Fiberplex TIS-8632 User manual

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USERMANUAL
6Port10/100/1000EthernetSwitch
TIS‐8632

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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.Protectthepowercordfrombeingwalkedonorpinched,particularlyatplugs,conveniencereceptacles,andthepointwheretheyexitfromthe
apparatus.
10.Onlyuseattachments/accessoriesspecifiedbythemanufacturer.
11.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.
12.Unplugthisapparatusduringlightningstormsorwhenunusedforlongperiodsoftime.
13.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airflow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...+40°C.
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(commercial
temperaturerangeforoperation).
Theairflowthroughtheinstallationmustallowexhaustairtoremaincoolerthan70°Catalltimes.
Averagetemperatureincreaseofthecoolingairshallbeabout20C°,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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.
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Introduction
Elegantlysimpleyetpackedwithanadvancedfeatureset,theFiberPlexTechnologiesTIS‐8632isapowerful6
Port10/100/1000EthernetSwitch.TheunitinterfacesUTPRJ‐45jacks(x4)tovariouslypopulatedSFP
positions.
KeyFeatures
6Ports–(4)10/100/1000BASE‐TCopperand(2)1000BASE‐XOptical
Flowcontrolforfullduplexandhalfduplex
Supportsupto10kbyteJUMBOframe
SupportsPortsBasedVLANSandTAGBasedVLANS
ConformstoFCCandCEcodes
Includespoweradapteraswellasa3‐positionPhoenix™connector
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TheTIS‐8632ishousedinthecommercial‘ThrowDown’packaging.Thisversionisdesignedtobeaworkhorse
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
threeTIS‐8632unitscanbeinstalledintheoptional1UTDR‐01rackshelf.
StandardOrderingOptions
TIS‐8632‐C–UnitwithnoSFPmodulesincluded
TIS‐8632‐L22–Unitwith(2)1310nmMultimodeSFPmodules(SFP‐MC24XC‐3131‐2)included.Conformsto
IEEE1000BASE‐LXstandard.
TIS‐8632‐L5B–Unitwith(2)1310nmSinglemodeSFPModules(SFP‐SC24XC‐3131‐B)included.Conformsto
IEEE1000BASE‐LX10standard.
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.

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FrontIndicators/Connections
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Figure1TIS‐8632FrontFace
CablePortLED,UpperLeft–ThisLED,foreachposition,indicatesstatusasperthefollowingtable;
CablePortLED(UpperLeft)
StatusDescription
OnLinkisOK
OffNolinkpresent
BlinkingDataisbeingreceivedortransmitted
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EthernetCablePort(x4)–ThesejacksareUnshieldedTwistedPairRJ‐45cableconnectionpointsfor
Cat5capability.

CablePortLED,UpperRight–ThisLED,foreachposition,indicatesstatusasperthefollowingtable;
CablePortLED(UpperRight)
StatusDescription
3BlinksRepeating1000MSpeed
2BlinksRepeating100MSpeed
1BlinkRepeating10MSpeed
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SFPSlot(x2)–ThisisastandardMSA‐compliantSFPmoduleslot.(Seesection‘InsertingandRemoving
SFPModules’)Theseportsoperateonlyat1000Base‐Xrates.DonotconnectbothSFPportsofoneunitto
bothSFPportsofasecondunit,thiswillcauseaswitchingloopandtheunitswillnotoperateproperly.
SFPSlotLED,LowerLeft–ThisLED,foreachposition,indicatesstatusasperthefollowingtable;
SFPSlotLED(LowerLeft)
StatusDescription
ONFiberlinkisOK
OFFFiberlinkisfailed
BlinkingActivity

SFPSlotLED,LowerRight–ThisLED,foreachposition,indicatesstatusasperthefollowingtable;
SFPSlotLED(LowerRight)
StatusDescription
ONOpticalsignaldetected
OFFNolaserinput
1
2
3
4
5
6

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RearIndicators/Connections
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
Figure2TIS‐8632RearFace

CircularDCPowerConnection–DCpowerentryfortheunit.ThisisastandardDCconnectionforuse
withtheincludedDCwallpowersupply.
Phoenix™PowerConnection–SecondarypoweroptionfortheTIS‐8632.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.
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7
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PowerRequirementsandMounting
FlexiblemountingallowstheTIS‐8632toberackshelfmountedorusedinastandaloneconfiguration.Upto3
TIS‐8632unitscanbemountedonaTDR‐01shelfandpoweredbyasingle,integralcable.Alternately,theTIS‐
8632canbeusedinastandaloneapplicationwhenpairedwiththeincludedDCwalladaptor.
Standalone
Forstandaloneapplications,theTIS‐8632comeswith(4)peelandstickrubberfeet.Simplypeelthepaper
backingfromtherubberfootandaffixtofourcornersoftheTIS‐8632.
SurfaceMount
Surfacemountingonawall,desk,orother
verticalsurfacecanbeaccomplishedby
usingeitherthesuppliedpeel‐and‐stick
Velcropads,orbyusingtheintegrated
keyholemountswiththesuppliedwood
screws.
Tousethewoodscrews:
1. Markthesurfaceusingthe
suppliedtemplate
2. Screwthe#2½”
woodscrewsintothe
surfaceateachmark
3. Leaveasmallamountof
threadtoaccommodatethe
thicknessoftheTIS‐8632case
4. Putthelargepartofthekeyholeoverthe
screwheadandpullto
engage
DINRail
UsingtheTD‐DINR,theTIS‐8632canbemountedtoaDINrail.SeetheTD‐DINRusermanualformoredetails
onconfigurationoptions.MounttheTIS‐8632theTD‐DINRinthesamemannerregardlessoftheinitial
configurationofthemountitselfortheheightoftophatDINrailutilized(35x7.5or35x15mm).Theedge
mountingsolutionhappenstobeshownbelow.Allfastenersnecessaryforconfigurationandmountingare
includedwiththeTD‐DINR.
1. Lineupkeyholeonthe
bottomoftheTIS‐8632
withthestudsonthe
MountingBracketand
pushflatagainstthe
plate.
2. SlidetheTIS‐8632
forwarduntilitstops.
3. TightentheRetaining
Screwuntilsnug.
4. SnaptheRailClipsontotheDIN
Rail.

Figure4TIS‐8632installationonaTD‐DINR
Figure3TIS‐8632SurfaceMount

Page7
TrayMounting
ComplementingtheflexibilityoftheFiberPlex‘TDSeries’offiberopticmodules,theTDR‐01‐ACprovides
mounting,powerandcablemanagementforupto6modulesinacompactandruggedaluminum1Urack.The
integratedkey‐holemountingholesonthebottomtheTDunitslocksecurelyonmatingstudswhilearear
retentionbarholdsthemsecurelyinplace.A6positionwiringharnessandincludedpoweradapterprovide,
notjust9VDCpower,butapositiveearthgroundtothemodulesvia3positionPhoenix™lockingpower
connectors.Managingallthatcablingandfibercansometimesbequiteachoresoanextendedcablingtray
withintegratedtiedownpointsareprovidedtohelpmakeyourinstallationclean.
**NOTE:TheTDRandTDPtraysusea9VDC3.5Amppoweradapter.When3TIS‐8632areusedinthesame
rackcertainSFPpopulationscouldexceeda3.5Amprequirement.Pleasecarefullycheckyourconfiguration
againstthespecificationtabletoverifyyourcurrentdraw.

Figure5TIS‐8632installationonaTDR‐01‐ACtray


Page8
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.FiberPlex
Modules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.

Page9
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



Page10
Applications





Page11
AdditionalInformation
BondingUnits
TwoTIS‐8632canbebondedtogetherlocallytomaketheequivalentofan8Copperx2fiberswitchbyusing
anSFPPassiveCableAssemblyliketheFiberPlexFC‐QDAXX1‐0‐0.5M.Thesepassivecablesareterminated
withSFPcompatibleconnectorsandareconsiderablycheaperthanusingapairofopticalmoduleswithafiber
jumper.Thecablesareonlyusefulforshortconnections.
Inthisconfiguration,oneSFPportoneachTIS‐8632isoccupiedbythePassiveCableAssemblyleavingoneSFP
portoneachTIS‐8632thatcanstillbeutilizedforopticalmodules.Thisalsoresultsin8local10/100/1000
copperports.


Figure6RepresentativeDrawingofanSFPPassiveCableAssembly
SFPMSACompliance
TheSFPMultisource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uni‐directional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TIS‐8632willonlyacceptMSAcompliantSFPmoduleswhichsupporta1.25Gbpsdatarate.

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


Page12
Specifications


Figure7TIS‐8632Dimensions

Page13
SUPPORTEDSTANDARDS
CopperUTPRJ‐45Interface
IEEEStandardCableDataRateIEEEMax
Distance
10BASE‐TCAT‐3orbetter10Mbps100m
100BASE‐TCAT‐5orbetter100Mbps100m
1000BASE‐TCAT‐5eorbetter1000Mbps100m
OpticalSFPInterface
IEEEStandardFiberPlexSFPFiberTypeλ(nm)AvgTransmitter
Power(dBm)
Receiver
Sensitivity(dBm)
IEEEMax
Distance
1000BASE‐CXFC‐QDAXX1‐0‐1MCoppern/an/an/a25m
1000BASE‐SXSFP‐MC24XC‐8585‐0Multimode850 ‐6‐18500m
1000BASE‐LXSFP‐MC24XC‐3131‐2Multimode1310 ‐11 ‐24500m
1000BASE‐LXSFP‐MC24XC‐3131‐2Singlemode1310 ‐11 ‐242km
1000BASE‐LX10SFP‐SC24XC‐3131‐BSinglemode1310 ‐6 ‐2520km
1000BASE‑EXSFP‐SC24XC‐3131‐CSinglemode1310‐2.5 ‐2540km
1000BASE‑ZXSFP‐SC24XC‐5555‐FSinglemode1550+2.5 ‐2570km
1000BASE‑BX10SFP‐SC24BD‐4931‐BSinglemode1490/1310‐6‐2520km
1000BASE‐TSFP‐RTGTXC‐0000‐0Coppern/an/an/a100m
ELECTRICALSPECIFICATIONS
MinTypMaxunit
EnvironmentalStorageTemperature(°C) ‐40 ‐85°C
OperatingTemperature(°C)0‐50°C
PowerRequirement
VoltageRange ‐ 9‐ VDC
SupplyCurrentwithSFPportsempty100 ‐525mA
SupplyCurrentwith2opticalSFPs475 ‐900mA
SupplyCurrentwith1opticaland1RJ45SFP385 ‐1150mA
SupplyCurrentwith2RJ45SFP240 ‐1340mA
Phoenix™MatingPlug
3PositionPower
(P/N1827716)
WireAccepted14 ‐ 28AWG
NominalVoltage ‐‐300V
NominalCurrent ‐‐8A
PowerAdapterConnectionStandard5.5x2.1mmDCbarrel,centerpositive
PHYSICALSPECIFICATIONS
CaseDimensionsLengthWidthHeightWeight
TIS‐86325.63in(143mm)5.50in(140mm)1.66in(42mm)0.6lb(0.3kg)
OPTICALSPECIFICATIONS
ExternalSFPInterfaceMinTypMaxUnit
DataRate ‐1.25‐Gbps
RecommendedJitter ‐40 ‐Psec
OperatingVoltage ‐3.3 VDC
MaximumCurrent ‐‐500mA
OpticalModulesSFPMSA(SFF‐8431,SFF‐8432,SFF‐8433)compliantslot,datarate1.25GbpsOC24

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18040-412 Guilford Rd. • Annapolis Junction, MD 20701
fiberplex.com • [email protected]
• 301.604.0100
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UMT8632
150512