOff(attenuationissettomaximum).

1=RFissettoOn.

Note:ThisisonlyinreferencetooneofthetwoBIURFpaths/strips.

5TemperatureoftheBIUcard.

ThismeasurementistheactuallossofthedownlinkRFsignalintheBIU

takingintoaccountraworinherentlossofthecardplustheadjustable

attenuator.

ThismeasurementistheactualgainorlossontheuplinkRFsignalintheBIU

takingintoaccountraworinherentgainofthecardplustheuplink

adjustableattenuator.

AdjustabledownlinkattenuatorsettingfortheselectedRFpath.

Note:Ifthedownlinkpathisturnedoff(see#4)theattenuatorvalueis

automaticallysettomaximumattenuation.WhenRFisturnedon,the

settingoftheadjustableattenuatorwillbeshown.

AdjustableuplinkattenuatorsettingfortheselectedRFpath.

Note:Ifthedownlinkpathisturnedoff(see#4)theattenuatorvalueis

automaticallysettomaximumattenuation.WhenRFisturnedon,the

settingoftheadjustableattenuatorwillbeshown.

CalculateddownlinkRMSvalueenteringtheBIUcardfromtheBTS.

Note:ThisisthedownlinkintotheBIUcardandnotanuplinkvalue.

CalculateddownlinkvalueenteringtheBIUcardfromtheBTS.

Note:ThisisthedownlinkintotheBIUcardandnotanuplinkvalue.

PeakdownlinkRFvalueenteringtheBIUcardontheselectpath.

Note:ThisisthedownlinkintotheBIUcardandnotanuplinkvalue.

13 0=DownlinkalarmissettoOff.

1=UplinkalarmissettoOn.

14 BandwidthoftheBIUcard

15 PressingReloadwillrefreshthepage

FiberDistributedAntennaSystem(FiberDAS)

BIU RF1 Settings

ThispagewillallowtheusertochangetheattenuatorvaluesintheBIUforthepathselected.

Figure 68 BIU RF1 Settings

Item Description

Attenuatorsettingforthedownlinkpath.Enteravaluefrom‐14to‐44

(rangevariesdependingoffrequencyband).

Note:ClickSubmitafterenteringvalue.

Attenuator/Gainsettingfortheuplinkpath.

Enteravaluefrom‐17to12(rangevariesdependingoffrequencyband).

NotethattheBIUhasrawgainintheuplinkpathoncertainBIUtypes(gain

canbedeterminedbypositivevalueinthesettingrange.

Aselectionof12indicatesfullgainof12dBintheBIU.

Aselectionof9willdecreasetheBIUuplinkoutputby3dB.

Aselectionof0willdecreasetheBIUuplinkoutputby12dB.

Aselectionof‐17willdecreasetheBIUuplinkoutputby29dB.

Note:ClickSubmitafterenteringvalue.

3ThisselectionturnstheuplinkpathOnorOff(maximumattenuation

setting).

DASSoftwareConfiguration

BIU Hardware Test Points

Thispageshowsvarioustestpointmeasurementsusedforstatusandtroubleshootingpurposes.

Figure 69 BIU Hardware Test Points

BIU Alarm List

Thispageshowallcurrentandpastalarms.

Greenindicatesthatthealarmhascleared.

Yellowindicatesawarningalarm.

Redindicatesaserviceaffectingalarm.

Figure 70 BIU Alarm List

FiberDistributedAntennaSystem(FiberDAS)

BIU Change History

Thispageshowsahistoryofallsettingchanges.

Figure 71 BIU Change History

BIU Alarm configuration RF1

ThispageallowsforcertainalarmthresholdsoftheBIUtobechanged.

Figure 72 BIU Alarm configuration

Item Description

1SetthevalueindBmthattheBIUdownlinkoutputhastoexceedinorderto

createanalarm

2SetthevalueinsecondsfortheamountoftimethattheBIUdownlink

outputhastobeabovethethresholdlevelinordertocreateanalarm.

3 EnablesordisablesBIUthreshold/highpoweralarm.

4SetthevalueindBmthattheBIUdownlinkoutputhastodropbelowin

ordertocreateanalarm.

5 EnablesordisablesBIUsupervision/lowlevelalarm.

6ClickSubmitafterenteringvalue(s).

DASSoftwareConfiguration

BIU Advanced Network Setup

Thispageallowsformanualoverrideofnetworksettings.

DefaultconfigurationsshouldbeusedwithDHCPsettoYes.

Note: ChangingDHCPto“No”cancauselossofcommunicationstotheBIUandshouldonlybeusedin

veryspecificsituations.

Figure 73 BIU Network Setup

BIU Advanced Menus

ThesemenusprovideinformationonlystatusandsettingsoftheBIUthataretypicallyusedbythemanufacturer.

BIU>Advanced>HWconfig

BIU>Advanced>AD‐valuesRF1

BIU>Advanced>AD‐valuesRF2

BIU>Advanced>ADCraw

BIU>Advanced>Softwarestatus

BIU>Advanced>Processstatus

BIU>Advanced>Systemstatus

FiberDistributedAntennaSystem(FiberDAS)

BIU Application Handling

Theapplicationhandlingpageallowsforstoppingsoftwarefunctionsandrebootingsoftwareprograms.

AlarmHandler:SelectingReboot(circularicon)willclearallthealarmsinthehistoryforthecardselected.Thisis

helpfulafterturningasystemupandwantingtoclearalarmlogcreatedduringtheinstallationandturnup.

Note: OnlytheRebootcommandshouldbeusedbythetechnician.Allotherfunctionsshouldonlybe

usedundersupervisionofBirdengineeringastheymaycausedatacorruptionifnotinitiatedproperly.

TheradiobuttonwillstopaprocessandcanhavenegativeaffectsonthefunctionoftheDAS.

Figure 74 BIU Application Handling

BIU Reset to Factory Default

ToresettheBIUtofactorydefault,carefullypressthe“Reset”button[locatedbelowtheULIn1QMAconnector]for

10seconds.ThisishelpfulwhenacardfailstoappearintheConfigurationmenu.

Figure 75 BIU Reset

Reset

DASSoftwareConfiguration

FOI Configuration

TheinitialscreenfortheFOIprovidesbasicinformationsuchasname,serialnumber,partnumberandactive

alarms.TheLocateme!buttoncausesanLEDtoflashontheunitsothatthemodulecanbeidentifiedinthechassis.

Figure 76 FOI Welcome Screen

Figure 77 FOI Welcome Screen SW Version 3.9, DOI401

FiberDistributedAntennaSystem(FiberDAS)

FOI Opto Status

ThispagewillshowthecurrentstatusandconfigurationoftheFOI.

Figure 78 FOI Opto Status

Item Description

1Fiberopticreceivedopticalpowerfromtheremoteunit.Seeitem1in

Figure79

formeasurementlocation.

RFdownlinkpowertotheremote.Seeitem2in

Figure80

forlocationontheFOIcircuitry.NotethatwithnoRF

powerintotheBIUtheFORwillstillshowsignalinthedownlink.Thisisthesub‐carrierthatistypically10dBbelow

theanticipatedRFlevel.

3RFpath1inputpowerfromtheremote.Seeitem3in

Figure79

forlocationontheFOIcircuitry.

4RFpath2inputpowerformtheremote.Seeitem4in

Figure79

forlocationontheFOIcircuitry.

5TemperatureoftheFOIcard

6Downlinkpath1attenuator#1setting.Seeitem6in

Figure80

forlocationontheFOIcircuitry.Valuemaybe

slightlydifferentthanthevalueinSettingsduetochangesintemperaturecompensation.

7Downlinkpath1attenuator#2setting.Seeitem7in

Figure80

forlocationontheFOIcircuitry.Valuemaybe

slightlydifferentthanthevalueinSettingsduetochangesintemperaturecompensation.

8Downlinkpath2attenuator#1setting.Seeitem8in

Figure80

forlocationontheFOIcircuitry.Valuemaybe

slightlydifferentthanthevalueinSettingsduetochangesintemperaturecompensation.

9Downlinkpath2attenuator#2setting.Seeitem9in

Figure80

forlocationontheFOIcircuitry.Valuemaybe

slightlydifferentthanthevalueinSettingsduetochangesintemperaturecompensation.

10 Uplinkcommonpathattenuator#1setting.Seeitem10in

Figure79

forlocationontheFOIcircuitry.Valuemay

beslightlydifferentthanthevalueinSettingsduetochangesintemperaturecompensation.

11 Uplinkcommonpathattenuator#2setting.Seeitem11in

Figure79

forlocationontheFOIcircuitry.Valuemay

beslightlydifferentthanthevalueinSettingsduetochangesintemperaturecompensation.

12 Uplinkpath#1attenuatorsetting.Seeitem12in

Figure79

forlocationontheFOIcircuitry.Valuemaybeslightly

differentthanthevalueinSettingsduetochangesintemperaturecompensation.

13 Uplinkpath#2attenuatorsetting.Seeitem13in

Figure79

forlocationontheFOIcircuitry.Valuemaybeslightly

differentthanthevalueinSettingsduetochangesintemperaturecompensation.

14 Calculateduplinkopticalinputfromtheremoteunit.Seeitem14in

Figure79

forlocationontheFOIcircuitry.

15 Calculateddownlinkopticaloutput.Seeitem9in

Figure80

forlocationontheFOIcircuitry.

16 PressingReloadwillrefreshthepage

DASSoftwareConfiguration

Figure 79 FOI Uplink Measurement Locations

DETECTOR

CURRENT

SENSOR

ETHERNET

MODEM

OPTO IN

RX-LVL

UL OUT 2

UL OUT 1

TP UL

Attenuator

Common 1

PHOTO

DETECTOR

Attenuator

Common 2

Attenuator

Uplink 1

Attenuator

Uplink 2

STEP ATT STEP ATT

STEP ATT

RX POWER 1

RX POWER 2

10 11

Figure 80 FOI Downlink Measurement Locations

DETECTOR

LASER

DRIVER

ETHERNET

MODEM

OPTO OUT

DETECTOR

MONITOR

TX-LVL

DL IN 1

DL IN 2

TP DL

STEP ATT

Attenuator 1

Downlink 1

Attenuator 1

Downlink 2

Attenuator 2

Downlink 1

Attenuator 2

Downlink 2

STEP ATT

8 9

FiberDistributedAntennaSystem(FiberDAS)

Figure 81 FOI Opto Status DOI401

FOI Opto and Attenuator Settings

ThispagewillallowchangestobemadetotheFOIvalues

Figure 82

FOI Opto and Attenuator Settings

Item Description

1Downlinkpath1attenuator#1.Seeitem1in

Figure83

formeasurementlocation.

2Downlinkpath1attenuator#2.Seeitem2in

Figure83

forlocationontheFOIcircuitry.

3Downlinkpath2attenuator#1.Seeitem3in

Figure83

forlocationontheFOIcircuitry.

4Downlinkpath2attenuator#2.Seeitem4in

Figure83

forlocationontheFOIcircuitry.

5Uplinkcommonpathattenuator#1.Seeitem5in

Figure84

forlocationontheFOIcircuitry.

6Uplinkcommonpathattenuator#2.Seeitem6in

Figure84

forlocationontheFOIcircuitry.

7Uplinkpath1attenuator.Seeitem7in

Figure84

forlocationontheFOIcircuitry.

DASSoftwareConfiguration

Figure 83 Downlink Opto and Attenuator Settings

DETECTOR

LASER

DRIVER

ETHERNET

MODEM

OPTO OUT

DETECTOR

MONITOR

TX-LVL

DL IN 1

DL IN 2

TP DL

STEP ATT

Attenuator 1

Downlink 1

Attenuator 1

Downlink 2

Attenuator 2

Downlink 1

Attenuator 2

Downlink 2

STEP ATT

Figure 84 Uplink Opto and Attenuator Settings

DETECTOR

CURRENT

SENSOR

ETHERNET

MODEM

OPTO IN

RX-LVL

UL OUT 2

UL OUT 1

TP UL

Attenuator

Common 1

PHOTO

DETECTOR

Attenuator

Common 2

Attenuator

Uplink 1

Attenuator

Uplink 2

STEP ATT STEP ATT

STEP ATT

RX POWER 1

RX POWER 2

8Uplinkpath2attenuator.Seeitem8in

Figure84

forlocationontheFOIcircuitry.

9RFONYessettheULvaluesasselectedabove.RFNoturnsofflaser.

Note: Settingto“No”willdisconnectconnectivitytotheremote(s)

SubcarrierTXPowerisusedforthecommunicationsandcontrolsignalingoftheDAS.

Defaultsettingis‐10dBmforsingleportFOIcardsand0dBmforthe4‐portFOIcard.

Thevaluemayneedtobechangedinsituationswherefiberlossisnearthemaximum

andcommunicationsissuesarise.UnnecessarilyincreasingthesubcarrierTXpower

mayaffectRFperformanceoftheDAS.

Item Description

FiberDistributedAntennaSystem(FiberDAS)

Figure 85 DOI401 FOI Opto and Attenuator Settings

FOI Fiber Network Subunits

ThispageprovidesavisualindicationonthefiberlinkstatusforeachconnectiontotheFOI.

Figure 86

123456 7 8

FOI Fiber Network Subunits

Item Description

1SelectingtheremotelinkwilldirectthebrowsertotheRemoteUnitpage.

2NetworkIPaddressoftheFOIcard.

3OpticalwavelengthofthetransmitlaserintheFOIcard.

4 SubcarrieropticallossbetweentheFOIandFORinthedownlinkpath.

5 SubcarrieropticallossbetweentheFORandFOIintheuplinkpath.

SubcarrierpowertothemodeminthedownlinkpathoftheFOR‐Range

shouldbe‐30to‐60.Ifthelevelistoohighortoolowcommunicationand

othersystemproblemsmayoccur.

SubcarrierpowertothemodemintheuplinkpathoftheFOI‐Rangeshould

be‐30to‐60.Ifthelevelistoohighortoolowcommunicationandother

systemproblemsmayoccur.

8MACaddressoftheFOIcard

DASSoftwareConfiguration

Figure 87 DOI401 FOI Fiber Network Subunits

FOI Network Setup

Thispageallowsformanualoverrideofnetworksettings.DefaultconfigurationsshouldbeusedwithDHCPsetto

Yes.

Note: ChangingDHCPto“No”cancauselossofcommunicationstotheBIUandshouldonlybeusedin

veryspecificsituations.DonotenterIPconfigurationdatainotherassociatedsettings.

Figure 88 FOI Network Settings

FiberDistributedAntennaSystem(FiberDAS)

FOI Reset to Factory Default

ToresettheFOItofactorydefault,carefullypressthe“Reset”button(see

Figure89

)for10seconds.Thisishelpful

whenacardfailstoappearintheConfigurationmenu.

Figure 89 FOI Reset Button

Reset

FOR

TheinitialscreenfortheFORprovidesbasicinformationsuchasname,serialnumber,partnumberandactive

alarms.TheLocateme!buttoncausesanLEDtoflashonthechassissothattheunitcanbeidentifiedinthefield.

Note: IfthefiberisjustnowconnectedtotheFOIcard,itcouldtakeupto30minutesfortheFOIto

assignanIPaddresstotheFOR.Seesectionfor

"MovingRemotestoDifferentFOIPort"onpage92

for

detailsonhowtoquickentheIPassignment.

Figure 90 FOR Welcome Screen

DASSoftwareConfiguration

Figure 91 FOR Welcome Screen

RF Strip 1 XXX MHz Status

Figure 92 FOR RF 1 Status

Item Description

1DownlinkfrequencybandfortheRFpath/stripselected

2RFlinksettingforthedownlinkpath:OnorOff.

3SettingofthedownlinkALCthreshold.

4DownlinklowpoweralarmturnedOnorOff.

5GainsettingfortheRFpathunderreview.

6Maximumallowedgainwillalwaysbethesameasthesetgainexceptin

specialbuilds.

FiberDistributedAntennaSystem(FiberDAS)

RF Strip 1 XXX MHz Configuration

Figure 93 FOR RF 1 Configuration

Theamountofactualgainusedbythesystem.Mightnotachievemaxgain

settingifALCisinoperation.Ifthesetgainis56asitisabove,RFisturned

onandtheactualgaininline7islessthan56thenthesystemisbeing

overdrivenandALCiskickingin.Reducegain.Suggeststartingwiththe

valuedisplayedinline7sincethisisthemostgainthatisbeingused.

8 Outputpoweroftheamplifierforthepathunderreview.

9UplinkfrequencybandfortheRFpath/stripselected

10 RFlinksettingfortheuplinkpath:OnorOff.

11 Statusofuplinktesttonesignal.Testtoneautomaticallyturnsoffafter60

minutes.

12 Uplinktesttonefrequencysetting.

13 Uplinktesttonelevel.Notadjustable.Accountsforlossesininternal

duplexers,ifany.

14 UplinkALCthresholdsetting.

15 Gainsettingintheuplinkpath.

16 Maximumallowedgainsetbythesystem.

17 Actualgainbeingusedintheuplinkpath.Thefiguremightnotmatchgain

settingifALCisinoperation.

UplinkoutputtotheFOI.

Note: IftheuplinkpathissettoOffareadingof“<“is

returned.

19 Periodicenablesaconstantupdateofthestatusscreen.

Item Description

1DownlinkgainsettingforRFpathunderreview.

DownlinkALCsettingforRFpathunderreview.Thefactorydefaultissetat

theratedpoweroftheremoteunit(i.e.DDHissetto43dB).Thelevelcould

besetlowerforspecificsituations.Notethatthefactorylevelissetatthe

antennaport.Ifremoteisshuttingdownduetobeingoverdrivenitis

suggestedtoreducetheALClevelbyoneortwodBtoreducethenumberof

alarms.

3 TurnsdownlinkRFonoroff.

Item Description

DASSoftwareConfiguration

RF Strip 1 XXX MHz Configuration Software Version 3.9

Softwarerelease3.9introducessettableReturnLossmeasurementsandcontroloveralarms.Thedefaultinterval

settingis“0”indicatingthereturnlossalarmfeatureisturnedoff.Returnlossalarmsareoftendisabledwhenthere

isapassiveantennanetworkinstalledbeyondtheremote.

ThedefaultReturnLosssettingis"9".Theremotewillstartshuttingdownand/orPAdamagecanresultwitha

returnlossoflowerthan6.

Figure 94 FOR RF 1 Configuration, Software Version 3.9

4 Turnsdownlinklowpoweralarmonoroff.

5UplinkgainsettingforRFpathunderreview.

UplinkALCsettingforRFpathunderreview.Thisisthethresholdatwhich

thesystemwillstartreducingfurthergaintopreventincreasesinuplinkRF

totheFOI.After10dBdecreaseingainanuplinkalarmwillbetriggered

Note: Shouldbeleftafactorydefault.OnlychangeifFOR

uplinkgainischanged.IfgainisincreasedonFORuplink

thenthesamevalueshouldbedecreasedontheALC.

Example:ChangingtheULFORgainfrom12to17wouldrequireALCtobe

changedfrom‐13to‐18.

HardwareALCoffsetmeasuredintenthsofadB.Defaultsettingof60

(6dBm)shouldbeusedformostapplications.Shouldthesoftwarenotbe

abletoreduceuplinkgainfastenoughaftertheALCthresholdhasbeen

exceed,hardwareattenuationwillbeaddedtoprotecttheuplinkpath.In

theexampleabove,thehardwareattenuationwilltriggerat‐7dBm(‐13dBm

ALCthresholdminus6dBmHWALCoffset=‐7dBm)

8 TurnsuplinkRFonoroff.

9Setsuplinktesttonefrequency.Mustbewithinuplinkfrequencylimitsof

theRFmodule.

10 Turnsonuplinktesttone.Testtonetimesoutafter60minutes.

11 RetrievescurrentFORsettingsfromsystem.

Return Loss (db) VSWR

9.542 2.00

9.262 2.05

8.999 2.10

8.752 2.15

8.519 2.20

8.299 2.25

8.091 2.30

7.894 2.35

7.707 2.40

7.529 2.45

7.360 2.50

7.198 2.55

7.044 2.60

6.896 2.65

6.755 2.70

6.620 2.75

6.490 2.80

6.366 2.85

6.246 2.90

6.131 2.95

6.021 3.00

Item Description

FiberDistributedAntennaSystem(FiberDAS)

FOR Opto Status

Figure 95 FOR Opto Status

Figure 96 FOR Downlink Schematic

CURRENT

SENSOR

ETHERNET

MODEM

OPTO IN

RX-LVL

RF OUT 1

RF OUT 2

PHOTO

DETECTOR

STEP ATT STEP ATT

Item Description

1OpticalpowerreceivedfromtheFOI.Seeitem1in

Figure96

for

measurementlocation.

2UplinksignalbeingfedintotheFORuplinklasercircuit.Seeitem2in

Figure97

formeasurementlocation.

3LasercurrentfortheRemoteUnitFOR.Shouldbelessthan50mA.

4TemperatureoftheRemoteUnitFORboard.

Tota lgainoftheFORinthedownlink.NotethatRFOut1and2arewide

band(FMto2600MHz)thatfeedbandspecificRFamplifiersinthefollowing

VGAstage.

Tota lgainoftheFORintheuplinkpath.NotethatRFIn1andIn2arewide

band(FMto2600MHz)thataresignalsfromtheuplinkfrequencyspecific

amplifiers.

CalculateddownlinksignalbeingreceivedfromtheFOI.Seeitem1in

Figure96

formeasurementlocation.Takesintoconsiderationoptical

wavelengthandtemperaturecompensation.

CalculateduplinksignalbeingtransmittedtotheFOI(FORinputfromVGA+

FORuplinkgain/attenuation).Seeitem3in

Figure97

formeasurement

location.

DASSoftwareConfiguration

Figure 97 FOR Uplink Schematic

LOG

DETECTOR

VOLTAGE

INVERTER

LASER

DRIVER

ETHERNET

MODEM

OPTO OUT

TX-CURR

MONITOR

DIODE

LASER

DIODE

TX POW

PHOTO DIODE

TX-LVL

+5 V -5 V

RF IN 1

RF IN 2 STEP ATT

FiberDistributedAntennaSystem(FiberDAS)

FOR Opto Gain and Attenuation Settings

Figure 98

FOR Opto Gain Settings

Asettingof+20indicatesnoattenuationsoFORwillhave+20dBgain(+20dBgainminus0dB

attenuation).

Asettingof+10willhave10ofattenuationsothisstagewillhave10dBmofgain(+20dBgainminus

10dBofattenuation).

Asettingof0willhave20dBofattenuationsothisstagewillhaveunitygain(+20dBgainminus

20dBofattenuation).

Asettingof‐10willhave30dBofattenuationsothisstagewillhave10dBofloss(+20dBgainminus

30dBofattenuation).

Asettingof‐20willhave40dBofattenuationsothisstagewillhave20dBofloss(+20dBgainminus

40dBofattenuation).

Asettingof+20willhavefullgainof+20dBm.

Asettingof+10willhave+10dBgain.

Asettingof0willhavenogain.

Factorydefaultshouldbeusedunlesshighlossinfiber.NotethatchangesinGainuplinkwill

requirechangesintheFORULALClevel.

Item Description

FORgaininthedownlinkpath.Rangeistypicallyfrom‐20to+20.FORdownlinkpathhasinherent/rawgainof

+20dB(FMto2600MHz).

FORgainintheuplinkpath.Rangeistypicallyfrom0to+20dBm(FMto2600MHz).

DASSoftwareConfiguration

FOR Fiber Network Settings

Thispageallowsformanualoverrideofnetworksettings.DefaultconfigurationsshouldbeusedwithDHCPsetto

Yes.

Note: ChangingDHCPto“No”cancauselossofcommunicationstotheBIUandshouldonlybeusedin

veryspecificsituations.DonotenterIPconfigurationdatainotherassociatedsettings.

Figure 99 FOR Network Settings

Figure 100 More FOR Network Settings

ITem Description

SubcarrierTxPowerisusedforthecommunicationsandcontrolsignalingof

theDAS.Defaultsettingis‐10.Thevaluemayneedtobechangedin

situationswherefiberlossisnearthemaximumandcommunicationsissues

arise.UnnecessarilyincreasingthesubcarrierTXpowermayaffectRF

performanceoftheDAS.

efaultseeingofYesshouldbeusedexceptforspecialapplications.

FiberDistributedAntennaSystem(FiberDAS)

FOR Application Handling

Theapplicationhandlingpageallowsforsoftwareresetandrebootingfunctions.

Note: OnlytheRebootcommandshouldbeusedbythetechnician.Allotherfunctionsshouldonlybe

usedundersupervisionofBirdengineeringastheymaycausedatacorruptionifnotinitiatedproperly.

Figure 101 FOR Application Handling

Slave FOR

ASlaveFORiswhenaremotehasasecondFORinstalled.TheSlaveFORismostlikelytobeusedwhentheremoteis

configuredforMIMOorhasmultipleamplifiersinthesamebandorhasredundantfiber.

SettingsfortheSlaveFORisthesameasthemainFORexcept,“CalcipforETH0issetto“No”.

Figure 102 Slave FOR Network Settings

DASSoftwareConfiguration

Naming Components

PropernamingofindividualcomponentsintheDASiscriticaltotroubleshooting.Arecommendationistostartall

componentnameswiththeirfunctionsuchas"BIU","FOI"or"FOR".Forexample:"BIU‐850Sector1".

Youmayuseanycombinationofalphanumericcharactersandthespecialcharacterofdash"‐".Donotuseany

otherspecialcharactersorspace.

0through9

athroughz

AthroughZ

‐

Componentnamesarelimitedto56characters.

1. SelectthecomponenttobenamedfromtheConfigurationmenu.

Figure 103 Component Selection

2. UsetheLocateMebuttontoverifywhichcardsisbeingaccessed.

Figure 104 Locate Me Button

3. GotoAdvanced>NetwSetup

4. EnterthenewcardnameintheHostNamefield.See

Figure105

5. Selectsubmit.

FiberDistributedAntennaSystem(FiberDAS)

Figure 105 Unit Naming

6. GotoAdvanced>Applrestart.

7. SelecttheRebooticonatthebottomofthemenu.See

Figure106

8. Select"YES‐RestartProcess"

Note: Afterrebooting,itcantakeupto5minutesbeforetheunitshowsupintheGUI.

Figure 106 Naming Reboot

9. Afteralltheunitshavebeenrenamed,gototheConfigurationmenuandselectthecorrectcardtype.

10. Highlightallthecardsintherightcolumnthathadnamechangesandthenselect“<<“.Select“Submit”

ThiswillremovetheoldnamesfromtheDASConfiguration.

11. Highlightallthecardsintheleftcolumnwiththenewnamesandthenselect“>>”.Select“Submit”.

ThiswillmovethenewcardnamesintotheDASconfiguration.

Table 67 Submit Newly Named Units

12. SelectNetworkViews>Alltoconfirmthatallcardsarenowpartoftheconfiguration.

DASSoftwareConfiguration

Moving Remotes to Different FOI Port

AllDAScomponentsareassignedIPaddressesbytheBGW.TheFORintheRemoteistheassignedanIPaddressasa

subunitoftheFOItowhichitisconnected.WhentheRemoteismovedtoadifferentFOIoneofseveralactionsmust

takeplace:

1. TheleaseontheRemoteIPaddressmustbegiventimetoexpire.Thiscouldtakeupto30minutes.Oncethe

currentIPleaseexpires,thenewFOIwillthenassignthecorrectIPaddresstotheRemote.

2. ManuallypowercycletheRemote.Duringtherebootprocess,theRemotewillreleasetheoldIPaddressand

havethecorrectIPaddressassignedbythenewFOI.

3. CommunicationstotheremotecanonlyoccurwhentheremotehasthecorrectIPaddress.Beforemovingthe

fiber,accesstheFORviatheGUI.Intheadvancedsettings,reboottheFOR.Assoonasthereboothasbeen

initiated,quicklymovetheheadendfibertothenewFOIport.WhentheRemotefinishestherebooting

process,thenewFOIwillassignthecorrectIPaddress.

Replacing Master Unit Cards

AllDAScomponentsareassignedIPaddressesbytheBGW.Whenacardisreplaced,thecardmustbeassigneda

newIPaddressbytheBGW.Onrareoccasions,theBGWmayhavenotbeabletoassignanIPaddresstothenew

card.ThisiseasilycorrectedbyremovingthecardfromtheMasterUnitchassis(withESDstrapattached)andthen

re‐installthecard.TheBGWwillthenassignthecorrectIPaddress.

Moving Master Unit Cards

Occasionally,cardsneedtobemovedtodifferentslotsintheMasterUnit.

1. Movethecardtothenewslot.

2. EnsurethereisanEthernetconnectionforthenewcardlocationonthebackplaneoftheMasterUnit.

3. Waitforthecardtocompletethebootprocess.Ifthecardremainsinthebootprocess(GreenLEDremainson

forapproximately2secondsandthenoffforonesecond)thentheIPaddressmaynothavebeenassigned.

CheckEthernetconnection.

4. LogintotheGUItoconfirmsoftwareconnectivity.Onoccasionsthecardwillnotshowupafterbeingmoved.

a. GototheConfigurationmenuandremovethecard(movefromrighttoleft)andthenSubmit.See

Figure107onpage93

b. Selectthecardfromtheleftmenuandthenadditbacktothesystemontherightandthensubmit.

c. GototheHomemenu.LogoutoftheBGWandthenlogbackin.

d. GotoNetworkViewsandlogintothecardtoverifyGUIconnection.

CAUTION

AlwaysuseanESDstrapwheninstallationandremovingcards.Failuretocomplymayresult

inpermanentdisablingdamagetothemodule.

FiberDistributedAntennaSystem(FiberDAS)

Figure 107 Manage System Modules

Chapter 5 Commissioning

Preparations

Theminimumofpreparationsnecessaryaretohavethesystemdocumentationwhichshouldincludethefollowing

itemsatleast:

Thesystemlayoutandblockschematic

Aconnectiondiagramforthehead‐endMasterUnit

Thetypeofconnectorsandtappersusedtointerfacetothebasestationports

ThenumberofcarriersforeachoftheBIUthatthebasestationsconnectsvia

Maximumoutputpowerforeachservicefromthebasestations

Fiberlossesshouldbedocumentedbeforehandsothatyoucancomparewhatthesystemactually

measures

Sectorizationinformation,whichsectorsshouldgotowhichremotes

DAScalculatorsheetsshowingtheexpectedsettingsforeachoftheRFchainsinuplinkanddownlink.

InformationaboutEthernetconnectionifthesystemshouldbemonitoredbyremote.Howtoconnectitto

theInternetforremoteviewingunlessyouareusingamodem.

Necessary tools

Thetoolsnecessarytocommissionthesystemincludes:

Onelaptopforchangingthesystemsettings,checkinganyalarmsandstatus.Onlysoftwareneededisa

webbrowser.OperatingsystemcanbeWindows,LinuxorMacasyouprefer.

Spectrumanalyzertomeasuretheuplink.Thesystemreliesontesttonemeasurementsintheuplinkand

thereforeitisimportanttohaveequipmenttomeasurethem.

SMAtooltobeabletoconnectordisconnectBTScablesfromtheBIU.

QMAadaptersoyoucanmeasuresignalsdirectlyonthehead‐endunitssuchastheFOI,BIU,ICUandso

on.

Software

Noparticularsoftwareisnecessaryexceptamoderngraphicalbasedwebbrowser.

FiberDistributedAntennaSystem(FiberDAS)

System Commissioning

Pre-requisites

EstablishEthernetconnectionbetweentheBGWandallcards

Powerupallequipment

EnsureIPaddresseshavebeenassigned

Cardswillbrieflyflashgreen.SolidgreenindicateswaitingforIPassignment

VerifyremoteunitfibersareconnectedtocorrectFOIports

Setnamesforallcomponentsandaddcomponentstothesystem‐See“NamingComponents”section

ConnectBTStotheBIUensuringproperattenuationfortheBIUcardbeingused

Commissioning Process

1. Oncethefiberisconnectedandverified,turnFOIRFpoweron.

Connectonlyonefiberportatatimeandcompletenamingofremote.Otherwise,asecondpersonwillbe

neededattheremotestoidentifytheremotewhen“LocateMe”isenabled.Thiscanbeeliminatedwithgood

projectmanagementandlabelingduringtheinstallationprocess.

Figure 108

FOI

Control

FOI RF On

2. Enabletheappropriateopticalportsonthe4‐portFOI

Onlyenabletheopticalportsthatarebeingused.Otherwise,thesystemwillalarmwithlowopticallevelson

theunusedports.

Commissioning

Figure 109

Enable

FOI

Optical

Ports

Enable FOI Optical Ports

3. GotoFOIstatusandnoteRXOptopowerUL.

Thelasertransmitsat5000uW.Thedifferencebetweenthe5000uWtransmitlevelandthereceivelevelisthe

lossonthefiber.

Figure 110 RX Optical Power

Optical

Power

a. Startingwithsoftwarerelease3.9,thereisanoptiontohavetheGUIcalculatethefiberloss.

Figure 111 Calculated Optical Loss, Software version 3.9

DL and UL

Optical

Loss

FiberDistributedAntennaSystem(FiberDAS)

Uplink

1. Setallvaluesatdefault(factorsettingmayvaryduetoindividualtestingbeforeshipping)forallbands

a. BIU:‐10dB

b. FOI:‐6,‐6,‐6

c. FOR:+12

d. Amp:+35forlowlossfiber,+45forhighlossfiber

2. Startwithadjustingthehighfrequencyband.

3. TurnRFonattheBIU.EnsurethatonlytheRFstripsbeingusedhaveRFturnedon.

4. GototheFORandturntheULtesttoneon.Notethelevelbeingtransmittedandthefrequency.Thelevelisset

atthefactorytocompensateforlossesbetweentheRUoutputportandtheamplifier.Levelswillvaryunitby

unit.

5. ConnectspectrumanalyzertotheBIUBTSportandtunetotheULtesttonefrequency.

6. Measurethetesttonelevel.InitialgoalshouldbetosettheULtesttoneattheBIUBTSporttothesamelevel

asbeingtransmittedattheRU(zerodBsystemgain).

a. Toreducegain,itisrecommendedtoadjusttheattenuatorsintheBIUULpath.Thiswillfurther

reduceULnoise.

b. Toincreasegain,itisrecommendedtoadjustthegainintheRUULpath.

Note: DonotdrivetheFORULlaserwithmorethan0dBmRFinput.RecommendedFORULinputlevel

isapproximately‐5dBm.

c. TheBIUULinputwillbepermanentlydamagedwithsignalsstrongerthan+13dBm.

7. RecordULtesttonelevelreceivedinthespectrumanalyzer.AfterallremoteunitsonthesectorhaveULlevels

set,theremoteswillneedtobebalancedagainsteachother(allarehittingtheBTSULatthesamelevel).

Levelsshouldbewithinabout1dBofeachother.

Downlink

1. Setallvaluesatdefault(factorsettingmayvaryduetoindividualtestingbeforeshipping)

a. BIU:‐15dB

b. FOI:‐3,‐3

c. FOR:+10

d. Amp:Tobesetbasedonactualinput

2. Suggestion:SetFORDLALCleveltoonedBlessthanampratingifunitalarmsonDL.

a. A43dBamplifierwouldhaveanALClevelsetto+42.

3. SetBIUDLleveltocompensateforICUinterconnectionloss.Donotexceed+10dBoutputoftheBIUintheDL

path(willcauseIM).

a. Suggestsettingatmaximumof+5dBoutputoftheBUI.

b. Notethereis13dBofinherentlossintheBIU.With0dBsettingsintheBIUDLattenuatorsa30dB

inputsignalwillhaveanoutputof+17dB(30dBinputminus13dBinherentloss=17dB).Adjust

attenuatorssothatBIUisapproximately+5dBasastart.

c. VariationsintheBTSinputlevelsforloadingmustbetakingintoconsideration.Fullloadandnoload

powerlevelsdiffergreatly.DonotallowtheBTStooverdrivetheBIU.

4. AdjustFOIattenuatorlevelsintheDLpathsothattheRFinputintotheDLlaserisapproximately‐5dB.

a. Notethatthe0dBmaxintothelaserisacompositelevelforallbands.Bysettingeachbandat‐5dB

thentotalcompositeshouldnotexceed0dB.

b. TakeintoconsiderationthateachBIUhastwoRFstrips/paths.Thesemustbetakenintoconsideration

whensettingtheFOIlevels.

c. CalculatefullloadconditionsforallbandsbeingfedintotheFOI.Incorrectlysettingthelevelswill

impactthesystemduringtimesofmostusage.

5. Setthedesiredgainintheremote.

Commissioning

6. ApplyRFsignaltotheBIUBTSport.

7. CheckRemoteUnitFORstatus"SetGain","Gain"and"OutputPower".

8. Adjust"SetGain"sothatdesiredoutputpowerisachieved.

d. If"Gain"levelislowerthan"SetGain"levelinthestatusscreenthenthesystemisbeingoverdriven

andALCislimitingthegainofthesystem.Reducegainsettingtotheleveldisplayedin"SetGain".

Submitchangeandthereviewstatusscreen."SetGain"and"Gain"levelsshouldnowbeidentical.

Bird VPN Access

EstablishingsecureVPNaccessforBird/DeltaNodewillallowforremotemonitoringandadvancedtechnical

support.TheBGWisdesignedtocommunicatedirectlywiththeBird/DeltaNodeNOCviacloudaccess.

VPN Settings

1. ConnectlaptoptoanopenportontheDASswitch.DonotconnecttotheConsoleport.

2. LogintotheBGWat172.22.0.1.

Password:“admin”

3. Click“Configuration,”see

Figure112

4. Click“ExternalComm.”

Figure 112

Certificate Entry

5. Click“CertificateHandling.”

6. Click“Browse”nexttouploadCertificateforSecondaryCGW.

OnlymakesettingchangestotheSecondaryCGW.ThePrimaryCGWisreservedforcustomerCGWaccess.

FiberDistributedAntennaSystem(FiberDAS)

7. Selectthecheckboxnexttothe10##.crtfile.See

Figure113

8. Click"Insert"

Figure 113

Certificate Selection

9. Select"Browse"fortheFilenameforcertificatekey.See

Figure114

Figure 114 Key Entry

10. Selectthecheckboxnexttothe"10##.key"file.See

Figure115

11. Select"Insert"

Figure 115 Key Selection

Commissioning

100

12. SelectExt.EthernetTab

13. Selectthecheckboxfor“Useeth0forInternet(WAN).”

ThisensuresexternalEthernetconnectionsareallowed.

Figure 116

External Ethernet

14. SelectDNSForwarderstab.

15. Selectradiobuttonfor“Dynamic,assignedbyeth0.”

Note: TheBirdmaintainedCGWisnotabletohostnamecheckaDNS2IPaddressof8.8.2.2,4.2.2.4or

4.2.25.PleasechangetosomethinglikeGoogle's8.8.4.4or8.8.8.8

Figure 117

DNS Forwarders

16. SelectVPNSettingstabtoverifythattheVPNsettingsarecorrectlyset.

17. Selectcheckbox“LogVPNConnections”

18. Type“nemo3.deltanode.com”intotheSecondaryCGWsettingforFQONorIPaddress.

19. Selectcheckbox“ActivateaVPNservicetunnel.”Thisselectionisonlyonavailableonoldersoftwareversions.

Figure 118 VPN Settings

nemo3.deltanode.com

FiberDistributedAntennaSystem(FiberDAS)

101

20. Clickon“Status/Statistics.”

21. Selectthe“CommunicationControl”tab.

22. Selectthecheckboxnextto“VPNRestart.”

23. Click“Restart.”

Figure 119

VPN Restart

24. Afterabout10minutes,theBGWshouldstartcommunicatingwiththeBird/DeltaNodeCGW.

25. ClickonStatus/Statistics

26. SelecttheEthernetStatustab.

Both"eth0"and"eth1"shouldshowconnectivity.

Figure120

showsgoodcommunicationsin"eth0"between

theBGWanda3Gmodem."eth1"showsgoodcommunicationsbetweenthe3GmodemandtheBird/

DeltaNodeCGW.

Figure 120 Ethernet Status

Commissioning

102

Wireless Modem Setup

Duetovarianceswithdifferentwirelessmodemmanufacturers,settingsmayvaryfrommodemtomodem.A

generalunderstandingofnetworksettingsisrequired.Belowareafewtypicalsettingsthatwillneedtobe

configured.

Modem DHCP

DHCPwillneedtobeenabledsothatthewirelessmodemcanassignanIPaddresstotheBGW.Besuretoenterthe

stopandendIPaddressasseenintheimage.

Figure 121 Modem DHCP Configuration

Modem VPN Tunnels

TheBGWcommunicatesbacktotheCGWviaaVPNtunnel.ThewirelessmodemmustenableVPNpassthrough.

Figure 122 Modem VPN Settings

Modem Port Forwarding

SetupthemodemsothatitforwardsTCPport443.

BGW Configuration

1. ConnectIPmodemtotheExternalWANportontheBGW.

2. ClickConfiguration.See

Figure123

3. ClickExternalComm.

4. Select3G‐Modemtab.

5. Selectthe“Use3GModem”checkbox.

FiberDistributedAntennaSystem(FiberDAS)

103

Figure 123

BGW Configuration - 3G Modem Setup

6. SelecttheVPNSettingstab.

7. Selectthe“ActivateaVPNservicetunnel”checkbox,ifnotalreadyselected.

Note: OldersoftwareversionsoftheBGWdonotofferVPNservicetunnels.ContactBirdtoordera

replacementBGW.

Figure 124

BGW Configuration - VPN Setting

8. SelecttheDNSForwarderstab.See

Figure125onpage104

9. Selecteither:

"Dynamic,assignedbyeth0"or

"Staticaddresses".Enter8.8.8.8intheForwardingto(DNS1).

Commissioning

104

Figure 125

BGW Configuration - DNS Forwarders Setting

10. SelecttheExt.Ethernettab

11. Select"Useeth0forinternet"and"StaticIPaddress"checkboxes.

12. RecordtheexistingIPsettingincaserollingbacktooriginalsettingsisrequired.

13. EntertheIPaddressesinformation:

IPAddress:192.168.0.10

Netmask:255.255.255.0

GatewayIPAddress:192.168.0.1

Figure 126

BGW Configuration - External Ethernet Setting

14. Afterallthesettinghavebeenconfigured,powercyclethewirelessmodem.

15. Clickon"Status/Statistics."See

Figure127onpage105

16. Selectthe"EthernetStatus"tab.

Verifiythat"etho"hasbeenassignedavalidIPaddress.

FiberDistributedAntennaSystem(FiberDAS)

105

Figure 127

1516

BGW Configuration - Ethernet Status

Rolling Back Modem Configuration

Iftheexternalmodemisnolongerrequiredtheconfigurationcanquicklyberolledback.

1. ClickonConfiguration.See

Figure128

2. ClickonExternalComm.

3. SelecttheExtEthernettab.

4. EnteroriginalIPaddressesthatusedpriortoinstallingthemodem.

Figure 128 Rollback Modem IP Addresses

12 3

5. SelecttheDNSForwarderstab.See

Figure129onpage105

6. Selectthe"No"radiobutton.

Figure 129 Stop DNS Forwarding

Commissioning

106

Setup local Network UDP Ports for CGW Access

InorderfortheBird/DeltaNodeCGWtobeabletomakecontactwiththeBGWensurethatthecustomerIT

departmenthasOpenVPNwithUPDports1194to1199.ThisallowsBird/DeltaNodestaticIPaddresstoaccessthe

BGW.

Local Connection to Remote Unit

Atechniciancandirectlyconnectalaptoptotheremoteunit.Thisisusefulwhenthetechnicianisattheremote

unittroubleshooting.Thedirectconnectionisalsoveryusefulwhenthereisnofiberconnectivitytotheremote

unitandtheinstallerneedstotestandprogramtheremoteunitduringtheinstallationprocess.

Note: Bydirectlyloggingintheremoteunitandprogrammingthenameoftheremotethereisless

chanceofconfusionwhenalltheremotesareconnectingtotheMasterUnit.

1. SetlaptoptoastaticIPaddress;somethingalongthelinesof

IPaddress169.254.48.11

SubnetMask255.255.0.0

Gateway169.254.0.1

2. ConnectRJ45EthernetcabletothelaptopandtheEthernetportontheremote.

Figure 130 Remote Unit Ethernet Port

Ethernet

Port

3. Useanywebbrowsertoconnecttotheremoteunitstartingwithhttp://169.254.48.1.

TheremoteunithasadefaultIPaddressof169.254.48.1to.10.Iftheloginmenudoesnotappeartrythenext

sequentialIPaddress(http://169.254.48.2).ContinuetryingthenextIPaddressuntiltheloginmenuappears.

Figure 131 Remote Unit Login Screen

4. Whentheloginmenuappearstypeinthedefaultcredentials:

Username:“extended”

Password:“admin”

5. TheGUImenuswillbethesameaswhenconnectingtotheremotethroughtheBGW.

FiberDistributedAntennaSystem(FiberDAS)

107

Local Connection to Remote Unit with Two FOR's

Someremoteunitsarebuiltwith2FORboards.Thiswouldoccurinapplicationswhereonechassiscontains:MIMO

paths,multipleamplifiersofthesameband,amplifiersfedfromdifferentFOIcardsorotherspecialapplications.The

2FORboardssharetheoneEthernetconnectorontheremoteunit.AstandardEthernetcablewillonlyaccessFOR

[0].AcustomcableisrequiredtoaccessFOR[1]board.

TobuildacabletoaccessbothFORunitsyouwillneedthefollowingitems.

Wirecutters

Wirestrippers

Electricaltape

TwoEthernetcableswithRJ‐45Connectors

Build a Custom Cable

1. CutbothEthernetcablesinhalf.

Threesectionswillbeneeded.

2. Stripbacktheinsulationoneachwireabout0.5inch/13mm.

3. Twistthecolorpairstogetherasshownin

Figure132onpage108

4. Useelectricaltapetocovertheconnectionssobarewiredonottouch.

Unusedcablestrandscanbecut.

5. Securethesplicewithelectricaltapesothatstressdoesnotpullthewirepairsapart.

6. Clearlymarkeachconnectortodistinguishwhichconnectorisattachedtotheremoteandwhichconnector

plugsintothelaptopforFOR[0]andFOR[1].

Commissioning

108

Figure 132

123457

12345

Top:

Front:

Custom Cable for Connecting to two FOR systems

Connection to BGW from Remote Unit

ThetechnicianhastheabilitytoconnecttotheBGWfromtheremoteunit.Thiseasestroubleshootingand

programmingbynothavingtoreturntotheBGWlocationfordirectaccess.

1. EnablethelaptopDHCPsettings.

2. ConnectRJ45EthernetcabletotheEthernetportontheremote.

TheFOIwilldetectthatadevicehasconnectedtotheFORandwillassignanIPaddresstothe

thelaptopintherangeof172.22.108.49‐62.

Note: Itmaytakeupto15minutesfortheFOItoassignanIPaddresstothelaptop.

3. UsinganInternetbrowserconnectto172.22.0.1

4. Whentheloginmenuappearstypeinthedefaultcredentials:

Username:"extended"

Password:"admin".

109

Chapter 6 RF Commissioning

Inordertomaketheprocessmoreclearforthispartofthemanualwewillconsidersettingupafictitioussystem,

butbasedonastandardapproachatdoingFiber‐DAS.Thesystemthatweareconsideringwillhavetwofrequency

bands,let’sassumeGSM900MHzandUMTS2100MHz.Theexamplewillhave2sectorswithtworemotesineach

sector.Ofcourseyoursystemmaylookdifferent,bemoreorlesscomplexbutinordertomakeitclearhowthe

systemissetupthisshouldprovideyouwithastartingpoint.

Setting up the uplink

SettinguptheuplinkmeanstoadjustthesystemforanoptimalworkingpointfromtheantennaportoftheRemote

UnittotheactualinputontheRadioBaseStation.Thiscanbedoneindifferentwaysdependingonhowthesystem

isdesigned.Wewillherediscussastandardset‐upstartingwithasmallblockschematicshowinghowthesystemis

connected.

Figure 133



























 

System Interconnect Diagram

Themainparameterthatwewillbediscussingisthe”netgain”ofthesystem.Thismeansthetotalchangeinsignal

fromtheRemoteUnitantennaporttothereceiverportonthebasestation.Therearedifferentwaysofsettingthis

systemupbutwewilllookata0dBnetgainsystemwhichisagoodstartingpointformostsystems.

ThesystemgaincanbecalculatedasthegainintheRemoteUnit–Lossonfiber+FOIgain–ICUloss+BIUgain–

couplerloss.Basicallythistakesformofalinkbudgetandhereisanexample:

Table 68

Unit/Component Gain/Loss (dB) Accumulated Gain/Loss (dB)

RemoteUnit(RU)

Fiber‐OpticCable

FOI

ICU

BIU

Coupler

Example Link Budget

BasicallythismeansthatwhateverisinputattheantennawillalsobeseenatthesamelevelfortheRadioBase

Stationreceiver.Thisisnotabadstartingpointbutdoesnottakeintoaccountthenoiseloadonthebasestation

whichwillincreasesomewhatwiththissetup.

40 40

-10 30

20 50

-35 15

015

-15 0

RFCommissioning

110

Noise load on Radio Base Station

Thesystemwillinevitablyaddsomenoisetothereceiver.Whenproperlysetupthenoisefigureinasystemlikethis

willbebetterthan3dB.However,ifthegainisimproperlysetup(i.e.notenoughgainintheremote,toomuchgain

inthehead‐end)itispossibletocreateaverybadnoisefigure.InordertoavoidthistheFiber‐DASCalculatorshould

beusedtocalculatethenoisefigureofthesystemintheuplink.

IfyouhavenotfamiliarizedyourselfwiththeFiber‐DASCalculator,dosobeforemovingoninthismanual.The

figuresintheFiber‐DAScalculatorrelatetothesettingsofallstepsinthechain.Byusingthecalculator,youcan

determinethepropersettingsonceyouknowthefiberlossbetweentheRemoteUnitandtheheadend.

LetusassumeyourhavearrivedataNoiseFigure(NF)of3dBforthischain.Howeveryoursystemmaycontain

moreremotes,perhapsconnectedlikethesystemin

Figure134

Figure 134

































!





Multiple RU Connection Diagram

Nowthenoiseloadcanbecalculatedbyaddingthenoisecontributionfromeachstepofthechain.Belowisan

exampleofnoisefiguresfromeachoftheremotes:

Table 69

Chain NF Gain Noise Load

RU1

RU2

RU3

RU4

BaseStation

Fiber‐DASNoiseLoad

TotalNoiseintoBTS

Noise Load

AddyourfigurestothesheetintheFiber‐DAScalculatoranditwillcalculateitforyou.

2.8 0.0 2.8

3.2 1.0 4.2

3.8 -2.0 1.8

2.6 -1.0 1.6

Sum of Noise Load 8.7

4.0

8.0

9.5

Desensitization -5.5

FiberDistributedAntennaSystem(FiberDAS)

111

Whatweseehereisthatifwesetthesystemupinthisfashionwewilldesensitizethebasestationwithabout5,5

dB.ThiscanbeokayifthebasestationcoverageisonlythroughtheFiber‐DASsystembutifthebasestationisalso

beingusedforoutdoorcoverageitisnotgood.Weneedtochangethenetgaintoreflectthis.Ingeneralweshould

lowerthegainsothatwedesensitizetheBTSonlyabout3dB.Thisvalueisagoodcompromiseandsimilartoadding

asecondantennatothesamereceiverport(whichiskindofwhatwearedoingwiththeFiber‐DAS).

Herearethenewvalues:

Table 70

Chain NF Gain Noise Load

RU1

RU2

RU3

RU4

BaseStation

Fiber‐DASNoiseLoad

TotalNoiseintoBTS

Adjusted Noise Load

Asyoucanseeweshouldsetthesystemupwithanetgainofabout‐5dB.Goingbacktothesettingswehadbefore

whichwas:

Table 71 Example Link Budget

Unit/Component Gain/Loss (dB) Accumulated Gain/Loss (dB)

RemoteUnit(RU)

Fiber‐OpticCable

FOI

ICU

BIU

Coupler

WeonlyneedtochangetheBIUsettingusingtheattenuatorsintheBIUtolowerthegainwith5dB.Thiswill

accomplishwhatweneedtodoandtheuplinkshouldthenbecommissioned.

2.8 -5.5 -2.2

3.2 -5.5 -1.8

3.8 -5.5 -1.2

2.6 -5.5 -2.4

Sum of Noise Load 4.1

4.0

4.1

7.1

Desensitization -3.1

40 40

-10 30

20 50

-35 15

015

-15 0

RFCommissioning

112

Practical approach

Nowthatweknowwhatweshouldhavewecaneasilysetthesystemup.Youneedaspectrumanalyzertodothis

anditiseasiesttoconnectitintotheBIUport.Rememberthatwhenyoumeasurehere,thesignalshouldalsogo

throughtheBTScouplerbeforeitreachesthebasestationreceiverport.Thereforeyoushouldexpecttoreada

valuethatis

Yourexpectedgain+thelossinyourcoupler

Ifyouwantanetgainof‐5dBandyouhavea15dBcoupler,youshouldreadanetgainof+10ontheBIUport.This

isnowwhatwearegoingtouseinthefollowingexample.

































!







"#

Turn on the RF

ConnecttotheBIUandturnontheRF.Settheattenuatorinthemediumrangefortheuplinkthatyouare

measuring.Thisallowsyoulatertoadjustitupanddownasnecessarytogetthecorrectgainfortheuplinkchain.

Settingthemto10dBisagoodidea.DLsupervisioncanbeleftasisfornowandalsoDLattenuationwhichwewill

setuplater.

ConnecttotheFOIcardandselectOptoandRF–RFConfigandsetitupaccordingtoyourFiber‐DAScalculator

settings.DonotforgettoturnRFon.

FiberDistributedAntennaSystem(FiberDAS)

113

Nextstepistoconnecttotheremoteunitandsetitupfortestmeasurementintheuplink.

InthisscreenyoushouldalsoturnRFon,setthegaintoabout35dBasastartingpointandthenturnontheuplink

testtone.Notethefrequencyofthetesttone,thisisthefrequencyyoushouldbemeasuringonyourspectrum

analyzer.

RFCommissioning

114

Turnonthespectrumanalyzer,makesureitisconnectedtotherightportontherightBIUandthenfindthe

frequency.Areasonablespanis1MHzandthereceiverbandwidthcanbesetto30kHzorsimilar.Usethemarkerto

measurethepeakofthesignal.Thengotothenextscreenontheremoteunit,theRFStatusscreen.

WhatwearelookingforhereistheTesttoneLevel.Notethisdownaswell,nexttothefrequencyofthetesttone

younotedearlier.

Thencheckyourspectrumanalyzer.Assumingyourtesttonelevelis‐62,6dBmasinthisexampleyourspectrum

analyzermayshow‐58,2dBm.CalculatingthenetgainbetweentheRUandtheBIUwillthenyield‐58,2‐‐62,5=4,3

dB.SubtractthecouplerbetweentheBIUandtheradiobasestationwhichinthisexamplewas15dBandweget‐

19,3dBasournetgain.

Wewanted‐10dBsowehave9,3dBtoolowgain.Weshouldthenincreasethegainandthebestplacetodothis

wouldbeintheremoteunitbysettingthegainat35+9,3=44,3whichwewillroundto44dB.

Thatuplinkisnowfinishedandwewillrepeatthesettingsforallofouruplink,oneatatime.

CAUTION

TurnOffTestTone

Donotforgettoturnoffthetesttonewhenyouaredonewithyouruplink.Bettercheckoneextratime.Theywill

otherwiseinterferewiththenormaloperationofthesystembycausingnoisetothebasestation.

115

Chapter 7 Model Identification

System Model Numbers

Examples:

DDR4-GC0-PA1-AD — 4band,33dBmpoweroutputperband,Fullband700combinedwithCell850non

duplexed,PCScombinedwithAWSduplexed,ACpowered,7/1 6 DIN,1310nmuplink

DDR4-GC0-PA1-AD-B12-C34-WUBCS — 4band,33dBmpoweroutputperband,Fullband700combined

withCell850nonduplexed,PCScombinedwithAWSduplexed,ACpowered,7/1 6 DIN,Bands1and2(700and850)

1290nmuplink,Bands2and3(PCS&AWS)1310nmuplink,CWDM,fibersplit(3dB)fordaisychainedremotes

CWDM

Optical Split

Wavelength FOR 1

Voltage

FOR 1 Band 1

Connectors

WDM

Frequency

Duplexed

Sub-family

Product Family

Number of Bands

Frequency

Duplexed

FOR 1 Band 2

2W B

UCS

Wavelength FOR 2

FOR 2 Band 1

Wavelength FOR 3

FOR 3 Band 1

Family:

DDU - 46 dBm Full Band

DDH - 43 dBm Full Band

DDS - 41 dBm Single Carrier

DDR - 33 dBm Full Band

DDL - 23 dBm Full Band

DDX - Mixed Power Levels

Frequency:

R - FM Radio

V - VHF (136-174)

T - Tetra (380-400)

M - Gov (406-420)

B - Tetra (410-415/420-425)

O - Tetra (415-420/425-430)

X - CDMA450 (453-457.5/463-467.5)

U - UHF (450-470)

Q - 500MHz T-Band (470-512)

L - Lower 700

H - Higher 700

G - 700 Full Band

F - PS 700 (793-805) FirstNet & NB

S - 800 SMR

J - DD 800

C - Cell 850

N - 900 PS

Y - GSMR

Z - EGSM900

D - DCS (1800)

P - PCS

I - UMTS (1900/2100)

A - AWS (1700/2100)

K - AWS & AWS3

E - IMT-E (2600)

Duplexed or DDX Pwr Lvl:

0 - Non-duplexed

1 - Duplexed

For DDX use:

For DDX Pwr Lvl 0 - 9:

0 - Non-duplexed (DDU)

1 - Duplexed (DDU)

2 - Non-duplexed (DDL)

3 - Duplexed (DDL)

4 - Non-Duplexed (DDH)

5 - Duplexed (DDH)

6 - Non-duplexed (DDS)

7 - Duplexed (DDS)

8 - Non-duplexed (DDR)

9 - Duplexed (DDR)

Number of Bands:

Voltage:

A - Universal AC

(86-264 AC/DC)

D - 48 VDC

CWDM (option):

WUxxxx - combine multiple

uplink ﬁber interfaces onto one

ﬁber - each x denotes a

wavelength (absence of xxxx

implies all UL wavelengths)

WDxxxx - split to multiple

downlink ﬁber interfaces from

one ﬁber - each x denotes a

wavelength (absence of xxxx

implies all DL wavelengths)

Connectors:

N - N-type Connectors

D - 7/16 DIN

M - Mini DIN

WDM:

W - Duplexed (UL and DL on

the same ﬁber)

Wavelength of Uplink:

(FOR2 and FOR3 are optional to

support multiple ﬁber links)

A - 1270

B - 1290

C - 1310 (default C if omitted)

D - 1330

E - 1350

F - 1370

G - 1390

H - 1410

I - 1430

J - 1450

K - 1470

L - 1490

M - 1510

N - 1530

O - 1550

P - 1570

FOR Bands:

(if omitted than all bands on one

FOR)

Bands for that ﬁber link (in order

as appear in model #)

i.e. C123 would be standard FOI

driving bands 1, 2, and 3

Optical Split (option):

Sx - split the ﬁber at entry - to

daisy chain other remotes - x is

dB split (3dB equal split if absent)

ModelIdentification

116

Remote End Unit Part Numbers

Note: Theremoteendunitsarecompletelyintegratedatthefactory,thereisnofieldassemblyother

thanmountingandcableconnection.Modulesshouldnotbealteredoncedeployed.

Public Safety DDR Module Numbers

Part Number Frequency Band IC Certification Number

MOD‐DDR‐VVHF‐136‐174MHz 110141A‐DDR1V

MOD‐DDR‐UUHF‐450‐470MHz 110141A‐DDR1U

MOD‐DDR‐QT‐Band‐470‐512MHz 110141A‐DDR1Q

MOD‐DDR‐F700MhzPS 110141A‐DDR1F

MOD‐DDR‐S800MHzPS 110141A‐DDR1S

Cellular DDR Module Numbers

Part Number Frequency Band IC Certification Number

MOD‐DDR‐G700cellfullband 110141A‐DDR700FB

MOD‐DDR‐C850cellband 110141A‐DDR850

MOD‐DDR‐P1900PCS 110141A‐DDR1900

MOD‐DDR‐A2100AWS 110141A‐DDR2100

MOD‐DDR‐E2600 110141A‐DDR2600

FiberDistributedAntennaSystem(FiberDAS)

117

Deltanode Solutions DDH1900 43dBm High Power Remote User Manual Fiber Distributed Antenna System DAS

Deltanode Solutions AB 43dBm High Power Remote Fiber Distributed Antenna System DAS

Contents

User Manual_Part 2

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