Fiberplex FOI-6012 User manual

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USERMANUAL
FlexibleInterfaceDualRX/TXSFP/SFP+Workbox
FOI‐6012/TD‐6012

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WarningforYourProtection
1.Readtheseinstructions.
2.Keeptheseinstructions.
3.Heedallwarnings.
4.Followallinstructions.
5.Donotusethisapparatusnearwater.
6.Cleanonlywithadrycloth.
7.Donotblockanyoftheventilationopenings.Installinaccordancewiththemanufacturer’sinstructions.
8.Donotinstallnearanyheatsourcessuchasradiators,heatregisters,stoves,orotherapparatus(includingamplifiers)thatproduceheat.
9.Donotdefeatthesafetypurposeofthepolarizedorgrounding‐typeplug.Apolarizedplughastwobladeswithonewiderthantheother.A
groundingtypeplughastwobladesandathirdgroundingprong.Thewidebladeorthethirdprongisprovidedforyoursafety.Iftheprovidedplug
doesnotfitintoyouroutlet,consultanelectricianforreplacementoftheobsoleteoutlet.
10.Protectthepowercordfrombeingwalkedonorpinched,particularlyatplugs,conveniencereceptacles,andthepointwheretheyexitfromthe
apparatus.
11.Onlyuseattachments/accessoriesspecifiedbythemanufacturer.
12.Useonlywiththecart,stand,tripod,bracket,ortablespecifiedbythemanufacturer,orsoldwiththeapparatus.Whenacartisused,use
cautionwhenmovingthecart/apparatuscombinationtoavoidinjuryfromtip‐over.
13.Unplugthisapparatusduringlightningstormsorwhenunusedforlongperiodsoftime.
14.Referallservicingtoqualifiedservicepersonnel.Servicingisrequiredwhentheapparatushasbeendamagedinanyway,suchaspower‐supply
cordorplugisdamaged,liquidhasbeenspilledorobjectshavefallenintotheapparatus,theapparatushasbeenexposedtorainormoisture,does
notoperatenormally,orhasbeendropped.
Theapparatusshallnotbeexposedtodrippingorsplashing.Noobjectsfilledwithliquids,suchasvases,shallbeplacedontheapparatus.
“WARNING:Toreducetheriskoffireorelectricshock,donotexposethisapparatustorainormoisture.”
GeneralInstallationInstructions
Pleaseconsiderthesegeneralinstructionsinadditiontoanyproduct‐specificinstructionsinthe“Installation”chapterofthismanual.
Unpacking
Checktheequipmentforanytransportdamage.Iftheunitismechanicallydamaged,ifliquidshavebeenspilledorifobjectshavefallenintothe
unit,itmustnotbeconnectedtotheACpoweroutlet,oritmustbeimmediatelydisconnectedbyunpluggingthepowercable.Repairmustonlybe
performedbytrainedpersonnelinaccordancewiththeapplicableregulations.
InstallationSite
Installtheunitinaplacewherethefollowingconditionsaremet:
 Thetemperatureandtherelativehumidityoftheoperatingenvironmentmustbewithinthespecifiedlimitsduringoperationofthe
unit.Valuesspecifiedareapplicabletotheairinletsoftheunit.
 Condensationmaynotbepresentduringoperation.Iftheunitisinstalledinalocationsubjecttolargevariationsofambient
temperature(e.g.inanOB‐van),appropriateprecautionsmustbetaken.
 Unobstructedairflowisessentialforproperoperation.Ventilationopeningsoftheunitareafunctionalpartofthedesignandmust
notbeobstructedinanywayduringoperation(e.g.‐byobjectsplaceduponthem,placementoftheunitonasoftsurface,or
improperinstallationoftheunitwithinarackorpieceoffurniture).
 Theunitmustnotbeundulyexposedtoexternalheatsources(directsunlight,spotlights).
AmbientTemperature
UnitsandsystemsbyFiberPlexaregenerallydesignedforanambienttemperaturerange(i.e.temperatureoftheincomingair)of5°Cto40°C(41
°Fto104°F).Whenrackmountingtheunits,thefollowingfactsmustbeconsidered:
 Thepermissibleambienttemperaturerangeforoperationofthesemiconductorcomponentsis0°Cto+70°C(32°Fto158°F)
(commercialtemperaturerangeforoperation).
 Theairflowthroughtheinstallationmustallowexhaustairtoremaincoolerthan70°C(158°F)atalltimes.
 Averagetemperatureincreaseofthecoolingairshallbeabout20°C(68°F),allowingforanadditionalmaximum10°Cincreaseat
thehottestcomponents.
Ifthecoolingfunctionoftheinstallationmustbemonitored(e.g.forfanfailureorilluminationwithspotlamps),theexhaustairtemperaturemust
bemeasureddirectlyabovethemodulesatseveralplaceswithintheenclosure.
GroundingandPowerSupply
Groundingofunitswithmainssupply(ClassIequipment)isperformedviatheprotectiveearth(PE)conductorintegratedinthree‐pinPhoenix™
connector.Unitswithbatteryoperation(<60V,ClassIIIequipment)mustbeearthedseparately.Groundingtheunitisoneofthemeasuresfor
protectionagainstelectricalshockhazard(dangerousbodycurrents).Hazardousvoltagemaynotonlybecausedbydefectivepowersupply
insulation,butmayalsobeintroducedbytheconnectedaudioorcontrolcables.
Thisequipmentmayrequiretheuseofadifferentlinecord,attachmentplug,orboth,dependingontheavailablepowersourceatinstallation.If
theattachmentplugneedstobechanged,referservicingtoqualifiedpersonnel.
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Warranty,ServiceandTermsandConditionsofSale
ForinformationaboutWarrantyorServiceinformation,pleaseseeourpublished‘TermsandConditionsof
Sale’.Thisdocumentisavailableonfiberplex.comorcanbeobtainedbyrequestingitfrom
[email protected]orcalling301.604.0100.
Disposal
DisposalofPackingMaterials
Thepackingmaterialshavebeenselectedwithenvironmentalanddisposalissuesinmind.Allpackingmaterial
canberecycled.Recyclingpackingsavesrawmaterialsandreducesthevolumeofwaste.Ifyouneedto
disposeofthetransportpackingmaterials,recyclingisencouraged.
DisposalofUsedEquipment
Usedequipmentcontainsvaluablerawmaterialsaswellassubstancesthatmustbedisposedof
professionally.Pleasedisposeofusedequipmentviaanauthorizedspecialistdealerorviathepublicwaste
disposalsystem,ensuringanymaterialthatcanberecycledhasbeen.Pleasetakecarethatyourused
equipmentcannotbeabused.Afterhavingdisconnectedyourusedequipmentfromthemainssupply,make
surethatthemainsconnectorandthemainscablearemadeuseless.
Disclaimer
Theinformationinthisdocumenthasbeencarefullycheckedandisbelievedtobeaccurateatthetimeof
publication.However,noliabilityisassumedbyFiberPlexforinaccuracies,errors,oromissions,norforlossor
damageresultingeitherdirectlyorindirectlyfromuseoftheinformationcontainedherein.
Notice
ThefirmwareincludedinthisproductutilizestheAtmelSoftwareFramework(ASF),Copyright(c)2011‐2012AtmelCorporation.Allrights
reserved.
Redistributionanduseinsourceandbinaryforms,withorwithoutmodification,arepermittedprovidedthatthefollowingconditionsaremet:
1.Redistributionsofsourcecodemustretaintheabovecopyrightnotice,thislistofconditionsandthefollowingdisclaimer.
2.Redistributionsinbinaryformmustreproducetheabovecopyrightnotice,thislistofconditionsandthefollowingdisclaimerinthe
documentationand/orothermaterialsprovidedwiththedistribution.
3.ThenameofAtmelmaynotbeusedtoendorseorpromoteproductsderivedfromthissoftwarewithoutspecificpriorwrittenpermission.
4.ThissoftwaremayonlyberedistributedandusedinconnectionwithanAtmelmicro‐controllerproduct.
THISSOFTWAREISPROVIDEDBYATMEL“ASIS”ANDANYEXPRESSORIMPLIEDWARRANTIES,INCLUDING,BUTNOTLIMITEDTO,THEIMPLIED
WARRANTIESOFMERCHANTABILITY,FITNESSFORAPARTICULARPURPOSEANDNON‐INFRINGEMENTAREEXPRESSLYANDSPECIFICALLY
DISCLAIMED.INNOEVENTSHALLATMELBELIABLEFORANYDIRECT,INDIRECT,INCIDENTAL,SPECIAL,EXEMPLARY,ORCONSEQUENTIALDAMAGES
(INCLUDING,BUTNOTLIMITEDTO,PROCUREMENTOFSUBSTITUTEGOODSORSERVICES;LOSSOFUSE,DATA,ORPROFITS;ORBUSINESS
INTERRUPTION)HOWEVERCAUSEDANDONANYTHEORYOFLIABILITY,WHETHERINCONTRACT,STRICTLIABILITY,ORTORT(INCLUDING
NEGLIGENCEOROTHERWISE)ARISINGINANYWAYOUTOFTHEUSEOFTHISSOFTWARE,EVENIFADVISEDOFTHEPOSSIBILITYOFSUCHDAMAGE.


Introduction

Thetrue“SwissArmyKnife”offiberoptictransport,theFOI‐6012inconjunctionwithanycombinationofa
myriadofFiberPlexorthirdpartySFP/SFP+(SmallForm‐FactorPluggable)optical&electricalmodules,allows
youtotransportwhatyouwant,whenyouwantit,howyouwantit,whereveryouwantit;alloverone
productsolution...TheFiberPlexFOI‐6012andSFP/SFP+moduleshouldbeineveryone’stoolbox.
KeyFeatures
 UltraflexibleSFP+toSFP+DualTX/RXinterface
 SupportsDataRatesupto12.5Gbps
 USBinterfaceforfullaccesstoallSFPstandardandcustomregisters
 LimitlessConversionapplicationsincludingbutnotlimitedto:
o Videodistribution
o AnalogVideotoFiberConversion
o SD‐SDI(composite)toHDvideoconversion
o MADItoFiberConversion
o OM1/OM2toOM3Multi‐modeConversion
o OpticalRepeater
o MultimodetoSinglemodeFiberConversion
TheoryofOperation
Manysortsofinterfaces,notjustfiber,arenowavailableintheSFP/SFP+format,includingFullHDvideoand
networking.Ontheuser,connectorside,theysupportthesignalsappropriatetothoseprotocols,butthen
converttheminternallytoastandardstreamofhigh‐speedserialdata.TheFOI/TD‐6012connectsthose
standardstreamstogether,sothatthedifferentinterfaceprotocolscantalkthesamelanguage.
Sincethefiber‐basedSFPsarethemostgeneric,itisusuallypossibletoconnect,notonlytwodifferentcopper
interfacestogetherinthesameFOI/TD‐6012,butalsotointerposeafiberlinkbetweenthem.Sincetherange
ofsignalsoverfiberissomuchgreaterthanthatofcopper,thisallowssignificantexpansionoftherangeof
thoseprotocols.
SFPsalsohaveanadditional,low‐speedserialinterfacethatprovidesidentification,monitoringandalso
controlofthedevicesthroughtheprocessorintheFOI/TD‐6012.
TheFOI‐6012andTD‐6012supportdualtransmitanddualreceiveSFPandSFP+ONLY.ForstandardMSA
andnon‐MSAtransceiversusetheFOI‐6010orTD‐6010.
DifferencesbetweenFOI‐6012andTD‐6012
Functionally,theFOI‐6012andTD‐6012areidentical.Theonlydifferencesarethepackagingandpower
supply.TheFOI‐6012ispartoftheFOIlineofproductsdesignedforruggedizedmilapplications.Itishousedin
thefamiliarFOIshieldedcanenclosure.ForstandaloneapplicationsitcanbepoweredbyaddingaPSQ‐4909
ACsupplyoraPSQ‐4920DCpowersupply(notincluded).Optionally,upto8FOIunitscanbemountedon
CMAchassisadaptersandinstalledinanRMC‐3101orRMC‐2101rackmountchassis.Theunitsarepowered
redundantlybyacommonbackplaneconnection.
TheTD‐6012ishousedinthecommercial‘ThrowDown’packaging.Thisversionisdesignedtobeaworkhorse
unitinvariouscommercialandindustrialenvironments.Itispoweredeitherbya9VDC‘WallWart’style
supply(included)orviabussedpowersuppliedthroughanintegratedthree‐pinPhoenix™connector.Uptosix
TD‐6012unitscanbeinstalledintheoptional1UTDR‐01rackshelf.


GettingStarted
InitialInspection
Immediatelyuponreceipt,inspecttheshippingcontainerfordamage.Thecontainershouldberetaineduntil
theshipmenthasbeencheckedforcompletenessandtheequipmenthasbeencheckedmechanicallyand
electrically.Iftheshipmentisincomplete,ifthereismechanicaldamage,oriftheunitfailstooperatenotify
FiberPlexandmaketheshippingmaterialsavailableforthecarrier'sinspection.


FrontIndicators/Connections

Figure1TD‐6012(left)andFOI‐6012(right)FrontFace
SFPPortA–InstallSFPsinthisslot.TheseslotssupportdualTXordualRXSFPsONLY.Anynon‐MSA
complaintdualtransmitordualreceiveSFPcanbeusedintheseslotsincludingbutnotlimitedtooptical
moduleswithdataratesintherangeof155Mbpsto12.5Gbps,videocoppermodules,copperquadraxSFPto
SFPcables,etc.
EachchannelisindependentandwillacceptanyformatandanyusersuppliedSFPmodulethatisappropriate
fortheuser’sequipment.Above500Mbps,ultra‐lowjitterSFP’sarerecommended(40psec.)aswellasITU‐T
G.652.D/IEC60793‐2‐50.B1.3compliantfiberopticcable.
SFPPortB–AsecondSFPslotfunctionallyequivalenttoSFPPortA.AnySFPinstalledinthisslotwillbe
directlyelectricallyconnectedtotheSFPinPortA.AnysignalspresentedintheReceiveofPortBwillexiton
theTransmitofPortA.
TXFaultRXDetect–ThereisonepairoftheseLEDindicatorsassociatedwitheachSFPslotonthe
unit.Theycorrespondtotheslotdirectlybelow.Colorindicationscanbeinterpretedusingthefollowingtable:
TXFault RXDetect SFPInstalled TransmitterFunctioning* ReceiveSignalPresent*
Off Off No n/a n/a
Red Red Yes No No
Red Green Yes No Yes
Green Red Yes Yes No
Green Green Yes Yes Yes
*NotethatsomecopperEthernetandVideoSFPsmayhavecustomTXFaultandRXDetectimplementations.SeeSFPdocumentationofindividual
SFPformoreinformation.
Power–LEDwhichindicatesthepresenceofDCpowerintheunit.Notethatonstart‐up,theunitwill
performaquicklampcheck,flashingallLEDs
PowerIndicator
Off Nopowerfromtheexternalsupplyorinternalfault
Blue Powersupplyisoperatingproperly



uFAC–USB2.0Micro‐BconnectorforconfigurationandmonitoringofSFPregisters.Thisfunctionisnot
currentlyimplemented.
Status–LEDwhichindicatesthehealthstatusoftheunit.TheLEDcanbeinterpretedaccordingtothe
followingtable.

StatusIndicator
Off IfPowerLEDison,thereisaninternalfailureinsidetheFOI.Replace
Green Powersupplyisoperatingproperly
Amber Atlimitofnormalrangeoftemperature,applymorecoolingtotheunit
Red Exceedingtemperaturelimitsorinternalfailure

RearIndicators/Connections

Figure2TD‐6012(left)andFOI‐6012(right)RearFace
CircularDCPowerConnection–DCpowerentryfortheunit.OntheFOI‐6012thisisaLemoconnector
designedtointerfacewitheitheraPSQpowermoduleorRMCchassis.OntheTD‐6012thisisastandardDC
connectionforusewiththeincludedDCwallpowersupply.
PhoenixCDPowerConnection–SecondarypoweroptionfortheTD‐6012.Thisiswiredindirectparallel
withtheCircularconnectorandhastheadditionofapositiveearthchassisgroundconnection.Thiscanbe
usedtopowertheunitonaclientsuppliedpowerbuss.



Figure3FOIModuleInstalledinanRMC‐3101Chassis

8
8
9

PowerRequirementsandMounting
FlexiblemountingallowstheFOI‐6012tobechassismountedorstandaloneconfiguration.Anycombinationof
8FiberPlexFOIunitscanbemountedinaRMC‐3101usingCMA‐2001chassismountadapters.TheRMC‐3101
canaccommodatehotswappedredundantpower.Alternately,theFOI‐6012canbeusedinastandalone
applicationwhenpairedwithaPSQ‐4909forfullrangeACoperationorthePSQ‐4920for12‐48VDCoperation.





 
Figure4FOIModulewithPSQ‐4909(left)andwithCMA‐3002(right)
#2 Wood Screw, 1/2" Long, #1 Phillips
Drive
Lower TD Unit Over Screw
Heads,
Figure6TDModuleinstallationonaTDR‐01tray
Figure5InstallingaTDModuleUsing
MountingSlots

InsertingandRemovingSFPModules


IdentifytheLatchTypeoftheSFPModule
SFPModuleshavevariouslatchingmechanismstosecurethemintotheSFPCageofadevice.TheFiberPlex
WDMcansupportahostofmanufacturersandbrandsofSFPModulessotheusermayencounteranynumber
ofdifferentlatches.Someofthesearedescribedbelow.
BailClasp
ThebailclaspSFPmodulehasaclasp
thatyouusetoremoveorinstalltheSFP
module.

ActuatorButton
TheactuatorbuttonSFPmoduleincludesabuttonthatyou
pushinordertoremovetheSFPmodulefromaport.This
buttoncaneitherlift‘Up’orpress‘In’toreleasetheSFP
Moduledependingonthemanufacturer.
MylarTab
TheMylartabSFPmodulehasatabthat
youpulltoremovethemodulefroma
port.
SlideTab
TheslidetabSFPmodulehasatabunderneaththefrontofthe
SFPmodulethatyouusetodisengagethemodulefromaport.


HandlingWarnings
SFPModulesarestaticsensitive.Topreventdamagefromelectrostaticdischarge(ESD),itis
recommendedtoattachanESDpreventativewriststraptoyourwristandtoabaremetalsurfacewhen
youinstallorremoveanSFPModule.
DisconnectallopticalorcoppercablesfromSFPModulespriortoinstallingorremovingtheSFPModule.
Failuretodosocouldresultindamagetothecable,cableconnectorortheSFPModuleitself.Removing
andinsertinganSFPModulecanshortenitsusefullife,soyoushouldnotremoveandinsertSFPModules
anymoreoftenthanisabsolutelynecessary.
ProtectopticalSFPmodulesbyinsertingcleandustcoversintothemafterthecablesareremoved.Be
suretocleantheopticsurfacesofthefibercablesbeforeyouplugthembackintotheopticalportsof
anotherSFPmodule.AvoidgettingdustandothercontaminantsintotheopticalportsofyourSFP
modules,becausetheopticswillnotworkcorrectlywhenobstructedwithdust.

InsertingaModule
1) AttachanESD‐preventative
wristoranklestrap,followingits
instructionsforuse.
2) Disconnectandremoveall
interfacecablesfromSFP
Module.
3) IftheSFPModulehasaBail
Clasp,closetheBailClasp
beforeinsertingtheSFP
Module.
4) Withthegoldfingerconnectoronthebottomandthelabelonthetop,lineuptheSFPModule
withtheemptycageandslideitinmakingsurethatitiscompletelyinsertedandseatedinthe
cage.
RemovingaModule
1) AttachanESD‐
preventativewristor
anklestrap,followingits
instructionsforuse.
2) Disconnectandremoveallinterface
cablesfromSFPModule.
3) Releasethelatchingmechanism.
 BailClasp–OpenthebailclaspontheSFP
Modulewithyourfingerinadownward
direction.
 ActuatorButton–Gentlypressthe
actuatorup(orin)whilepullingthe
bodyoftheSFPModuletoreleasethe
SFPModulefromthecage.
 MylarTab–Pullthetabgentlyina
straightoutwardmotionuntilit
disengagesfromtheport.Makesure
thetabisnottwistedwhenpullingasitmaybecomedisconnectedfromtheSFP
Module.
 SlideTab‐Withyourthumb,pushtheslidetabonthe
bottomfrontoftheSFPmoduleinthedirectionofthe
equipmenttodisengagethemodulefromthelinecard
port.IfyoupullontheSFPmodulewithoutdisengaging
thetab,youcandamagetheSFPmodule.



4) GrasptheSFPModulebetweenyourthumbandindex
fingerandcarefullyremoveitfromtheport
5) PlacetheSFPModuleonanantistaticmat,or
immediatelyplaceitinastaticshieldingbagorcontainer

A
ctuator Button

OtherConsiderations
USBFiberPlexAuxilaryControl(uFAC)Interface
TheFOI‐6012includesauFAC(FiberPlexAuxiliaryControloverUSB)interfacewhichallowsreadwriteaccess
tostatusandparameterregistersinbothinstalledSFP/SFP+modulesifsupportedbyFiberplex.
ThisportcommunicatesoveraUSB2.0‐compliant,fullspeedconnection,viaaUSBMicro‐Bconnector.It
enumeratesasacustomFiberplexdevice,requiringitsowndriver.PleasecontactFiberplexTechnologiesfor
detailsandavailabilityoftheapplicationsbuiltaroundthisinterface.
Althoughpowercanbesuppliedacrosstheport,itisrecommendedthattheappropriateexternalsupplyfor
theTD/FOI‐6012beused.PowersuppliedthroughtheUSBportitselfisnotsufficienttopowerthedevicewith
SFPsinstalled.
VideoOptimization
TheSocietyofMotionPictureandTelevisionEngineers,orSMPTE,isaleaderinthedevelopmentofstandards
forfilm,television,andothervideo.TheSerialDigitalInterfaceorSDI,wasstandardizedbySMPTEfor
broadcastqualitydigitalvideotransmission.Otherstandardsevolvedfromthisoriginalstandard,defining
Enhanced,High‐definition(HD),3G‐SDI(1080p)andUltraHigh‐definition(UHD),or4Kvideo(2160p).
Tohelpensureerror‐freetransmission,thestandardsincludeadatascrambler/descramblertocreateahigh
densityoftransitionsintheserialdata,makingiteasierforthereceivertomaintaintiming.Wherean
encodingmethodsuchas8B‐10Bensuresaminimalsequentialrunofallonesorzeros,itdoessoatthecost
ofa25%increaseinbandwidthrequirements.Thescrambler/descramblermethoddoesnotrequirethis,but
asaresulttherearecertaincombinationsofscramblerstateandthenextdatabitstobescrambledthatresult
inasequenceofuptotwentyconsecutiveonesorzeros.Thesesequencesarereferredtoaspathological
conditions,andarepresentinspecificshadesofpinkorgrey.
ThesepathologicalconditionsmaycreateerrorsintransmissionthroughtypicalACcoupledoptics,orany
otherACcoupledinterface.VideoEnhancedorSMPTECompliantopticsaredesignedtoacceptthese
pathologicalconditions,allowingthelongersequencesofonesorzerostopasswithouterror.
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SFPMSACompliance
TheSFPMulti‐SourceAgreement(MSA)isanagreementthatwasdraftedamongcompetingmanufacturersof
SFPopticalmodules.TheSFFCommitteewasformedtooverseethecreationandmaintenanceofthese
agreementsincludingtheSFPMSAdesignatedasINF‐8074i.Thisagreementdescribesamutuallyagreedupon
standardfortheformandfunctionofSFPmodules.However,notallSFPsproducedareMSAcompliant.The
MSAprovidesforatransceiver(TX/RX)pinout.OtherindustriessuchasbroadcasthadtheneedfordualTX
anddualRXSFPforunidirectionalapplicationssuchasvideo.Naturally,anon‐MSAstandardwasintroduced
allocatingpinoutassignmentsfordualoutputanddualinputI/Oconfigurations.Inaddition,thesomeofthe
internalserialcommunicationpinswerereassigned.
TheFOI/TD‐6012willonlyacceptnon‐MSADualTXandDualRXpinoutschemes.Thefollowingtableshows
thedifferencesinthesepinouts.

PinoutComparisonChart
PIN Transceiver(MSA) Transceiver(Non‐MSA) DualTX(Non‐MSA) DualRX(Non‐MSA)
1 VEE VEE VEE VEE
2 TX_FAULT[VEE] VEE NC Rx2‐
3 TX_DIS NC NC Rx2+
4 MOD_DEF(2)‐SDA VEE VEE VEE
5 MOD_DEF(1)‐SCL SCL SCL SCL
6 MOD_DEF(0)–PRESENCE[VEE] SDA SDA SDA
7 Rate[NC] VEE VEE VEE
8 LOS RX1_LOS Tx2+ NC
9 VEE NC Tx2‐ NC
10 VEE NC Tx2_DIS NC
11 VEE VEE VEE VEE
12 RD‐ Rx1‐ NC Rx1‐
13 RD+ Rx1+ NC Rx1+
14 VEE VEE VEE VEE
15 VCC VCC VCC VCC
16 VCC VCC VCC VCC
17 VEE VEE VEE VEE
18 TD+ Tx1+ Tx1+ NC
19 TD‐ Tx1‐ Tx1‐ NC
20 VEE Tx1_DIS Tx1_DIS NC
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Specifications
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Figure7FOI‐6012Dimensions
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Figure8TD‐6012Dimensions
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ELECTRICALSPECIFICATIONS
Min Typ Max unit
PowerRequirement VoltageRange 5 9 40 VDC
SupplyCurrent,noSFPs 21 23 30 mA
SupplyCurrent,max2SFP+ ‐ 500 600 mA
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Environmental StorageTemperature ‐40 ‐ 85 °C
OperatingTemperature 0 ‐ 50 °C
Interface FullspeedUSB2.0compliantMicro‐BDevice
ExternalSFPInterfaces Min Typ Max unit
DataRate 155 ‐ 12,500 Mb
RecommendedJitter ‐ 40 ‐ Psec
OperatingVoltage ‐ 3.3  VDC
MaximumCurrent ‐ ‐ 500 mA

OpticalModules 2SFP+non‐MSAcompliantslots,1DualTXand1DualRX,datarate0–12.5gigabits
PHYSICALSPECIFICATIONS
CaseDimensions Length WidthHeight Weight
FOI‐6012 Size4 4.5in(114mm) 1.453in(37mm) 2.56in(65mm) 2.0lb(0.9kg)
TD‐6012  4.5in(114mm) 1.66in(42mm) 2.75in(70mm) 0.4lb(0.2kg)
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• 301.604.0100
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