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User Manual | Users Manual | 5.59 MiB | ||||
1 | Cover Letter(s) | / December 01 2018 | ||||||
1 | Cover Letter(s) | / December 01 2018 | ||||||
1 | External Photos | |||||||
1 | Attestation Statements | / December 01 2018 | ||||||
1 | Internal Photos | |||||||
1 | ID Label/Location Info | / December 01 2018 | ||||||
1 | RF Exposure Info | / December 01 2018 | ||||||
1 | Attestation Statements | May 01 2018 / December 01 2018 | ||||||
1 | Cover Letter(s) | / December 01 2018 | ||||||
1 | Test Report | / December 01 2018 | ||||||
1 | Test Report | / December 01 2018 | ||||||
1 | Test Report | / December 01 2018 | ||||||
1 | Test Setup Photos |
1 | User Manual | Users Manual | 5.59 MiB |
DEPLOYMENTGUIDE TRANSPORTATIONFIBERINMOTION BROADBANDTRAINTOGROUNDCOMMUNICATION Release4.2.46 For Regualtor Approval Only TableofContents Chapter1:SiteInstallation 1.1ScopeofThisChapter.......................................................................................................... 11 1.2TrackSide ............................................................................................................................ 11 1.2.1Overview ..................................................................................................................... 11 1.2.2TBS&AntennasGeneralMountingArrangement .................................................... 12 1.2.3TBSMounting............................................................................................................ 13 1.2.4PoEDevicesfortheTBS............................................................................................. 115 1.2.5TBSAntennas ............................................................................................................ 115 1.2.6IndoorSynchronizationUnit(ISU) ............................................................................. 123 1.2.7LightningProtectionUnit .......................................................................................... 124 1.2.8Waterproofing........................................................................................................... 128 1.2.9Grounding ................................................................................................................. 129 1.3TrainSide........................................................................................................................... 132 1.3.1TMU........................................................................................................................... 132 1.3.2PoEDevicefortheTMU............................................................................................. 142 1.3.3TMUAntennas .......................................................................................................... 143 Chapter2:NetworkGuidelines 2.1ScopeofThisChapter.......................................................................................................... 21 2.2Overview ............................................................................................................................. 21 2.3TrackSideNetwork ............................................................................................................. 21 2.4TrainSide(Onboard)Network ........................................................................................... 23 2.5TrainSidePhysicalConnectivity.......................................................................................... 24 2.6TrackSideCoreRouter........................................................................................................ 25 2.7BasicIPSchemeandDataFlowPath................................................................................... 25 2.8RecommendedVLANAssignment....................................................................................... 27 2.9InterBaseHandover(IBHO)UpdateMessage .................................................................... 29 2.10IntraTrainHandover(ITHO)UpdateMessage................................................................ 212 Chapter3:ConfiguringtheRadioNetwork 3.1ScopeofThisChapter.......................................................................................................... 31 3.2ConnectingtotheUnits ...................................................................................................... 31 3.3AbouttheConfigurator ....................................................................................................... 31 3.3.1MethodofOperation .................................................................................................. 32 3.4UsingtheConfigurator ........................................................................................................ 32 3.4.1MainTab ..................................................................................................................... 32 3.4.2ProjectTab .................................................................................................................. 35 3.4.3LineTab ..................................................................................................................... 312 3.4.4TowersTab................................................................................................................ 315 3.4.5TrainTab ................................................................................................................... 317 3.5InterferenceMitigationforCochannelNeighbors........................................................... 318 3.5.1BasicSituation........................................................................................................... 318 3.5.2NecessaryPreConditions.......................................................................................... 319 3.5.3MethodofOperation ................................................................................................ 320 3.5.4ConfiguringtheCoChannelNeighborInterferenceMitigationOption .................... 321 3.6ConfiguringNetworkUnits................................................................................................ 325 3.6.1ConfiguringTransportationBaseStations(TBSs)...................................................... 325 3.6.2ConfiguringTransportationMobileUnits(TMUs)..................................................... 327 3.6.3ConfiguringIndoorSynchronizationUnits(ISUs) ...................................................... 329 3.7ConfiguratorMessages ..................................................................................................... 331 AppendixA:AntennaGuidelines FinMDeploymentGuide Release4.2.46 i For Regualtor Approval Only AppendixB:RevisionHistory FinMDeploymentGuide Release4.2.46 ii For Regualtor Approval Only FinMDeploymentGuide Release4.2.46 iii For Regualtor Approval Only FinMDeploymentGuide Release4.2.46 iv For Regualtor Approval Only Chapter1:SiteInstallation 1.1ScopeofThisChapter ThischapterdescribeshowtophysicallyinstalltheequipmentfortheTransportation FiberinMotionsolution. 1.2TrackSide 1.2.1Overview TheFiberinMotionsolutionusesverticalantennas,andreliesonantennaspacingto differentiatetheradiostreamsenoughsoastoenableMIMO. GeneralGuidelines Placethetower/TBSatthelocationdeterminedbythesitesurvey. Makesurethereissufficientlineofsighttowardsthetracksegmenttheantennas willcover, Makesurethattherearenoobstaclesdirectlyinfrontoftheantennas. Thelowestantennamustbehigherthanthehighestrailcarontheline. Power UsethePoEtosupplypowertotheTBS(eitheranoutdoororindoorPoE). UsethePoEortheSFPfiberconnectiontoprovideaserviceconnectiontothe TBS. InstalltwoLightningProtectionUnits(LPU):OneclosetotheTBS,andtheother closetothePoE. MinimumRecommendedDistances Therearethreeantennasforeachstream:Aisforapproachingtrains,andBisfor recedingtrains(seeFigure 11).Separatetheantennasasmuchaspossible,and maintainthefollowingminimaldistances:
Minimumverticaldistancebetweeneachantennais1.0m. MinimumhorizontaldistancebetweenAntenna1andAntenna2is1.6m. FinMDeploymentGuide Release4.2.46 11 For Regualtor Approval Only TBS&AntennasGeneralMountingArrangement SiteInstallation MinimumhorizontaldistancebetweenAntenna3andAntenna2is1.0m Minimumtotalhorizontaldistance(betweenAntenna1andAntenna3)is2.6m 1.2.2TBS&AntennasGeneralMountingArrangement TheTBScanbemountedonapoleorawall,togetherwithitsantennas,LPUsandPoEdevice. ToenablebetterMIMOconditions,theantennasshouldbedividedbetweenverticaland horizontalpolarizations.Figure 11showsaschematicviewwiththesepolarizations. Figure11:TBSBaseStationmountingwithantennas FinMDeploymentGuide Release4.2.46 12 For Regualtor Approval Only TBSMounting SiteInstallation 1.2.3TBSMounting TheTBScanbemountedonaverticalorhorizontalpole,oronawall. Verticalpole:seepage 15fordirectionsrelevanttoallsizes. Thinpole:seepage 16. Mediumpole:seepage 17 Thickpole:seepage 18 Horizontalpole:seepage 18fordirectionsrelevanttoallsizes. Thinpole:seepage 110. Mediumpole:seepage 111 Thickpole:seepage 112 Wall:TheTBScanbemountedonawall,seepage 112. Checkthepackagecontents:
Figure12:TBSmountingkitpackagecontents Table11:TBSmountingkitpackagecontents Item No. 1 2 3 Description Quantity Baseplate Poleclamp HexscrewwithflangeM8x90 1 1 2 FinMDeploymentGuide Release4.2.46 13 For Regualtor Approval Only TBSMounting SiteInstallation Table11:TBSmountingkitpackagecontents(Continued) Item No. 4 5 6 Description Quantity StandoffsM4x16 AllenscrewsM4x30 Washersforallenscrews 4 4 4 FinMDeploymentGuide Release4.2.46 14 For Regualtor Approval Only TBSMounting SiteInstallation VerticalPoleallsizes 1. FastenthestandoffstothebaseplateintheholeslabeledVasshown:
Figure13:Fastenstandoffstobaseplate(forverticalpole) 2. PlacetheTBSasshownoverthestandoffs,andusingtheAllenscrewsandwashers,fasten theTBStothebaseplate. Figure14:FastenTBStobaseplate(forverticalpole) FinMDeploymentGuide Release4.2.46 15 For Regualtor Approval Only TBSMounting SiteInstallation VerticalPolethin 1. Diameter3/4to11/2:BeforeraisingtheTBSonthepole,positionthepoleclampasshown inthefollowingtwofigures.Donotcompletelytightenthebolts:
Thinpole(diameter3/4to11/2):Positionthepoleclampasshowninthefollowingtwofigures,donotcompletelytightenthebolts:
Figure15:Thinpole:Fastenclamptobase plate 2. PlacethisassemblyonthepolewhereyouwanttomounttheTBS.Onceitisinplace, Figure16:Thinpole:Donotcompletely tightenbolts rotatethepoleclampasshown,thentightenbothbolts. Figure17:Thinpole:Rotateclamp Figure18:Thinpole:tightenbolts FinMDeploymentGuide Release4.2.46 16 For Regualtor Approval Only TBSMounting SiteInstallation Verticalpolemedium 1. Diameter2to3:BeforeraisingtheTBSonthepole,positionthepoleclampasshownin thefollowingtwofigures.Donotcompletelytightenthebolts:
Figure19:Mediumpole:Fastenclampto baseplate 2. PlacethisassemblyonthepolewhereyouwanttomounttheTBS.Onceitisinplace, Figure110:Mediumpole:Donotcom pletelytightenbolts rotatethepoleclampasshown,thentightenbothbolts. Figure111:Mediumpole:Rotateclamp Figure112:Mediumpole:tightenbolts FinMDeploymentGuide Release4.2.46 17 For Regualtor Approval Only TBSMounting SiteInstallation VerticalPolethick 1. Diameterlargerthan3:Usewormdriveclamps(notsupplied),threadedthroughtheholes asshowninFigure 113,orUbolts(notsupplied),fastenedusingtheholesasshownin Figure 114:
Figure113:Usingwormdriveclampsforathickpole Figure114:UsingUboltsforathickpole HorizontalPoleallsizes 1. BeforefasteningtheTBStothebaseplate(seeStep1.onpage 15),rotatetheplateby90o clockwise.MakesurethearrownexttotheHpointsup. FinMDeploymentGuide Release4.2.46 18 For Regualtor Approval Only TBSMounting SiteInstallation Figure115:Rotatebaseplateclockwise90oforhorizontalpole 2. FastenthestandoffstothebaseplateintheholeslabeledHasshown:
Figure116:Fastenstandoffstobaseplate(forhorizontalpole) 3. PlacetheTBSasshownoverthestandoffs,andusingtheAllenscrewsandwashers,fasten theTBStothebaseplate. FinMDeploymentGuide Release4.2.46 19 For Regualtor Approval Only TBSMounting SiteInstallation Figure117:FastenTBStobaseplate(forhorizontalpole) HoriztonalPolethin 1. Diameter3/4to11/2:BeforeraisingtheTBSonthepole,positionthepoleclampasshown inthefollowingtwofigures.Donotcompletelytightenthebolts:
Thinpole(diameter3/4to11/2):Positionthepoleclampasshowninthefollowingtwofigures,donotcompletelytightenthebolts:
Figure118:Thinpole:Fastenclamptobase plate Figure119:Thinpole:Donotcompletely tightenbolts FinMDeploymentGuide Release4.2.46 110 For Regualtor Approval Only TBSMounting SiteInstallation 2. PlacethisassemblyonthepolewhereyouwanttomounttheTBS.Onceitisinplace, rotatethepoleclampasshown,thentightenbothbolts. Figure120:Thinpole:Rotateclamp Figure121:Thinpole:tightenbolts HorizontalPolemedium 1. Diameter2to3:BeforeraisingtheTBSonthepole,positionthepoleclampasshownin thefollowingtwofigures.Donotcompletelytightenthebolts:
Figure122:Mediumpole:Fastenclampto baseplate Figure123:Mediumpole:Donotcom pletelytightenbolts FinMDeploymentGuide Release4.2.46 111 For Regualtor Approval Only TBSMounting SiteInstallation 2. PlacethisassemblyonthepolewhereyouwanttomounttheTBS.Onceitisinplace, rotatethepoleclampasshown,thentightenbothbolts. Figure124:Mediumpole:Rotateclamp Figure125:Mediumpole:tightenbolts HoriztonalPolethick 1. Diameterlargerthan3:Usemetalbands(notsupplied),threadedthroughtheholesas showninFigure 126,orUbolts(notsupplied),fastenedusingtheholesasshownin Figure 127:
Figure126:UsingmetalbandsforalargepoleFigure127:UsingUboltsforalargepole Mountingonawall 1. FastenthestandoffstothebaseplateintheholeslabeledVorH,whicheverismore convenient,asshown:
FinMDeploymentGuide Release4.2.46 112 For Regualtor Approval Only TBSMounting SiteInstallation OR
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Figure128:Fastenstandoffstobaseplate Figure129:Standoffsfastenedtobaseplate 2. Useanchorboltstoattachbaseplatetoawall,asshown:
FinMDeploymentGuide Release4.2.46 113 For Regualtor Approval Only TBSMounting SiteInstallation Figure130:Attachbaseplatetowall Attachthebaseplatetoawallusing9mmdia.anchorbolts(notsupplied)intheholesindicated. 3. PlacetheTBSasshownoverthestandoffs,andusingtheAllenscrewsandwashers,fasten theTBStothebaseplate. Figure131:FastenTBStobaseplateonwall FinMDeploymentGuide Release4.2.46 114 For Regualtor Approval Only PoEDevicesfortheTBS SiteInstallation Figure132:TBSmountedonawall AlwaysmountaTBSwiththeconnectorsonthebottom.Nevermounta unithorizontally. 1.2.4PoEDevicesfortheTBS TheTBSissuppliedbyanACPoEdevice,eitherviaanoutdoorunitmountedinthesame mannerasanantenna,orviaanindoorunit,installedinanelectricalhut.
(TheTMUhasitsownPoE,seePoEDevicefortheTMUonpage 142). 1.2.5TBSAntennas TBSAntennaMountingKit Usetheantennamountingkit(differentfromtheTBSmountingkit)tomountaTBSantenna onapoleorwall.ThesamemountingkitisusedtomountanexternalACPoEdevice. FinMDeploymentGuide Release4.2.46 115 For Regualtor Approval Only TBSAntennas SiteInstallation Figure133:AntennaMountingKitContents Tightenallboltswithatorqueof15Nm. TBSAntennaMountingonaMediumPole ThismethodisformountingtheTBSantennaonapoleofpipesize2to3. 4. Connectthepoleclamptotheradioholderwiththe8x90bolts,butdonottighten theboltsallthewaytightenthemsothattheyarenotcloserthanadistance equaltotheradiusofthepole.Youwillthenhaveoneunitthatyoucantaketo FinMDeploymentGuide Release4.2.46 116 For Regualtor Approval Only TBSAntennas SiteInstallation thelocationonthepolewhereyouwanttomounttheantenna.(SeeFigure 138 toFigure 141formountingonathinpole) Figure134:ConnectPoleClamptoRadio Holder 5. Placethisunitonthepolewhereyouwanttomounttheantenna.Onceitisin Figure135:Tightenbolts place,rotatethepoleclampasshown,thentightenbothbolts. Figure136:RotateClampandtightenbolts Figure137:MountingKitonpole TBSAntennaMountingonaThickPole ThismethodisformountingtheTBSantennaonapoleofpipesizelargerthan3. FinMDeploymentGuide Release4.2.46 117 For Regualtor Approval Only TBSAntennas SiteInstallation TBSAntennaMountingonaThinPole ThismethodisformountingtheTBSantennaonapoleofpipesize3/4to11/2. DonotmounttheTBSantennaonapolesmallerthan3/4. 1. Whenmountingonathinpole,positionthepoleclampasshowninthefollowingfigures:
Figure138:ConnectPoleClamptoRadio Holder 2. Placethisunitonthepolewhereyouwanttomounttheantenna.Onceitisin Figure139:Tightenbolts place,rotatethepoleclampasshown,thentightenbothbolts. Figure140:RotateClampandtightenbolts Figure141:MountingKitonthinpole FinMDeploymentGuide Release4.2.46 118 For Regualtor Approval Only TBSAntennas SiteInstallation TBSAntennaMountingonaHorizontalPole Whenusingthemountingkitonahorizontalpole,usetheradioverticaladaptor,asshown:
Figure142:Mountingkitonahorizontalpole FinMDeploymentGuide Release4.2.46 119 For Regualtor Approval Only TBSAntennas SiteInstallation TBSAntennaMountingonaWall Whenusingthemountingkitonawall,thepoleclampisnotnecessary:
TBSAntennaMountingKitAdaptor AflatpanelantennasuchasthatshowninFigure 144istypicallyused.Ithasfourboltsfora mountingkitadapter.ThemountingkitadaptorappearsasshowninFigure 143:
Figure143:Flatpanelantennamountingkitadapter Attachthemountingkitadaptortotherearoftheantennaasshown:
FinMDeploymentGuide Release4.2.46 120 For Regualtor Approval Only TBSAntennas SiteInstallation Figure144:FlatPanelantennarearwithmountingkitadapter Figure 145showsamountedantenna.Attachthemountingbolttothesideoftheadaptor withtherecess,asshown. FinMDeploymentGuide Release4.2.46 121 For Regualtor Approval Only TBSAntennas SiteInstallation Figure145:FlatPanelantennamountedonapole FinMDeploymentGuide Release4.2.46 122 For Regualtor Approval Only IndoorSynchronizationUnit(ISU) SiteInstallation 1.2.6IndoorSynchronizationUnit(ISU) TheIndoorSynchronizationUnit(ISU)providesamastersynchronizationclockforallTBS units,andisconnectedtooneofthenetworkswitches. Itcanbeinstalledona19in.rackoronaconvenientsurfaceinthenetworkoperatingcenter. Figure146:IndoorSynchronizationUnit(ISU) FinMDeploymentGuide Release4.2.46 123 For Regualtor Approval Only LightningProtectionUnit SiteInstallation 1.2.7LightningProtectionUnit Theuseoflightningprotectionisdependentonregulatoryandenduserrequirements. AlthoughFinMunitshavesurgelimitingcircuitsthatminimizetheriskofdamagedueto lightningstrikes,RADWINrecommendstheuseofadditionalsurgearrestordevicestoprotect theequipmentfromnearbylightningstrikes. Table12:LPUKitcontents Item LPU RJ45connectors 0.5mCAT5ecable Metaltie ScotchTM23Tape Qty View/Remarks 1 2 1 1 2 Foranytypeofindoorunitoutdoorunitconnection,lightningprotectionunits(LPUs)are installedinpairs,asshowninFigure 147:
FinMDeploymentGuide Release4.2.46 124 For Regualtor Approval Only LightningProtectionUnit SiteInstallation Figure147:Basicuseoflightningprotectorunits TheLPUhastwocableglandsonthebottomforCAT5e/6cables,inadditiontoagrounding lug.Thereisanextraholeforasecondscrewwheninstalledonawall.OnthesideoftheLPU isaslotforthemetaltiewheninstalledonapole,asshowninFigure 148andFigure 149:
Figure148:LPU:BottomView ToinstallanLPUonapole:
Figure149:LPU:SideView 1. Choosealocationascloseaspossibletotheradiounit. 2. InsertthemetaltiethroughtheslotsasshowninFigure 149.MakesuretheLPUis orientedinthecorrectdirection,asshowninFigure 150. FinMDeploymentGuide Release4.2.46 125 For Regualtor Approval Only LightningProtectionUnit SiteInstallation Figure150:LPUattachedtopolewithmetaltie 3. Tightenthemetaltie. 4. Connectthegroundinglugtoagroundingsource. 5. Removethecableglands. 6. ThreadtheCAT5e/6cablesthroughthecableglands,andconnectthecablestothe LPUasshowninFigure 151. 7. TightenthecableglandsaroundtheCAT5ecablesasshowninFigure 152. Figure151:ConnectingcablestotheLPU(1) Figure152:ConnectingcablestotheLPU(2) 8. RouteoneCAT5e/6uptotheradio,andtheotherdowntotheIDUorPoE(viathe lowerLPU).AnLPUinstalledonapoleisshowninFigure 153. 9. RADWINrecommendsthatyouaddextrawaterproofingtotheconnections
(seesee"Waterproofing"onpage128.). FinMDeploymentGuide Release4.2.46 126 For Regualtor Approval Only LightningProtectionUnit SiteInstallation Figure153:InstallinganLPUonapole(sideview) ToinstallanLPUonawall:
1. Removethegroundinglug. 2. AttachtheLPUtothewallusingwoodormasonryscrews(notincluded),viathe holesasshowninFigure 154. 3. Connecttheleftscrew(wherethegroundinglugwaslocated)toagroundsource. 4. Removethecableglands. 5. ThreadtheCAT5e/6cablesthroughthecableglands,andconnectthecablestothe LPUasshowninFigure 151. 6. TightenthecableglandsaroundtheCAT5e/6cablesasshowninFigure 152. 7. RouteoneCAT5euptotheradio(viatheupperLPU),andtheothertotheIDUor PoE. 8. RADWINrecommendsthatyouaddextrawaterproofingtotheconnections
(seeseeWaterproofingonpage 128). FinMDeploymentGuide Release4.2.46 127 For Regualtor Approval Only Waterproofing SiteInstallation Figure154:InstallinganLPUonawall 1.2.8Waterproofing Protectallconnectionsbetweenanyoutdoordevicesandcablesfromrain,dust,moisture andsaltaccordingtotheprocedurebelow:
1. UseahighqualitysealingmaterialsuchasScotch23Tapewide,toensureIP67 compliantprotectionagainstwateranddust. 2. Cuttwopieceseach25cmlong,ofScotch23splicingtape.Removetheplastic covertoexposethetackysideofthesealingtapeasshowninFigure 155. Figure155:Exposingthetackysideofthesealingtape 3. Afterconnectingacabletoaunit,tightenthecableglandcapfirmlyandusethe insulationtapetofullycoverthecablegland. FinMDeploymentGuide Release4.2.46 128 For Regualtor Approval Only Grounding SiteInstallation Figure156:Waterproofinganexternalconnection 1.2.9Grounding AllRADWINproductsshouldbegroundedduringoperation.Inaddition:
Allunitsshouldbegroundedbyawirewithdiameterofatleast10AWG. UnitsmustbeproperlygroundedtoaProtectiveGroundinaccordancewiththeLocal ElectricalRegulations Rackmountedequipmentshouldbemountedonlyingroundedracksandcabinets. Further,youshould Neverconnecttelecommunicationcablestoungroundedequipment Alwaysmakethegroundconnectionfirstanddisconnectitlast Ensurethatallothercablesaredisconnectedbeforedisconnectingtheground TBS ThereisagroundinglugontheTBSasshowninFigure 157.Grounditusing10AWGwire. FinMDeploymentGuide Release4.2.46 129 For Regualtor Approval Only Grounding SiteInstallation Figure157:TBS:Groundingluglocation TMU ThegroundinglugfortheTMUisshowninFigure 158.Grounditusing10AWGwire. Figure158:TMU:Groundingluglocation Whenmountedina19inrack,theTMUisgroundedviatherack. FinMDeploymentGuide Release4.2.46 130 For Regualtor Approval Only Grounding SiteInstallation PoEDevice ThereisagroundinglugonthePoEasshowninFigure 159.Grounditusing10AWGwire. Figure159:PoE:Groundingluglocation Whenmountedina19inrack,thePoEisgroundedviatherack. ISU TheISUisgroundedviaitsgroundconnectiononitsfrontpanel. Figure160:ISU:Groundingluglocation Antennas GroundexternalantennasusingasuitableGroundingKitsuchasanAndrewType2231582
(http://www.commscope.com). FinMDeploymentGuide Release4.2.46 131 For Regualtor Approval Only TrainSide 1.3TrainSide SiteInstallation 1.3.1TMU TMUMounting TheTMUcanbemountedina19inrack,oronawall.Whenmountingona19inrack,use thespeciallydesignedTMUPoEdrawer. MountingwiththeTMUPoEdrawer TheTMUPoEdrawerisusedtomountboththeTMUandthePoEtogether.Carryoutthe followingstepstomountbothunits:
1. ChooseasitefortheTMUPoEdrawerascloseaspossibletotheonboardantennasand onboardpowersupply.Makesurethereisatleast12cm/5inofrackspace. 2. Openthepackage,removetheTMUPoEdrawerfromthepackingstyrofoam,and cutanddiscardthetwoblackstrapsholdingthemountingslidesinplace. 3. Checkthecontents:
Table13:TMUPoEdrawerpackagecontents Item No. 1 2 3 4 5 6 7 8 Description Quantity Tray DCTMUJumpercable Allenwrench(M4) Allenscrews(M4x22) SpringwashersforAllenscrews DINscrews(M5x16) BlackfinishingwashersforM5screws Mechanicalcage/nutsforM5screws 1 1 1 8 8 12 12 12 FinMDeploymentGuide Release4.2.46 132 For Regualtor Approval Only TMU SiteInstallation Figure161:TMUPoEdrawercontents FinMDeploymentGuide Release4.2.46 133 For Regualtor Approval Only TMU SiteInstallation 4. DetachthemountingslidesfromtheTMUPoEdrawer:Pulleachslideoutuntilit isstoppedbythelockinglever.Pressthelockinglevertoreleasetheslide,andpull slideoutcompletely. Pullslide Drawer Mountingslide LockingLever PressLockingLever toreleaseslide Removeslide Figure162:RemovethemountingslidesfromtheTMUPoEdrawer. FinMDeploymentGuide Release4.2.46 134 For Regualtor Approval Only TMU SiteInstallation 5. Measurethedistancebetweenverticalrailsoftherack. Figure163:Measuredistancebetweenverticalrails 6. Adjustthelocationoftherearmountingflangeofthefirstmountingslidesothat thedistancebetweentheholesofthemountingflangesarethesameasthe distanceyoumeasuredinthepreviousstep. Figure164:Adjustdistanceofrearmountingflange FinMDeploymentGuide Release4.2.46 135 For Regualtor Approval Only TMU SiteInstallation 7. Placethesecondslidenexttothefirstandadjustitsrearmountingflangesothat thedistancebetweentheflangesarethesameasthatofthefirstslide. Figure165:Adjustdistanceofmountingflangeonsecondslide 8. Insert8mechanicalcagenutsintheappropriateholesinthe19inrack:4oneach sideoftherack. Figure166:Insertingcagenuts(onesideshown) FinMDeploymentGuide Release4.2.46 136 For Regualtor Approval Only TMU SiteInstallation 9. Placeeachmountingslidewiththestoppingflaptowardstherearoftherack,and usingthePhilipsscrewswiththeblackwashers,fastenthemountingslidestothe cagenutsandtighten. Figure167:Placingandfasteningmountingslide 10.Oncebothmountingslidesarefastenedtightlyontherack,insertthedraweras follows:
a. Placetheframeworkarmsofthedrawerintothemountingslidescarefully.Make suretheyarestraight. b. Pushbackthedraweruntiltheframeworkarmstouchtheballbearinggrey housing. c. Whilepressingoutwardsonbothballbearinggreyhousings,pushthedrawerin furtheruntiltheframeworkarmsengagetheballbearinghousings. d. Furtherpushthedraweruntilthelockingleverstopsit. e. Releasethelockinglevers,andpushthedrawerinalltheway,eventhroughsome resistancetowardstheend. FinMDeploymentGuide Release4.2.46 137 For Regualtor Approval Only TMU SiteInstallation Figure168:Insertingthedrawer:Placearmsstraight Pushballbearing housingoutwards Figure169:Insertingthedrawer:Pushballbearinghousingsoutwards FinMDeploymentGuide Release4.2.46 138 For Regualtor Approval Only TMU SiteInstallation Presslockinglevers andpushdrawerin Figure170:Insertingthedrawer:Releaselockinglevers 11.Inserttheother4cagenutsintheappropriateholesinthefrontsideofthe verticalrails. 12.Usingtheother4Philipsscrewswiththeblackwashers,securethedrawertothe frontsideoftheverticalrailsoftherack. Figure171:Securedrawertothefrontsideofrack FinMDeploymentGuide Release4.2.46 139 For Regualtor Approval Only TMU SiteInstallation 13.AttachPoEandTMUtodrawerasfollows:
a. Removegroundinglugsfrombothunits(theyinterferewiththedrawerandarenot neededforadrawerinstallation). b. PlacePoEoverthepinsoftheleftsideofthedrawerasshown,andattachusing allenscrews. Figure172:AttachingPoEtodrawer FinMDeploymentGuide Release4.2.46 140 For Regualtor Approval Only TMU SiteInstallation c. PlaceTMUoverthepinsontherightsideofthedrawerasshown,andattachusing allenscrews. Figure173:AttachingTMUtodrawer TheTMUandPoE,whenmountedintheTMUPoEdrawer,aregroundedviathe mountingpins,throughthe19inrack. Makesuretherackyouareusingisgroundedproperly. FinMDeploymentGuide Release4.2.46 141 For Regualtor Approval Only PoEDevicefortheTMU SiteInstallation Mountingonawall BoththePoEdeviceandtheTMUcanbemountedonawall. 1. Usescrewsappropriateforthewallsurfaceonwhichtheunitistobemounted.Screwsare suppliedbythecustomer. 2. MountthePoEdeviceclosetotheTMUsotheDCTMUjumpercablecanbeeasily connected. TMUExternalConnections 1. AttachDCTMUjumpercabletothePoEinputsocketsontheTMUasshown. 2. Attachantennacablestotheradioantennaconenctions(ANTxsockets)onthe TMU. 3. Iftheunitisnotmountedina19inrack,attachagroundcabletoitsgroundlug. 4. ToapplypowertotheTMU,attachapowercabletotheDCINportonthePoE device.Applyvoltage,andtheunitswillbeON. Figure174:TMUExternalConnections 1.3.2PoEDevicefortheTMU TheDCPoEdeviceisalwaysmountednexttotheTMU. Theunitscanbemountedina19inrackoronawall,oronaDINrail. MountingwiththeTMUPoEdrawer TheTMUPoEdrawerisusedtomountboththeTMUandthePoE.Followtheinstructionsin Mountingonawallonpage142. FinMDeploymentGuide Release4.2.46 142 For Regualtor Approval Only TMUAntennas SiteInstallation 1.3.3TMUAntennas EachlocomotiveisfittedwiththreeSharkFinroofantennasascloseaspossibletothefront ofthelocomotiveandthecommunicationsrackinthatorderofpreference:
Figure175:SharkFinantennabottomview Toensureasmoothhorizontalmountingsurface,amountingtablemaybeused.Two variationsareshowninFigure 176andFigure 177below:
Figure176:RoofMountingTableforSharkFinantenna Figure177:IntegratedRoofMountingTableforSharkFinantenna FinMDeploymentGuide Release4.2.46 143 For Regualtor Approval Only TMUAntennas SiteInstallation Thescrew,boltandothermoisturepronesurfacesarecoatedwithwaterproofsilicone.The verticalpipeweldedatitsendstothekitandthetrainroofareconduitsfortheRFcableand arecompletelywaterproof. Figure178:SharkFinantennainstallationschematicfortablemounting Ifthetrainroofissufficientlyflatandsmooth,themountingplateisnotneeded. Whatevermountingarrangementisadopted:
Theantennasshouldbemountedasclosetothefrontofthelocomotiveaspossible, andnolessthanameterapart. Thereshouldnotbeanyobstructionsbetweentheantennasandthefrontofthetrain suchasairconditionerunits,electronicroutenumberdisplayboxesandthelike. MountAntenna1andAntenna2ontheedgeofthelocomotiveata45oangle,as showninFigure 179. MountAntenna3(center)ata90oangle(directlyup)andonethirdofthedistance betweentherightandleftantennasasshowninFigure 179. ConnecttheantennaportsoftheTMUtotheantennasasshowninFigure 180. FinMDeploymentGuide Release4.2.46 144 For Regualtor Approval Only TMUAntennas SiteInstallation Figure179:TMUantennamountingconfigurationonroof Figure180:TMUantennaportconnectionscheme FinMDeploymentGuide Release4.2.46 145 For Regualtor Approval Only TMUAntennas SiteInstallation TomountaSharkFinantenna:
Keepawayfromcatenaryandhighvoltagelines Becarefulwhenworkingatheights!
Alwayssecureladders!
Alwaystightenscrews!
ESD(electrostaticdischarge)sensitivedevice.Alwaysgroundyourselfwhile handlingtheantenna Avoidbringingthecoveroftheantennaintocontactwithacetone,gasolineor oil 1.PreparethemountingsurfaceasshowninFigure 181below:
Figure181:Preparingthemountingsurface 2.Preparetheroofmountingarea:Cleartheareawheretheantennaistobemounted frompaint,corrosionoranyanodizedlayer. 3.Useascrapertoclearthisareaofanydust,brakedust,cuttingchips,oilorfatty material. 4.Ifyouaremountingtheantennaonabracket,mountingplateortable,usean additionalcableprotectionkit. FinMDeploymentGuide Release4.2.46 146 For Regualtor Approval Only TMUAntennas SiteInstallation 5.Toconnectagroundingcable,anadditionalgroundingkitshouldbeused. Figure182:Installationonbracketortable:Cableconduitandgroundingkit 6.Mounttheantennatothemountingplateorroof.Therearetwomethodsasshown inthenexttwodiagrams:
Figure183:Bottomsidemounting Figure184:Topsidemounting 7.Sealthescrewenclosuresandperimeterwithsilicone.Therearetwomethodsas showninthenexttwodiagrams:
FinMDeploymentGuide Release4.2.46 147 For Regualtor Approval Only TMUAntennas SiteInstallation Figure185:Sealingtopsidemounting Figure186:Sealingbottomsidemounting 8.ConnecttheRFcableasshownbelow:
Inthefinalpositioningoftheantenna,thedrainingholeandtheconnectorsmust beprotectedagainstenvironmentalimpact.Otherwiseacableconduitshouldbe used. FinMDeploymentGuide Release4.2.46 148 For Regualtor Approval Only TMUAntennas SiteInstallation FinMDeploymentGuide Release4.2.46 149 For Regualtor Approval Only Chapter2:NetworkGuidelines 2.1ScopeofThisChapter ThischapterprovidesadescriptionofthetypicalnetworkingtopologyrequiredbyRADWIN's FiberinMotionTrainToGroundsolution. 2.2Overview Includedinthischapterare:
Ageneralintroductiontothenetworkrequirementsfortracksideandonboardnet works, Adescriptionoftherequiredrouters'functionalities, Adataflowdescription, SampleIPandVLANassignmentguidelines, Ashortdescriptionoftheupdatemessagesduringhandovers,andhowtherecom mendednetworktopologysupportsthesemessages. ThetypicalnetworkingdescribedinthischapterenablesbroadbandTrainToGround communication,whilemaintainingahandovertimeoflessthan50ms. Followtheguidelinescarefully.Anyquestionsorclarificationsshouldbe addressedtoRADWIN'sProfessionalServicesteamforanofficialresponse. Priortoprojectrollout,adetailednetworkarchitecture(includingtopologyand HWtobeused)shouldbesharedwithRADWINforconfirmation. 2.3TrackSideNetwork TheRADWINFiberinMotionsolutionisbasedonatransparentlayer2architecture:
ThebackhaulnetworkisconnectedtotheRadioBaseStations(TBS)deployedalongthe trackssideviaGbEcopperorfiber,asalayer2basednetwork. FinMDeploymentGuide Release4.2.46 21 For Regualtor Approval Only TrackSideNetwork NetworkGuidelines Thebackhaulnetwork(existingorprovidedbythesystemintegrator/customer)isused toaggregatetrafficto/fromtheTBSsandsendittothecontrol/datacentres. Therequirednetworkarchitecturemusthaveasinglecorerouter,andL2switches.All datacommunicationto/fromthetrainwillpassviathisrouter. AredundantISUisprovidedtoensurehigherresiliencyofthesolution. TheTBS'snetworkissynchronizedeitherviaGPSbasedsystem(forabovegroundsce narios)orviaEthernetbasedsynchronization(foraboveorundergroundscenarios). ForGPSbasedsynchronization,theTBSintegratedGPSSynchronizationUnitisused. ForEthernetbasedsynchronization,theTBS'snetworkwillbesynchronizedbyEthernet basedsynchronization,runningoverthesamedatabackhaulnetwork.Theimplementa tionofthesynchronizationprotocolisviaanIndoorSynchronizationUnitISU(pro videdbyRADWIN),thatisconnectedtooneofthenetworkswitches,andprovidesthe masterclocktoallTBSsinthenetwork. Thesynchronizationarchitecturemayvarydependingonthespecificnetworktopology, soRADWINneedstoevaluateandapprovethetracksidenetworktopologyandassureit willsupportthesynchronizationprotocol.Typicalsynchronizationrequirements include:
Layer2connectionbetweenallISUsandTBSs. Maximumof4switchesbetweenISUsandeachTBS. Avoidhighlinespeedutilizationtopreventintroductionofjitterandlatency.The lineloadshouldbelimitedaccordingtothefollowingtable:
Table21:ISUTBSswitchesvs.lineutilization NumberofSwitchesBetweenISUandTBS MaximalLineUtilization 1 2 3 4 95%
85%
75%
65%
Networkswitchesshouldappropriatelyhandlethesystem'srelearningframes.These framesareVLANtagged(802.1Q).Switchshouldforwardtherelearningtrafficand updateFIB(ForwardingInformationBase).(Seechapters9&10formoreinformation ontheupdatemessages). IEEE802.3azmustbedisabledonallswitches. Spanningtreebetweentrainandtracksideisnotsupportedandmustbedisabledon switchportsconnectedtotheradios. Staticroutingshouldbeimplementedbetweentracksidecorerouterandonboard routers.ImplementationofdynamicroutingprotocolsshouldbeconfirmedwithRAD WINprofessionalservices. FinMDeploymentGuide Release4.2.46 22 For Regualtor Approval Only TrainSide(Onboard)Network NetworkGuidelines Figure21:Typicaltracksidenetworkarrangement 2.4TrainSide(Onboard)Network AMobileRadiounit(TMU)isdeployedateachendofthetrain.Itisconnected,viaa PoE,tothetrain'sinternalnetwork(TrainnetworkisresponsibilityofSI).Thistopology enablesonboardredundancyandimprovedperformancebyanIntraTrainHandover mechanism(ITHO). L2connectivityisrequiredbetweenbothTMUs TMUsandtrainroutershouldbeonthesameIPsubnet Trainequipment(APs,CCTVcameras,PISdevicesetc.)shouldbeonadifferentsubnet fromthatoftheTMU Allofthetrain'strafficissentviaanonboardrouter(providedbySI)totheactiveTMU providingthehighestthroughput(whichTMUisconsideredactiveisautomatically determinedbythesystem). TheonboardtrainnetworkshouldsupportVLANs Networkswitchesshouldappropriatelyhandlethesystem'srelearningframes.These framesareVLANtagged(802.1Q)andswitchshouldforwardtherelearningtrafficand updatetheFIB(ForwardingInformationBase) IEEE802.3azshouldbedisabledonallswitches FinMDeploymentGuide Release4.2.46 23 For Regualtor Approval Only TrainSidePhysicalConnectivity NetworkGuidelines Spanningtreebetweentrainandtracksideisnotsupportedandmustbedisabledon switchportsconnectedtotheradios. Figure22:Typicaltrainsidenetwork(logicalconnectivity) 2.5TrainSidePhysicalConnectivity Figure 23presentsanexampleofatypicalphysicalconnectivitywithinanonboardnetwork. Onboardroutermustbeconnectedthrough1physicalport,butthisportmustsupportat least2subinterfaces(routeronastick/onearmedrouterimplementation).Eachsub interfacemusthaveitsownIPaddressandVLANtoenabletheIPschemedetailedinSection 2.7,below. Figure23:Typicaltrainsidenetwork(physicalconnections) FinMDeploymentGuide Release4.2.46 24 For Regualtor Approval Only TrackSideCoreRouter NetworkGuidelines 2.6TrackSideCoreRouter ThetracksidenetworkrequiresacorerouterthatwillactasthegatewaybetweentheTrain ToGroundsystemandtheclient'scorenetwork.Alltrafficbetweenanytrain'sonboard devicesandtheclient'scorenetworkmustpassthroughthisrouter.Thetracksidecorerouter musthaveatleast2interfaces(seediagrambelowinSection2.7):
Interface1: Connectstotheclient'scorenetwork.Itwillbeonthesamesubnetasthe client'snetworkandwillbethegatewayforalltrafficfromtheclientnetwork targetedatdevicesonboardtrains. Interface2: UsedfortheTrainToGroundnetwork.Itwillbeonthesamesubnetastheon boardrouterinterface1andwillbethegatewayforalltrafficfromtheon boardroutersonallthetrains. Alltrafficbetweenanyonboarddeviceandthetracksidemustpassthroughtheonboard router. 2.7BasicIPSchemeandDataFlowPath AnexampleofthebasicIPschemeisshownhere. Thetrafficflowsbetweenthetracksidecorerouterandtheonboardrouter.Allelements betweentherouters(includingswitchesandFiberinMotionradios)arepureL2devices.They haveanIPaddressformanagementonly,andaretransparenttothedatatraffic. Overall,atleast3IPsubnetsarerequired:
SubnetAfortheclientcorenetwork. SubnetBforthetraintogroundsegment. SubnetCfortheonboardnetwork. FinMDeploymentGuide Release4.2.46 25 For Regualtor Approval Only BasicIPSchemeandDataFlowPath NetworkGuidelines Figure24:BasicIPSchemeandDataFlow FinMDeploymentGuide Release4.2.46 26 For Regualtor Approval Only RecommendedVLANAssignment NetworkGuidelines 2.8RecommendedVLANAssignment AtypicalVLANassignmentthroughoutthenetworkwouldincludethefollowing:
VLANV1ForTBSandISUmanagement VLANV2Fortracksidesynchronization(BetweenISUandTBSs) VLANV3For:
Usertraffic(betweentracksidecorerouterandonboardrouter) TMUmanagement SignallingbetweentwoonboardTMUs(tosupportintratrainhandoverindual TMUpertraindeployment) VLANV4Trainonboardinternalnetwork(foralltrainenduserdevicesenduserAPs, IPcameras,IPphones,etc.) FinMDeploymentGuide Release4.2.46 27 For Regualtor Approval Only RecommendedVLANAssignment NetworkGuidelines Figure25:VLANAssignment FinMDeploymentGuide Release4.2.46 28 For Regualtor Approval Only InterBaseHandover(IBHO)UpdateMessage NetworkGuidelines 2.9InterBaseHandover(IBHO)Update Message Asmentioned,FiberinMotionprovidesL2connectivity,soallL3features(routingetc.)are handleddirectlybetweentheonboardrouterandthetracksidecorerouter.Theadvantage ofthismodeofoperationisthatnoroutingupdatesareneededduringhandovers,facilitating thecontinuousfasthandoversneededasthetrainmovesalongthetrack. However,therewillbeotherL2devices(switches)alongthetracksidenetworkthatmustbe updated. WhenaTMUmovesfromoneTBStothenext,theremustbeanupdateofthetrackside networksotheswitchesknowthenewdatapath.Thisupdateismadebysendinganupdate messagetothetracksidecorerouter.However,wedonotwishtosendanupdatemessage foreachonboarddevice.Thiswilloverloadthesystem.Forthisreason,theupdateissent regardingonly1devicetheMACaddressoftheonboardrouter(sincealltheonboard devicesarebehindit,theydonotneedtohaveindividualupdatemessagessent). FinMDeploymentGuide Release4.2.46 29 For Regualtor Approval Only InterBaseHandover(IBHO)UpdateMessage NetworkGuidelines ConsiderthediagramshowninFigure 26,whereaTMUisconnectedtothefirstTBS(TBS1) andalltrafficflowsinthegreenpath:
Figure26:IBHOPart1 FinMDeploymentGuide Release4.2.46 210 For Regualtor Approval Only InterBaseHandover(IBHO)UpdateMessage NetworkGuidelines WhentheTMUhasmadeadecisiontoswitchfromTBS1toTBS2(basedonRSSthresholds) itinitiatesanupdatemessage(showninblueinFigure 27)tothetracksidecorerouter,with thesourceMACaddressoftheonboardrouter. Allswitchesalongthetracksidenetwork'snewdatapatharethenupdated. Figure27:IBHOPart2 Asaresult,theTMUisconnectedtoTBS2andalltrafficflowsinthenewpath(shownin greenin. FinMDeploymentGuide Release4.2.46 211 For Regualtor Approval Only IntraTrainHandover(ITHO)UpdateMessage NetworkGuidelines Figure28:IBHOPart3 2.10IntraTrainHandover(ITHO)Update Message ParalleltotheInterBaseHandover(IBHO)process,describedabove,FiberinMotionalso supportsanIntraTrainHandover. TheITHOfeature,implementedintheTMUs,enablesextendedcoverageandthroughput.As mentionedabove(seeTrainSide(Onboard)Networkonpage 23)thismoderequires2on boardTMUs(ideallyateachendofthetrain),withL2connectivitybetweenthem. FinMDeploymentGuide Release4.2.46 212 For Regualtor Approval Only IntraTrainHandover(ITHO)UpdateMessage NetworkGuidelines ThisprocesshappensinparallelandindependentlyfromtheIBHO.Thebackgroundprocess consistsofacontinuousevaluationbetweenthe2onboardTMUs,astowhichcanreceive thehigherthroughput(regardlessofwhichbasetheyareconnectedto). WhenanITHOoccurs,anupdatemustalsobesenttotheonboardrouter.Thisupdatewill refreshtheswitchesalongthenewdatapathastothenewactiveTMU. ConsiderFigure 29whereitisshownthatTMUAisconnectedtoTBS1andisACTIVE
(passingtraffic).Alltrafficflowsinthegreenpath. TMUBisPASSIVE.IthasanidleconnectiontoaTBSanditmonitorsthepotentialthroughput, butdoesnotpasstraffic. Figure29:ITHOPart1 FinMDeploymentGuide Release4.2.46 213 For Regualtor Approval Only IntraTrainHandover(ITHO)UpdateMessage NetworkGuidelines TheIntraTrainHandovermechanismdiscoversthatahigherthroughputcanbeachieved throughTMUB,definedatpresentasPASSIVE.(TMUBmaybeconnectedtothesameTBSas TMUAortoadifferentonethisdoesnotaffecttheITHO). AnITHOisthereforeinitiatedandTMUBisredefinedasACTIVE.TMUBthensends2update messages(markedinblueinFigure 210):
UpdatemessagetotracksidecorerouterwithonboardrouterMACtoupdatethe tracksideL2networkofthenewdatapath(sameprocessasintheIBHOupdate describedabove) UpdatemessagetotheotherTMU(TMUA)withthetracksidecorerouterMACto updatethetrainL2networkofthenewdatapath. Figure210:ITHOPart2 FinMDeploymentGuide Release4.2.46 214 For Regualtor Approval Only IntraTrainHandover(ITHO)UpdateMessage NetworkGuidelines AllonboardtrafficnowflowsthroughTMUBtoTBS2inthenewgreenpath:
Figure211:ITHOPart3 FinMDeploymentGuide Release4.2.46 215 For Regualtor Approval Only Chapter3:Configuringthe RadioNetwork 3.1ScopeofThisChapter ThischaptershowshowtoworkwiththeConfigurator,andprovidesafewexamplesofsome parameters.Italsoincludessometipsandadviceforbestpracticeswhenworkingwiththe Configurator. 3.2ConnectingtotheUnits Forafirsttimeconfiguration,allunitsaresettoanIPaddressof10.0.0.120withsubnetmask 255.0.0.0.ThelaptopEthernetcardshouldbesettoafreeIPaddressonthatsubnet(for example10.0.0.111). AlloftheTBSsandanyISUsneededmustbephysicallyinstalledbeforeyoucanworkwiththe Configurator. ISUsarerequiredonlyinanenvironmentthatdoesnothaveaccesstoaGPSsignal
(tunnels,stations,etc.) 3.3AbouttheConfigurator TheConfiguratorisusedtoconfigureeachactivedeviceusedinyourproject:TMUs,TBSs, andISUs.YoualsousetheConfiguratortosetmanygeneralparametersincludingIPaddress details,gateways,frequenciesandbandwidths,andmuchmore. TousetheConfiguratoryoumusthaveMSExcel2007orlaterinstalledonyour laptop(s). FinMDeploymentGuide Release4.2.46 31 For Regualtor Approval Only MethodofOperation ConfiguringtheRadioNetwork TheConfiguratorisanExcelfilethatconsistsoffivetabs:
Main: Providesanoverviewofthecontentsoftheproject,aswellasvariousbuttonsfrom whichyoucanconfigurespecificdevices.SeeMainTab. Project:Allowsyoutoentervariousprojectwideparameters,suchasthefrequenciesand bandwidthsused,synchronization,unitspower,QoS,VLAN,andEthernetmode, andmore.SeeProjectTab. AllowsyoutoentertheIPaddressesofthevariousdevicesandgatewaysused,VLAN definitionsandmore.SeeLineTab. Line:
Towers: AllowsyoutoentertheIPaddressesofthevariousTBSsintheprojectinadditionto theirneighbors.SeeTowersTab. Trains: AllowsyoutodefinetherailcarsthatwillbeintheprojectandtheirTMUs.SeeTrain Tab. 3.3.1MethodofOperation Briefly,workwiththeConfiguratiorfileasfollows:
Oncethefileissaved,applythevaluesusingeithertheConfigureUnitbutton(see ChangewhatevervaluesneedtobechangedusingtheConfiguratorfile, ClickonRecalcalldata(ifneeded:seepage 35),then Savethefile. page 34),ortheHBSBatchConfigurationbutton(page 34). TheConfiguratorwillconnectwiththeunits,andapplythechanges. 3.4UsingtheConfigurator ClickonthedesktopicontostarttheConfigurator.Thefilewillopen,andtheMaintabwill appear. 3.4.1MainTab TheMaintabisshowninFigure 31:
FinMDeploymentGuide Release4.2.46 32 For Regualtor Approval Only MainTab ConfiguringtheRadioNetwork Figure31:ConfiguratorMaintab Tableontopright:
FinMDeploymentGuide Release4.2.46 33 For Regualtor Approval Only MainTab ConfiguringtheRadioNetwork Setitemsinthistablefirst,beforecarryingoutanyothertasksonthistab. Figure32:Maintab:PreConditions Mode:ShowsthemodeoftheConfigurator(ProtectedorUnprotected) Downloadsoftware:
DeterminesworkingdetailsoftheConfigureUnitandHBSBatchConfiguration buttonsasfollows:
NomeansthatchangesyoumakeusingtheConfigureUnitorHBSBatch ConfigurationbuttonswillaffectthisConfiguratorfileonly,andwillnotbe downloadedtoanyunits. ConfigurationOnlymeansthatthechangesyoumakeusingtheConfigureUnit orHBSBatchConfigurationbuttonswillaffectthisConfiguratorfileandwillbe downloadedtotherelevantunits.Youmustmakesurethattheradiounitsin usehavetherequiredfirmwareinstalledonthem. Configuration&Releasemeansthatthechangesyoumakeusingthe ConfigureUnitorHBSBatchConfigurationbuttonswillaffectthisConfigurator file,thesystemwillthencheckiftherelevantradiounitsneedafirmware updateandifso,willupdatethem,andonlythenwilldownloadthechanges youhavemadetotherelevantunits. Compare/Verifyinstructsthesystemtocomparetheconfigurationofthe relevantunitsasopposedtotheconfigurationasshowninthefileasitisat present(itrelatestotheopenExcelfile,andnotthefilesavedondisk). VerifyHardware:Notforcustomeruse. Line:Indicatesforwhichlineyouaremakingconfigurationchanges.Thisaffectsany changesyoumakeusingtheConfigureUnitorHBSBatchConfigurationbuttons. ConfigureUnit:ClicktoopentheConfiguratordialogbox.Thisenablesyoutoconfigure individualunits,oneatatime.Thelineshownisdeterminedbythevaluein theLinewindow.SeeConfiguringNetworkUnits. ClicktoopenawindowshowingthesoftwareversionoftheConfigurator application. ClicktoprotecttheConfiguratorfilefrombeingchanged. ClicktoallowtheConfiguratorfiletobechanged.Password:psfiberinmotion About... Protect Unprotect HBSBatchConfiguration:
FinMDeploymentGuide Release4.2.46 34 For Regualtor Approval Only ProjectTab ConfiguringtheRadioNetwork Onceyouhavemadechangesinthisfile,recalculatedanyneededvalues,and savedthefile,clickthisbuttontoapplythosechangestoalloftheTBSs, insteadofjustoneatatime.Acommandlineinterfacewindowwillopen,and theupdatestatusofeachunitwillbeshown. Changesforonlyonelinearedone,asdeterminedbythevalueintheLine window. Recalcalldata:Afteryouhavemadechangestovariousparametersasdescribedthroughout thischapter,beforeapplyingthemtoanyunits,clickthistorecalculateall otherparametersthatmayhavebeenaffectedbyyourchanges.Thisdoesnot applyanychangestoanyunits. LowerTable: Providesanoverviewoftheequipmentandlinesusedinthewholeproject. 3.4.2ProjectTab TheProjecttabholdsgeneralconfigurationparametersthatapplyacrosstheproject. UpperTable TheuppertableoftheProjecttabisshowninFigure 33:
FinMDeploymentGuide Release4.2.46 35 For Regualtor Approval Only ProjectTab ConfiguringtheRadioNetwork Figure33:ConfiguratorProjecttab,uppertable Band:
ChannelBandwidth:
Synchronization:
Clickthispulldownmenutochoosethefrequencybandtobe usedfortheproject.Onlythosebandsthatareinaccordance withyourregulatoryenvironmentwillappear. Clickthispulldownmenutochoosethebandwidthtobeused forthisproject.ThefrequenciesusedintheTowertab(F1,F2, F3,etc)willbethebasefrequencychoseninBand,withthe bandwidthadded. Notethatnotallfrequencybandsallowallbandwidthstobe used. Clickthispulldownmenutochoosethetypeofsynchronization usedinthisproject:
IntegratedGPS:UseaGPSunitintegratedintheTBS.Usedin abovegroundscenarios. FinMDeploymentGuide Release4.2.46 36 For Regualtor Approval Only ProjectTab ConfiguringtheRadioNetwork GSU:UseanexternalGPSunit.Usedinabovegroundscenarios. Notethatthisrequiresextrainstallationandconfigurationfor theGSU. ISU:UsetheIndoorSynchronizationUnit.Usedinbelowground scenarios. None:Donotusesynchronization Symmetric(50/50):Usethisifthereisnosignificantdifference inthetransmissionconditionsbetweenTBS>TMUandTMU
>TBS. MaxUplink(20/80):Usethisifyourprojectrequirestheuplink
(TMU>TBS)tobemuchstrongerthanthedownlink(TBS
>TMU). Uplink(30/70):Usethisifyourprojectrequirestheuplink(TMU
>TBS)tobestrongerthanthedownlink(TBS>TMU). Downlink(70/30):Usethisifyourprojectrequiresthedownlink
(TBS>TMU)tobestrongerthantheuplink(TMU>TBS). MaxDownlink(80/20):Usethisifyourprojectrequiresthe downlink(TBS>TMU)tobemuchstrongerthantheuplink
(TMU>TBS). Setthevaluethatwillgiveyouthebestthroughputwiththe leastnoise.Maximumradiatedoutputpowershallnotexceed 36dBmEIRP(FCCregulatoryenvironments). Setthevaluethatwillgiveyouthebestthroughputwiththe leastnoise.Maximumradiatedoutputpowershallnotexceed 36dBmEIRP(FCCregulatoryenvironments). Enablethistofilterthetrapstothosethatarerelevantforyour project.Ifthisisnotenabled,theneverychangeortrapnot matterhowtrivialwillberecorded,andyourtrapslistwill quicklybecomeverylargeandcumbersome. Werecommendtoenablethisparameter. EnableifyourprojectisusingaVLAN. DesiredTxRatio
(downlink/uplink):
TxPower,HBS[dB]:
TxPower,HMU[dB]:
TrapsFilterOn:
VLANManagement:
FinMDeploymentGuide Release4.2.46 37 For Regualtor Approval Only ProjectTab ConfiguringtheRadioNetwork AdaptiveModulation Mode:
WriteCommunity:
QoSMode:
MaxDistance:
GSUTxRatio(down link/uplink):
BaseEthernetMode:
MIMO:(MultiIn,MultiOut)Setthetransmissionmethodtouse onedatastream,butmultipledatasignals.Thisisusefulinaless noisyenvironmentthatrequiresahighercapacity,butwhere dropswillnotlikelyoccur,suchaswhenthetrainisstoppedata station. Diversity:Setthetransmissionmethodtousemorethanone datastream.Thisisusefulwhenthetrainistravellinginanoisy environmentorwhendropsarelikelytooccur,suchasduring fastmovement. AutoMIMO/Diversity:Setthesystemtoautomaticallydetect theconditionstoswitchbetweenMIMOandDiversity. Setthelinkpasswordhere. QualityofService(QoS)isatechniqueforprioritizationof networktrafficpacketsduringcongestion.RADWINproducts supporttwoclassificationcriteria,VLANbasedorDiffservbased. Choosewhichcriteriontouse.Formoredetailsonworkingwith QoS(seeLowerTable:QualityofService(QoS)Optionson page 310). None:DonotenableQoS VLAN:ChoosetheVLANcriterionforQoS Diffserv:ChoosetheDiffservcriterionforQoS EnterthemaximumdistancebetweentheTBSsandtheTMUs. MakesuretoentertheunitsincolumnC. SetthisthesameasDesiredTxRatio.Ifitisnotthesame,GPS synchronizationwillnotworkproperly. SettheethernetmodefortheTBSs.Usemanualconfiguration whenattachedexternalequipmentdoesnotsupportauto negotian. AutoSense:Detectthelinespeedandduplexmode automatically,andapplythosevalues. AutoSense(100M/b):Startat100M/b,butdetecttheline speedandduplexmodeautomaticall,andchangeitifnecessary from100M/b. Force100FullDuplex:Choose100M/bandfullduplexforthe linespeedandduplexmode. FinMDeploymentGuide Release4.2.46 38 For Regualtor Approval Only ProjectTab ConfiguringtheRadioNetwork IntraTrainHandover Operation:
Limitedspectrum mode:
EHSSjittermitigation:
NetworkID:
TrapsDestinations:
TimeZone:
NumberOfTrainsper Base:
GPSAntenna Configuration:
Setswhichdatastreamdirectionisusedtojudgewhentocarry outtheintratrainhandover. Uplink:Checktheuplinkdirection(TMU>TBS)onlywhen determiningwhentocarryouttheintratrainhandover. Aggregate:Checkboththeuplinkanddownlinkdirections,and useanaverageofthesignalstrengthvaluewhendetermining whentocarryouttheintratrainhandover. Downlink:Checkthedownlinkdirection(TBS>TMU)onlywhen determiningwhentocarryouttheintratrainhandover. UsedforInterferenceMitigationforCochannelNeighbors(see InterferenceMitigationforCochannelNeighborsonpage 318). Ifyourprojectuses3orfewerfrequencies,thenwerecommend youusethisoption. Ifyourprojectusesmorethan3frequencies,thisoptionisnot needed. EthernetHubSiteSynchronizationjittermitigation:Ifthereisa highleveloftracksidenetworkjitter,setthistoYestominimize theadverseaffectofjitterontransmissionsynchronization. A4lettertermthatrepresentsthenetwork.Thisnameisused inavarietyofplaces. IPaddressofthetrapdestinationdevice.Forredundancy,you canhaveupto10differentdestinations.SeparatetheirIP addresseswithacomma. Enterthenumberofminutesthatthesystemisaheadof GreenwichMeanTime(GMTorUTC). EnterthetotalnumberofTMUsperTBS(thevalueisactually thenumberofTMUs,nottrains).EachTBSneedsthisvalueto manageitsresources.TherecanbeuptotwoTMUspertrain, andupto6TMUsperTBStotal. Integrated:IfyourTBSunitshaveanintegratedGPScapability, selectthisoption. External:IfyourTBSunitsdonothaveanintegratedGPS capability,selectthisoption.Notethatinthiscaseanexternal GPSUnit(GSU)willberequiredtoimplementGPS synchronization. None:IfyouarenotusingGPSsynchronization,selectthis option. FinMDeploymentGuide Release4.2.46 39 For Regualtor Approval Only ProjectTab Product:
ConfiguringtheRadioNetwork N:Choosethisoptionifyouareusingthe802.11nradio transmissionstandard. AC:Choosethisoptionifyouareusingthe802.11acradio transmissionstandard. LowerTable:QualityofService(QoS)Options ThelowertableoftheProjecttaballowsyoutosetQoSoptions. ThelowertableoftheProjecttabisshowninFigure 34(VLANcriteriashown):
Figure34:ConfiguratorProjecttab,lowertable QoSOverview Avarietyoftraffictypescontainingdifferentcontentcantravelthroughoutthenetwork,and asaresultthroughRADWINequipment.Certaintypesaremoresensitivetodelaysthan others,andassuchtheethernetnetworkplacesatagoneachpacketrepresentingitspriority. TheRADWINQualityofServicefeature(QoS)canworkwithtwodifferentstandardsoftraffic prioritization:VLAN(IEEE802.1q/p)andDiffserv(RFC2475).Eachofthesestandardsdivides theprioritiesdifferently:VLANuses8levels,whileDiffservuses64levels. RADWINequipmentcanrecognizethesenetworkprioritytags,andcanplacethetrafficin oneof4differentQoSprioritylevels,asshowninTable 31:
Table31:DefaultprioritiesandallocationbyVLANvs.Diffserv QoSPriorityLevel RealTime StandardPriority Diffserv VLAN 4863 67 NearRealTime 3247 45 ControlledLoad 1631 23 TypicalUse Highpriority:videoconferencing,phone calls,etc. SlightlylowerprioritythanRealTime,but withhighqualitydeliverywithguaranteed minimumlatency.Streamingvideo,internet sites. SimilartoBestEffortinuncongested conditions.Averyhighpercentageof transmittedpacketswillbedelivered successfullyandnotexceedtheminimum delay.Doesnotguaranteeminimumlatency. BestEffort 015 01 Lowestpriority:email,messaging,etc. FinMDeploymentGuide Release4.2.46 310 For Regualtor Approval Only ProjectTab ConfiguringtheRadioNetwork Thatis,ifworkingwiththeDiffservstandard,traffictaggedwithprioritylevelsfrom48to63 aretreatedasRealTime,thosewithlevelsfrom47to32aretreatedasNearrealtime,etc. TheRADWINQualityofServicefeature(QoS)allowsyoutochangewhichstandardpriority levelistranslatedintoaprioritylevelusedinRADWINequipment. Example:Ifyouknowyournetworkwillhaveagreatdealofhigherprioritytraffic,butyou onlywantthehighesttoreceivepreferentialtreatment,youcandefineRealTimeas beingfrom55to63,insteadofthedefaultvalues4863.Youmustcoveralllevels,soin thiscase,makesuretoredefineNearRealTimeas32to54. Percentages:Youcanseteachprioritylevel(intheuploadanddownloaddirectionseparately) totakeupacertainpercentageofthetotaltraffic,solongasthatpercentageaddsupto100. MIR:Youcanalsoplaceanabsolutemaximumlimitontheamountoftrafficallowedtopass perprioritylevel,nomatterhowmuchtrafficcomesthrough. SettingupQoS QoSforTransportationFiberinMotionissetupintwophases:
1. ChoosetheQoSprioritystandard:Projecttab,uppertable,QoSMode
(ChooseNone,VLAN,orDiffserv) Thelowertablewillshowthedefaultvaluesaccordingtothestandardyouhavechosen. 2. Configurethevaluesforeachqualitygroup:Projecttab,lowertable:
Figure35:ConfiguratorProjecttab,lowertable(VLANoptions) Figure36:ConfiguratorProjecttab,lowertable(Diffservoptions) Min:SettheminimumstandardprioritylevelthattheQoScategorywillreceive:
InFigure 35(showingvaluesaccordingtotheVLANstandard),RealTimehasa minimumof6. InFigure 36(showingvaluesaccordingtotheDiffservstandard),RealTimehasa minimumof48. FinMDeploymentGuide Release4.2.46 311 For Regualtor Approval Only LineTab ConfiguringtheRadioNetwork Max:SetthemaximumstandardprioritylevelthattheQoScategorywillreceive. InFigure 35(showingvaluesaccordingtotheVLANstandard),RealTimehasamaximumof7. InFigure 36(showingvaluesaccordingtotheDiffservstandard),RealTimehasamaximumof63. Youmustmakesuretocoveralltheprioritylevels,otherwisethesystemwill createerrors.Nowarningwillbegiven. 3. Downlink%andUplink%:SetthepercentageoftrafficeachQoScategoryistobeallotted.Thiscanbedifferentforthedownlink(TBS
>TMU)oruplink(TMU>TBS)direction.IftrafficofacertainQoSlevelismorethanthispercentage,itistreatedasBestEffort. Thepercentagescannotadduptomorethan100,otherwisethesystemwill createerrors.Nowarningwillbegiven. Ifthepercentagesadduptolessthan100,theunusedprioritywillbedistributed totheremainingpriorities. 4. DownlinkMIRandUplinkMIR:Optional.IfyouwanttolimittrafficofacertainQoSleveltoacertainrate,enterthatratehere,in Mbps(max:100). 3.4.3LineTab TheLinetabisshowninFigure 37:
FinMDeploymentGuide Release4.2.46 312 For Regualtor Approval Only LineTab ConfiguringtheRadioNetwork Figure37:ConfiguratorLinetab EnterthevariousIPaddressesforthedevicesshown. ThedevicesonthefirstlineoftheworksheetareassociatedwithLine1,thoseonthesecond linewithLine2,etc. No. HMUGateway:
HMUSubnet:
HBSGateway:
HBSSubnet:
HMUManagement VLAN:
HBSManagement VLAN:
SynchronizationVLAN:
Synchronization DomainID:
L2LearningVLAN:
ISUIP:
BackupISUIP:
Line:
Enterthelinenumber. TMUgatewayforallTMUsontheline.TheindividualIP addressesoftheTMUsontherailcarsaredefinedintheTrain tab(seeTrainTabonpage 317). TMUsubnetforallTMUsontheline. TBSgatewayforallTBSsontheline.TheindividualIPaddresses oftheTBSsaredefinedintheTowerstab(seeTowersTabon page 315). TBSsubnetforallTBSsontheline. VLANdefinitionforallTMUs. VLANdefinitionforallTBSs. VLANdefinitionforallISUs. DomainIDforallISUs. VLANdefinitionforthedata(traffic)stream.Calledlearning becauseitrelatestothefactthateachTBSmustlearnaboutthe newTMUthatiscomingintoitsrange. IPaddressfortheprimaryISUintheline IIPaddressofthesecondaryISUintheline Thenameoftheline.Thisnamewillbeusedinseveralplaces, sousealogicalterm. FinMDeploymentGuide Release4.2.46 313 For Regualtor Approval Only ConfiguringtheRadioNetwork LineTab Color:
Eachlinehasaseparatecolor,helpingyoutokeepthings organized.Setthebackgroundcolorforthelinehere.Thecolor isshown,andisalsousedasabackgroundfortheConfigure Unitdialogbox(seeConfiguringNetworkUnitsonpage 325),in theTowerstab(seeTowersTabonpage 315),andtheTraintab
(seeTrainTabonpage 317). ThefirsttwodigitsarefortheRedcolorcomponent(Hexformat from00forblacktoFFforRed),thenexttwoarefortheGreen colorcomponent(Hexformatfrom00forblacktoFFforGreen), andthelasttwoarefortheBluecolorcomponent(Hexformat from00forblacktoFFforBlue). Table32:ColorCodes Value
#FF0000
#00FF00
#0000FF
#FF00FF
#00FFFF
#FFFF00 Color Red Green Blue Magenta Cyan Yellow AdditionalLearning VLANs Notforcustomeruse FinMDeploymentGuide Release4.2.46 314 For Regualtor Approval Only TowersTab HBSNTPServer:
HMUNTPServer:
IPaddressoftheNetworkTimingProtocolserverforallTBSsin thenetwork. IPaddressoftheNetworkTimingProtocolserverforallTMUsin thenetwork. 3.4.4TowersTab TheTowerstabisshowninFigure 38:
ConfiguringtheRadioNetwork Figure38:ConfiguratorTowerstab UsetheTowerstabtodefinetheconnectivitycharacteristicsofallTBSsintheproject. InsomeversionsoftheConfigurationfile,someofthefieldsarelinkedtoothers.Thisisprojectspecificandmaynotberelevantforyourproject. Youmustverifythatallvaluesenteredarethecorrectones. No. Name SequencenumberoftheTBSinthewholeproject. EnteranamefortheTBS.Choosealogicalname,asthisnameis usedinmanyplaces. FinMDeploymentGuide Release4.2.46 315 For Regualtor Approval Only TowersTab ACCBS Frequency kHz FrequencyNeighbors Line Dir No. BaseNeighbors IPNeighborsList NeighborLineNo. CoChannelNeighbor CoChannelNeighbor sIPs ConfiguringtheRadioNetwork IPaddressoftheTBSunit. Fromthepulldownmenu,choosethefrequencyatwhichthe TBSunitwillwork. ThefrequenciesaredeterminedbyBand:andChannel Bandwidth:valuesintheTowertab.F1,F2,F3,etcwillbethe basefrequencychoseninBand,withthevaluechosenin ChannelBandwidthadded. Forexample,iftheBandchosenis5.4755.720GHz,andthe bandwidthis40MHz,thenF1=5.475GHz,F2=5.515GHz,F3=
5.555GHz,etc. ThefrequencyinkHzisshownautomaticallyasaresultofyour choiceintheFrequencycolumn. ShowsthefrequenciesoftheneighborsoftheTBS.Thevalues showndependonthenamesoftheneighborsyouenterinthe BaseNeighborscolumn. Choosethenumberofthelinehere,precededbyazero. Write1ifthereisoneTBSthatservesbothdirections,write2of thereisaTBSforeachdirection. SequencenumberoftheTBSinthespecificline. Enterthename(s)ofeachTBSthatiscloseenoughtobe consideredaneighbor.Becarefultoentertheexactsameterm fortheneighboringTBSasshownintheNamecolumnforthat unit.Separatemultiplevaluesbyacomma. ShowstheIPaddressesoftheneighboringTBSunitsin accordancewiththelistyoucreatedintheBaseNeighbors column. Shows,inorder,thelinenumberforeachneighboringTBSunit, naccordancewiththelistyoucreatedintheBaseNeighbors column. UsedforInterferenceMitigationforCochannelNeighbors.(see InterferenceMitigationforCochannelNeighborsonpage 318). Ifyourprojectuses3orfewerfrequencies,thenwerecommend youusethisoption. Enterthename(s)ofthecochannelneighbor(s).Ifthereare morethanone,separatethembyacomma(nospaces!). ShowstheIPaddress(es)ofthecochannelneighbor(s)in accordancewiththenamesyourecordedintheCoChannel Neighborcolumn.UsedforInterferenceMitigationforCo channelNeighbors. FinMDeploymentGuide Release4.2.46 316 For Regualtor Approval Only TrainTab CNIndex ConfiguringtheRadioNetwork IndicateswhichTBSwillusewhichtimeslotsintheframe,inthe InterferenceMitigationforCoChannelNeighborsoption. 3.4.5TrainTab TheTraintabisshowninFigure 39:
Figure39:ConfiguratorTraintab No. IP Line Num Car#1
(Car#2) Car#1RouterIP SequencenumberoftheTMUinthewholeproject. IPaddressoftheTMU. LineonwhichtheTMUworks. WhentwoTMUsareusedonacar,setherewhichTMUis1 andwhichoneis2.Thisisnotnecessarilytheactiveor passiveTMU;thatisdeterminedbyconditionsinthefieldand canchangefromminutetominute. NameofCar#1.Choosealogicalname,asthisnameisusedin manyplaces.
(Optional)NameofCar#2.Choosealogicalname,asthisname isusedinmanyplaces. IPaddressofrouterinCar#1. NotethatthisistheIPaddressoftherouter,andnotofthe TMU,oranyotherindividualpieceofequipmentonboard.This keepsthenetworksimpleastheTBS,ISUs,andotheritems relatetothissingleIPaddress,andnottothemanyIPaddresses oftheindividualitemsofequipment. FinMDeploymentGuide Release4.2.46 317 For Regualtor Approval Only InterferenceMitigationforCochannelNeighbors ConfiguringtheRadioNetwork 3.5InterferenceMitigationforCochannel Neighbors Ifyoursystemuses3orfewerfrequencies,werecommendthatyouusetheCoChannel NeighborInterferenceMitigationmethoddescribedheretoreduceinterferencebetween TBSs. ThismethodisusedinadditiontotheHubSiteSynchronizationmethod. Ifyoursystemusesmorethan3frequencies,thismethodofinterferencemitigationis notneeded. 3.5.1BasicSituation ThethreefrequenciesareusedontheTBSsinastaggeredfashion:TBS1usesF1,TBS2uses F2,TBS3usesF3.Thepatternisthenrepeated:TBS4hasagainF1,TBS5hasF2,TBS6hasF3, andsoon. WeassumethatthenominaldistancebetweeneachTBSisatleast500m(belowground;
abovegroundthisvaluecanbeaslargeas2000m).SeeFigure 310. cochannelneighbors cochannelneighbors TBS1 TBS2 TBS3 TBS4 TBS5 TBS6 TBS7 TMU1 500m 500m 500m 500m 500m 500m TMU4 TMU7 Figure310:CoChannelNeighbors Atagivenmoment,arailcar(withTMU1)issynchronizedwithTBS1,andusingfrequencyF1. Atthissamemoment,thisrailcarisabout1500metersawayfromTBS4,whichisalsousing F11. AnysignalthatTMU1receivesfromTBS4atthispointisconsideredinterference.Ifthesignal fromTBS4isstrongenough,theinterferencecanharmthethroughput,andneedstobe mitigated. 1. Iffewerthan3frequenciesareused,thevalueswouldbe1000mfortwoand500mforonefrequency. FinMDeploymentGuide Release4.2.46 318 For Regualtor Approval Only NecessaryPreConditions ConfiguringtheRadioNetwork ThissituationcontinuesthroughoutthelineTBS7caninterferewithTBS4/TMU4,andinturn TBS4caninterferewithTBS7/TMU7.TBS7canfurtherinterferewithTBS10,TBS10can interferewithTBS7andTBS13,andsoondowntheline. Thetwounitsthatcaninterferewitheachotherarecalledcochannelneighbors. 3.5.2NecessaryPreConditions IftheCoChannelNeighborInterferenceMitigationoptionisconfigured,itwillbeactivated ordeactivatedautomaticallyaccordingtotheconditionsdescribedbelow.Notethatthe activationconditionsanddeactivationconditionsarenotexactlysymmetrical. ActivationConditions TheTBScochannelneighboristransmittingwiththePrimaryTMUonitsrailcar1, AND ThedetectedsignalfromtheTBScochannelneighborisabovethethresholdsignal strengthforactivation(seeTable 33). Table33:Thresholdsignalstrengthlevelsactivationcriteria SignalStrengthbetween TBSandTMU 70orabove 70orabove 74to71 74to71 78to75 78to75 79orbelow 79orbelow Differenceinsignal strengthbetweenTBS anditscochannel neighbor Greaterthan16 16orless Greaterthan14 14orless Greaterthan12 12orless Greaterthan9 9orless ActivateOption?
No Yes No Yes No Yes No Yes DeActivationConditions TheTMUoftheTBScochannelneighborisredefinedastheSecondaryTMU, OR 1. ThisistheactiveTMU.IfthecochannelneighboristransmittingwithitsSecondaryTMU,thesignalwillbe weakerandsporadic,resultinginalowenoughinterferencelevelastobeinsignificant. FinMDeploymentGuide Release4.2.46 319 For Regualtor Approval Only MethodofOperation ConfiguringtheRadioNetwork ThedetectedsignalfromtheTBScochannelneighborisbelowthethresholdsignal strengthfordeactivation(thevaluesaredifferentfromthatofactivation:seeTable 3 4). Table34:Thresholdsignalstrengthlevelsdeactivationcriteria SignalStrengthbetween TBSandTMU 70orabove 70orabove 74to71 74to71 78to75 78to75 79orbelow 79orbelow Differenceinsignal strengthbetweenTBS anditscochannel neighbor Greaterthan20 20orless Greaterthan18 18orless Greaterthan16 16orless Greaterthan13 13orless DeActivate Option?
Yes No Yes No Yes No Yes No 3.5.3MethodofOperation Thecochannelneighborinterferencemitigationoptionworksasfollows:
Splittimeslots:TBS1isconfiguredtosplitthetimeslotsintheframebetweenitandbetween itscochannelneighbor(inourcase,withthreefrequencies,itswithTBS4)1.The resultforthefirstcochannelneighborpairisthatTBS1transmitsonhalfofthetime slots,andTBS4transmitsontheotherhalf.SeeFigure 311. TMU1isinstructedtoreceivethosetimeslotsthatwereassignedtoTBS1,andignore others. Noticethatinourexample,TBS1andTBS7areassignedthesametimeslots.Thisis notaproblembecauseTBS1andTBS7aresofarawayfromeachotherthattheir mutualsignalsdonotinterfere. Repeatforallcochannelneighbors:ThisconfigurationisepeatedwithTBS2vs.TBS5,again withTBS3vs.TBS6,andevenwithTBS7vs.TBS4,andsoondowntheline. 1. WhichTBSreceiveswhichtimeslotsisdeterminedbytheCNIndexparameter(seepage 324) FinMDeploymentGuide Release4.2.46 320 For Regualtor Approval Only ConfiguringtheCoChannelNeighborInterferenceMitigationOption ConfiguringtheRadioNetwork TBS1 TBS4 TBS7 TimeslotassignedtoTBS4 TimeslotassignedtoTBS4 TimeslotassignedtoTBS4 TimeslotassignedtoTBS1 TimeslotassignedtoTBS1andTBS7 TimeslotassignedtoTBS7 TMU1 TMU4 TMU7 ReceivesTBS1timeslotsonly ReceivesTBS4timeslotsonly ReceivesTBS7timeslotsonly Figure311:Dividingtimeslotsbetweencochannelneighbors Thissplittingoftimeslotsisenabledonlyiftheactivationconditionsdescribedabove(see ActivationConditions)aremet. Thingscanchangerapidly,soatthemomentthedeactivationconditionsaremet(seeDe ActivationConditions),thedivisionoftimeslotsisnolongercarriedout. Whentheconditionsreturntotheactivationconditions,thedivisionoftimeslotsisrenewed. 3.5.4ConfiguringtheCoChannelNeighborInterference MitigationOption ConfigureeachTBSforCoChannelNeighborInterferenceMitigationasfollows:
5. OpentheConfigurator. 6. SelecttheMaintab 7. ClickUnprotect. 8. EnterthepasswordandclickOK. 9. SelecttheProjecttab(seeFigure 312):
FinMDeploymentGuide Release4.2.46 321 For Regualtor Approval Only ConfiguringtheCoChannelNeighborInterferenceMitigationOption ConfiguringtheRadioNetwork Figure312:ProjectTab:LimitedSpectrumMode 10.SelecttheLimitedSpectrumModeoption 11.ChooseReuse3fromthepulldownmenu.Thiswillinstructthesystemthatyou areusing3frequencies.Ifyouareusing2frequencies,chooseReuse2,ifyouare using1frequency,chooseReuse1. FinMDeploymentGuide Release4.2.46 322 For Regualtor Approval Only ConfiguringtheCoChannelNeighborInterferenceMitigationOption ConfiguringtheRadioNetwork 12.ClicktheTowerstab:
Figure313:TowersTaboftheConfigurator ColumnAshowsthenumberofeachTBS. ColumnBshowsthename(orserialnumber)ofeachTBS. ColumnAAshowstheIPaddressofeachTBS. ColumnAJindicateswhichfrequency(F1,F2,orF3inourexample)isbeingused forthespecificTBS. ColumnAKshowsthevalueofthefrequencyinkHz. ColumnAVshowsthename(s)ofthecochannelneighbor(s). ColumnAWshowstheIPaddress(es)ofthecochannelneighbor(s). ColumnAYshowstheCNIndex(whichtimeslottheindicatedTBSistouse). Wecanseethatinourexample,wearereusingF1throughF3
(columnsoftheExcelsheetnotneededhavebeencollapsedforclarity). 13.Recordthecochannelneighbor(s)ofeachTBSasfollows:
FinMDeploymentGuide Release4.2.46 323 For Regualtor Approval Only ConfiguringtheCoChannelNeighborInterferenceMitigationOption ConfiguringtheRadioNetwork IncolumnAV(CochannelNeighbors),recordthenameofthecochannelneighborTBS(s). Iftherearetwocochannelneighbors,recordeachneighborsnameseparatedbya comma(nospaces!),asshowninFigure 314:
Figure314:RecordingCoChannelNeighbors TheIPaddress(es)ofthecochannelneighbor(s)appearautomaticallyincolumnAW. Inourexample,thecochannelneighborofTBS1(BS.01.2.1)isBS.01.2.4,thatofTBS2
(BS.01.2.2)isBS.01.2.5,andofTBS3(BS.01.2.3)isBS.01.2.6. StartingfromTBS4,eachTBShastwocochannelneighbors:theneighborsofTBS4
(BS.01.2.4)areTBS1(BS.01.2.1)andTBS7(BS.01.2.7),andsoon. Thispatternwillrepeatitselfuntiltheendoftheline.ThelastthreeTBSsattheendofthe line,likethefirstthree,willhaveonlyonecochannelneighbor. 14.CompleterecordingallofthecochannelneighborsforallTBSsinthespecificline
(wehaveonlyrecordeduptoTBS9inourexample). 15.IncolumnAY,recordtheCNIndex:ThisindicateswhichTBSwillusewhich timeslotsintheframethefirstpartorthesecondpart(seealsoFigure 311). Record0fortheTBSsthatwillusethefirstpart,and1fortheTBSthatwillusethe secondpart. Inourexample,TBS1,2,and3usethefirstpartofthetimeslotsintheframe(0is recorded),whileTBS4,5,and6usethesecondpartofthetimeslots.ForTBS7,8,and9, theyagainusethefirstpartofthetimeslots(so,forinstanceTBS4alwaysusesadifferent partoftheframethanitscochannelneighbor:CNIndex1vs.CNIndex0forTBS1andfor TBS7).Thepatternrepeatsitselfuntiltheendoftheline. FinMDeploymentGuide Release4.2.46 324 For Regualtor Approval Only ConfiguringNetworkUnits ConfiguringtheRadioNetwork 16.Onceyouhaveenteredallthenecessaryinformation,selecttheMaintab. 17.ClickRecalcalldatatoupdatethesystemwiththechangesyouhavemade,and savethefile. 3.6ConfiguringNetworkUnits ConfiguringanIndividualUnit:
Toconfigureindividualnetworkunitsoneatatime(TBS,TMU,andISUscanbeconfig ured),clickConfigureUnitontheMaintaboftheConfigurator.ThisopenstheConfigura tordialogbox.Seesectionssee3.6.1onpage 325throughsee3.6.3onpagepage 329 fordetailsonworkingwiththeConfiguratordialogbox. ConfiguringManyUnitsatOnce:
YoucanconfigurealltheTBSunitsintheline,asdeterminedbythevalueintheLinewin dow.DothisbyclickingtheHBSBatchConfigurationbutton.Thiswilltakeallofthe parametervaluesthatareinthisfileforthespecificline,andapplythemtoalloftheTBS unitsdefinedintheline.ConnectioniscarriedoutaccordingtotheIPaddressesasappear inthisfile. Configureallnetworkunitsbeforeyouinstalltheminthefield. 3.6.1ConfiguringTransportationBaseStations(TBSs) UsethisproceduretocarryoutchangesintheconfigurationparametersoftheTBSs.This includeschangingorsettingitsIPaddress. 1. Forafirsttimeconfiguration,connecttheTBSsPoEsockettoaPoEdevice(seeSite Installationforconnectioninstructions),andinturn,connectthePoEdevicetoyour laptoporaLANconnection. ForareconfigurationofaTBSalreadyinstalledinthefield,youcanrelyonyournet worksconnection. 2. OpentheConfigurator. 3. FromtheMaintab,clicktheLinepulldownmenuandselectthelineonwhichthe TBSisdefined(seeFigure 32). 4. FromtheDownloadSoftwarepulldownmenu,selecttheappropriate configurationoption(seepage 34foradescriptionoftheseoptions). 5. ClickConfigureUnit.Thefollowingwindowwillappear:
FinMDeploymentGuide Release4.2.46 325 For Regualtor Approval Only ConfiguringTransportationBaseStations(TBSs) ConfiguringtheRadioNetwork Figure315:TBSFirsttimeInstallation Thebackgroundcolorofthedeviceconfigurationwindowisthesamecoloras thatdefinedinLinetab,Namecolumn. 6. Type:SelecttheradiotypechooseAccessRadio,asshowninFigure 315. 7. BaseName:SelectthenameoftheTBSfromadropdownmenulist.Thelistof thesenamesaretakenfromthosedefinedintheTowerstab,andcomefromthe selectedlineonly.ItsIPaddresswillthenappearnexttotheFirstInstallation windowifthereisnocheckmarknexttoit. 8. Role:LeavethissettingasPrimary. 9. FirstInstallation:Forafirsttimeinstallation,leavethisoptionselectedsothe defaultIPaddresswillappear.Anyactionstakenwillthenaffectthisunit,notthe unitselectedfromtheBaseNamedropdownmenulist. 10. ClickOK.TheConfiguratorwilltakeallparametersasshownintheConfiguratorthat arerelevantfortheselectedTBSandcarryouttheactionasdeterminedbythe DownloadSoftwareoptionyouhaveselected(seeDownloadsoftware:onpage 3 4). Itmaytakeaboutaminutetocomplete.Youwillreceiveoneofthecompletionmes sagesdescribedinConfiguratorMessagesbelow. Toreconfigureaunitthatisalreadyinstalled:
1. RepeatStepssee1.throughsee8.above,relyingonyournetworksconnectionto theunit. 2. RemovethecheckmarkfromFirstInstallation,andentertheIPaddressoftheunit youwishtoreconfigure:
FinMDeploymentGuide Release4.2.46 326 For Regualtor Approval Only ConfiguringTransportationMobileUnits(TMUs) ConfiguringtheRadioNetwork Figure316:TBSReconfiguration 3. ClickOK.TheConfiguratorwilltakeallparametersasshownintheConfiguratorthat arerelevantforaTBSandcarryouttheactionasdeterminedbytheDownload softwareoptionyouhaveselected(seeDownloadsoftware:onpage 34).Ifthe actionincludesdownloadingtoaunit,itwilldownloadtotheunitwhoseIPaddress appearsintheFirstInstallationwindow,regardlessofwhichunitappearsinthe BaseNamewindow. Itmaytakeaboutaminutetocomplete.Youwillreceiveoneofthecompletionmes sagesdescribedinConfiguratorMessagesbelow. 3.6.2ConfiguringTransportationMobileUnits(TMUs) UsethisproceduretocarryoutchangesintheconfigurationparametersoftheTMUs.This includeschangingorsettingitsIPaddress. SinceTMUsareusuallymobile,makesurethesedeviceswillbeincontinuous contactduringtheconfigurationprocess.Ourrecommendedbestpracticeisto findanopportunitywhentheTMUtobeconfiguredisimmobile. 1. Forafirsttimeconfiguration,connecttheTMUsPoEsockettoaPoEdevice(see SiteInstallationforconnectioninstructions),andinturn,connectthePoEdeviceto yourlaptoporaLANconnection. ForareconfigurationofaTMUalreadyinstalledinthefield,youcanrelyonyour networksconnection. 2. OpentheConfigurator. 3. FromtheMaintab,clicktheLinepulldownmenuandselectthelineonwhichthe TMUisdefined(seeFigure 32). 4. FromtheDownloadSoftwarepulldownmenu,selecttheappropriate configurationoption(seepage 34foradescriptionoftheseoptions). FinMDeploymentGuide Release4.2.46 327 For Regualtor Approval Only ConfiguringTransportationMobileUnits(TMUs) ConfiguringtheRadioNetwork 5. ClickConfigureUnit.Thefollowingwindowwillappear:
Figure317:TMUFirsttimeInstallation Thebackgroundcolorofthedeviceconfigurationwindowisthesamecoloras thatdefinedinLinetab,Namecolumn. 6. Type:SelecttheradiotypeTrainRadio,asshowninFigure 317. 7. Car:Selectthenameofthetraincaronwhichtheunitistobeinstalled.Alistof thesenamesaretakenfromthosedefinedintheTrainstab,Carcolumn,andcome fromtheselectedlineonly.ItsIPaddresswillthenappearnexttotheFirst Installationwindowifthereisnocheckmarknexttoit. 8. CarRouter:ThisshowstheIPaddressoftherouterontheselectedtraincar.thisIP addressisdefinedintheTrainstab,CarRouterIPcolumn. 9. FirstInstallation:Forafirsttimeinstallation,leavethisoptionselectedsothe defaultIPaddresswillappear.Anyactionstakenwillthenaffectthisunitdirectly, nottheunitselectedfromtheCardropdownmenulist,norwillitusetheCar Router. 10. ClickOK.TheConfiguratorwilltakeallparametersasshownintheConfiguratorthat arerelevantfortheselectedTMUandcarryouttheactionasdeterminedbythe DownloadSoftwareoptionyouhaveselected(seeDownloadsoftware:onpage 3 4). Itmaytakeaboutaminutetocomplete.Youwillreceiveoneofthecompletionmes sagesdescribedinConfiguratorMessagesbelow. Toreconfigureaunitthatisalreadyinstalledinthefield:
1. RepeatStepssee1.throughsee8.above,relyingonyournetworksconnectionto theunit. FinMDeploymentGuide Release4.2.46 328 For Regualtor Approval Only ConfiguringIndoorSynchronizationUnits(ISUs) ConfiguringtheRadioNetwork 2. RemovethecheckmarkfromFirstInstallation,andentertheIPaddressoftheunit youwishtoreconfigure.NotethatthecorrectIPaddressoftheCarRouterwill appear. Figure318:TMUReconfiguration 3. ClickOK.TheConfiguratorwilltakeallparametersasshownintheConfiguratorthat arerelevantforaTMUandcarryouttheactionasdeterminedbytheDownload softwareoptionyouhaveselected(seeDownloadsoftware:onpage 34).Ifthe actionincludesdownloadingtoaunit,itwilldownload,viatheCarRouterwhoseIP addressisshown,totheunitwhoseIPaddressappearsintheFirstInstallation window,regardlessofwhichunitappearsintheCarwindow. Itmaytakeaboutaminutetocomplete.Youwillreceiveoneofthecompletionmes sagesdescribedinConfiguratorMessagesbelow. 3.6.3ConfiguringIndoorSynchronizationUnits(ISUs) UsethisproceduretocarryoutchangesintheconfigurationparametersoftheISUs.This includeschangingorsettingitsIPaddress. 1. Forafirsttimeconfiguration,connecttheISUssyncsockettoyourlaptoportoa LANconnection.ConnectACpowertoitspowerinput.SeeSiteInstallationforcon nectioninstructions. ForareconfigurationofanISUalreadyinstalledinthefield,youcanrelyonyour networksconnection. 2. OpentheConfigurator. 3. FromtheMaintab,clicktheLinepulldownmenuandselectthelineonwhichthe ISUisdefined(seeFigure 32). 4. FromtheDownloadSoftwarepulldownmenu,selecttheappropriate configurationoption(seepage 34foradescriptionoftheseoptions). 5. ClickConfigureUnit.Thefollowingwindowwillappear:
FinMDeploymentGuide Release4.2.46 329 For Regualtor Approval Only ConfiguringIndoorSynchronizationUnits(ISUs) ConfiguringtheRadioNetwork Figure319:ISUFirsttimeinstallation Thebackgroundcolorofthedeviceconfigurationwindowisthesamecoloras thatdefinedinLinetab,Namecolumn. 6. Type:SelecttheunittypeLinesyncUnit(ISU),asshowninFigure 319. 7. UnitName:SelectthenameoftheISUassociatedwiththisline.Thisnameconsists ofISU.LineNumber.ThenameistakenfromthosedefinedintheLinetab.ItsIP addresswillthenappearnexttotheFirstInstallationwindowifthereisno checkmarknexttoit. 8. Role:SelecttheroleoftheISU.ThisiseitherPrimaryorSecondary.SeetheLine tab:ISUIP,andBackupISUIPfordefinitionsoftheirIPaddresses. 9. FirstInstallation:Forafirsttimeinstallation,leavethisoptionselectedsothe defaultIPaddresswillappear.Anyactionstakenwillthenaffectthisunit,notthe unitshownintheUnitNamewindow. 10. ClickOK.TheConfiguratorwilltakeallparametersasshownintheConfiguratorthat arerelevantfortheISUshownandcarryouttheactionasdeterminedbythe DownloadSoftwareoptionyouhaveselected(seeDownloadsoftware:onpage 3 4). Itmaytakeaboutaminutetocomplete.Youwillreceiveoneofthecompletionmes sagesdescribedinConfiguratorMessagesbelow. Toreconfigureaunitthatisalreadyinstalledinthefield:
1. RepeatStepssee1.throughsee8.above,relyingonyournetworksconnectionto theunit. 2. RemovethecheckmarkfromFirstInstallation,andentertheIPaddressoftheunit youwishtoreconfigure. FinMDeploymentGuide Release4.2.46 330 For Regualtor Approval Only ConfiguratorMessages ConfiguringtheRadioNetwork Figure320:ISUReconfiguration 3. ClickOK.TheConfiguratorwilltakeallparametersasshownintheConfiguratorthat arerelevantforanISUandcarryouttheactionasdeterminedbytheDownload softwareoptionyouhaveselected(seeDownloadsoftware:onpage 34).Ifthe actionincludesdownloadingtoaunit,itwilldownloadtotheunitwhoseIPaddress appearsintheFirstInstallationwindow,regardlessofwhichunitappearsinthe UnitNamewindow. Itmaytakeaboutaminutetocomplete.Youwillreceiveoneofthecompletionmes sagesdescribedinConfiguratorMessagesbelow. 3.7ConfiguratorMessages Table35:ConfiguratorMessageColorCodes Color Code Meaning Red Operationfailed Yellow OK Green OK ActionRequired Varieswithmessage Repeattheoperation Operationsuccessful FinMDeploymentGuide Release4.2.46 331 For Regualtor Approval Only ConfiguratorMessages ConfiguringtheRadioNetwork Table36:ConfiguratorMessages Color Code Message Can'tfindConfiguration ActionRequired Can'tlogintodevice.Checkpassword Contactsupplier Failedtogetdeviceconfiguration NoconnectionwithDevice PermissionError ScriptError TelnetConnectiontothedevicefailed WrongProductConnected Pleaserunagaintocomplete. Ping,thencheckphysical connection.Ifallfails,replacethe device. Contactsupplier Ping,thencheckphysical connection.Ifallfails,replacethe device. CheckformixupTMUforTBSor viceversa Repeatthisconfigurationthis mayoccurduringasoftware upgrade. ConfigurationcompletedDevicerestarting... None ConfigurationcompletedPleaserestartdevice. LoginwithTelnetandusethe rebootcommand(Seebelow) Ifyouareaskedtorestartthedevice,logintoitwithtelnetfollowingthisexample:
Figure321:LoggingintoanTBSwithTelnet Theusernameandpasswordarerespectively,adminandnetman. FinMDeploymentGuide Release4.2.46 332 For Regualtor Approval Only ConfiguratorMessages ConfiguringtheRadioNetwork Figure322:UsingtheTelnetrebootcommandtoresetanTBS Hereisanexample:
Table37:RadioInventory RadioType BaseRadios TrainRadios SyncUnit(ISU) ABCMetroRadioInventory Backup Active Total 158 298 4 0 0 4 158 298 8 Table38:DistributionofRadioInventoryacrosslines Line 5 8 11 1 Total Name Base Train Line01 Line02 Line03 Line04 64 8 38 48 126 20 68 84 158 298 FinMDeploymentGuide Release4.2.46 333 For Regualtor Approval Only AppendixA:Antenna Guidelines A.1ForDeploymentinUS/Canada TheTBSandTMUdevicesbearthefollowingidentificationsontheirlabel:
ContainsFCCID:Q3K5XACMD3CN ContainsIC:5100A5XACMD3CN Onlytheantennasshowninthetablebeloworantennasofthesametypewithlowergainare approvedforuseinthissystem.Theantennasmustbeinstalledsoastoprovideaminimum separationdistancefrombystandersasspecifiedinthetablebelow:
TableA1:ApprovedAntennasandGuidelines Cat.No. Type Gain(dBi) DirBW FreqBand
(MHz) TxPower perChain
(dBm) Min.Safe Distance
(cm) RW91055158 FlatDPSlant RW94015002 SharkFinSP 19.0 12.5 17.0o 50.0o 57255850 57255850 12.0 18.5 78.0 37.0 TransportationFiberinMotionDeploymentGuide Release4.2.46 A1 For Regualtor Approval Only AppendixB:RevisionHistory TableB1:RevisionHistory Date June21,2015 Aug10,2016 May,2017 Nov,2017 Description Rel:4.1.80 Initialrelease Rel:4.2.30 Extensiveediting,updatedforrelease Rel:4.2.45 Extensiveediting,updatedforrelease Rel:4.2.46 Updatedforregulatorycomplianceonly FinMDeploymentGuide Release4.2.46 B1 For Regualtor Approval Only RegulatoryCompliance GeneralNote ThissystemhasachievedTypeApprovalinvariouscountriesaroundtheworld.Thismeans thatthesystemhasbeentestedagainstvariouslocaltechnicalregulationsandfoundto comply.Thefrequencybandsinwhichthesystemoperatesmaybeunlicensedandinthese bands,thesystemcanbeusedprovideditdoesnotcauseinterference. FCC/ISEDCompliance ThisequipmenthasbeentestedandfoundtocomplywiththelimitsforaClassBdigital device,pursuanttoPart15oftheFCCRules.Theselimitsaredesignedtoprovidereasonable protectionagainstharmfulinterferenceinaresidentialinstallation.Thisequipment generates,usesandcanradiateradiofrequencyenergyand,ifnotinstalledandusedin accordancewiththeinstructions,maycauseharmfulinterferencetoradiocommunications. However,thereisnoguaranteethatinterferencewillnotoccurinaparticularinstallation.If thisequipmentdoescauseharmfulinterferencetoradioortelevisionreception,whichcan bedeterminedbyturningtheequipmentoffandon,theuserisencouragedtotrytocorrect theinterferencebyoneormoreofthefollowingmeasures:
Reorientorrelocatethereceivingantenna. Increasetheseparationbetweentheequipmentandreceiver. Connecttheequipmentintoanoutletonacircuitdifferentfromthattowhichthe receiverisconnected. Consultthedealeroranexperiencedradio/TVtechnicianforhelp. Changesormodificationstothisequipmentnotexpresslyapprovedbythepartyresponsible forcompliancecouldvoidtheuser'sauthoritytooperatetheequipment. Itistheresponsibilityoftheinstallertoensurethatwhenusingthe outdoorantennakitsintheUnitedStates(orwhereFCCrulesapply),only thoseantennascertifiedwiththeproductareused.Theuseofany antennaotherthanthosecertifiedwiththeproductisexpresslyforbidden byFCCrules47CFRpart15.204. Ilestdelaresponsabilitdel'installateurdes'assurerquelorsde l'utilisationdukitsd'antennesextrieuresauCanada(oulorsquelesrgles del'ISDEs'appliquent),seulementlesantennescertifiesavecleproduit sontutilises.L'utilisationdetoutl'antenneautrequecellescertifies avecleproduitestexpressmentinterditeRSSparlesrglementsISDE. FinMDeploymentGuide Release4.2.46 C1 For Regualtor Approval Only RFExposure:Itisrecommendedtokeepasafedistanceof78cmfromthe radiatingantennawhenoperatingintheUSand79cmwhenoperatingin Canada. ExpositionRF:Ilestrecommanddegarderunedistancedescuritde78 cmdel'antennerayonnantelorsqu'ellefonctionneauxtatsUnisetde79 cmlorsqu'ellefonctionneauCanada. Itistheresponsibilityoftheinstallertoensurethatwhenconfiguringthe radiointheUnitedStates(orwhereFCCrulesapply),theTxpowerisset accordingtothevaluesforwhichtheproductiscertified.TheuseofTx powervaluesotherthanthose,forwhichtheproductiscertified,is expresslyforbiddenbyFCCrules47CFRpart15.204. Ilestdelaresponsabilitdel'installateurdes'assurerquelorsdela configurationduradioauCanada(oulolesrglesISDEs'appliquent),la puissanceTxestrgleselonlesvaleurspourlesquellesleproduitest certifi.L'utilisationdeTxvaleursdepuissanceautresquecellespour lesquellesleproduitestcertifiexpressmentinterditparlesrglements RSSdel'ISDE. OutdoorunitsandantennasshouldbeinstalledONLYbyexperienced installationprofessionalswhoarefamiliarwithlocalbuildingandsafety codesand,whereverapplicable,arelicensedbytheappropriate governmentregulatoryauthorities.Failuretodosomayvoidtheproduct warrantyandmayexposetheenduserortheserviceprovidertolegaland financialliabilities.Resellersordistributorsofthisequipmentarenot liableforinjury,damageorviolationofregulationsassociatedwiththe installationofoutdoorunitsorantennas.Theinstallershouldconfigure theoutputpowerlevelofantennasaccordingtocountryregulationsand antennatype. Lesunitsextrieuresetlesantennesdoiventtreinstalles UNIQUEMENTpardeslesprofessionnelsdel'installationquiconnaissent lebtimentetlascuritlocauxcodeset,lecaschant,sontautoriss parlesautoritscomptentesautoritsderglementation gouvernementales.Nepaslefairepeutannulerleproduitgarantieetpeut exposerl'utilisateurfinaloulefournisseurdeservicesdespassifs financiers.Lesrevendeursoudistributeursdecetquipementnesontpas responsabledesblessures,desdommagesoudelaviolationdela rglementationinstallationd'unitsextrieuresoud'antennes. L'installateurdoitconfigurerleniveaudepuissancedesortiedesantennes selonlesrglementationsdupaysettyped'antenne. FinMDeploymentGuide Release4.2.46 C2 For Regualtor Approval Only WhereOutdoorunitsareconfigurablebysoftwaretoTxpowerval uesotherthanthoseforwhichtheproductiscertified,itisthe responsibilityoftheProfessionalInstallertorestricttheTxpowerto thecertifiedlimits. Thisproductwastestedwithspecialaccessoriesindoorunit(IDUor PoE),FTPCAT5eshieldedcablewithsealinggasket,10AWGground ingcablewhichmustbeusedwiththeunittoinsurecompliance. oOlesunitsextrieuressontconfigurablesparlogicielauxvaleurs depuissanceTxautresqueceuxpourlesquelsleproduitestcertifi, c'estlelaresponsabilitdel'installateurprofessionnelderestreindre lapuissanceTxleslimitescertifies. Ceproduitattestavecdesaccessoiresspciauxunitintrieure
(UDIouPoE),cbleblindFTPCAT5eavecjointd'tanchit,mise laterre10AWGcblequidoittreutilisavecl'unitpourassurer laconformit. UnitsareintendedforinstallationinaRestrictedAccessLocation. OnlyULListedpartsandcomponentsmaybeusedforinstallation.UseULListeddevices havinganenvironmentalratingequaltoorbetterthantheenclosureratingtocloseall unfilledopenings. Usemin.10AWGexternalprotectiveearthingconductor. IndoorUnitscomplywithpart15oftheFCCrules.Operationissubjecttothefollowingtwo conditions:
(1)Thesedevicesmaynotcauseharmfulinterference.
(2)Thesedevicesmustacceptanyinterferencereceived,includinginterferencethatmay causeundesiredoperation. CanadianEmissionRequirementsforIndoorUnits ThisClassBdigitalapparatuscomplieswithCanadianICES003. CetappareilnumriquedelaclasseBestconformelanormeNMB003duCanada. ChinaMII OperationoftheequipmentisonlyallowedunderChinaMII5.8GHzbandregulation configurationwithEIRPlimitedto33dBm(2Watt). FinMDeploymentGuide Release4.2.46 C3 For Regualtor Approval Only IndiaWPC OperationoftheequipmentisonlyallowedunderIndiaWPCGSR38for5.8GHzband regulationconfiguration. ForNorwayandSwedenonly Equipmentconnectedtotheprotectiveearthingofthebuildinginstallationthroughthe mainsconnectionorthroughotherequipmentwithaconnectiontoprotectiveearthingand toacabledistributionsystemusingcoaxialcable,mayinsomecircumstancescreateafire hazard.Connectiontoacabledistributionsystemhasthereforetobeprovidedthrougha deviceprovidingelectricalisolationbelowacertainfrequencyrange(galvanicisolator,seeEN 6072811). Norway Utstyrsomerkoplettilbeskyttelsesjordvianettpluggog/ellerviaannetjordtilkopletutstyr ogertilkopletetkabelTVnett,kanforrsakebrannfare.Forunngdetteskaldetved tilkoplingavutstyrettilkabelTVnettetinstalleresengalvaniskisolatormellomutstyretog kabelTVnettet. Sweden Utrustningsomrkoppladtillskyddsjordviajordatvgguttagoch/ellerviaannanutrustning ochsamtidigtrkoppladtillkabelTVntkanivissafallmedfrariskfrbrand.Fratt undvikadettaskallvidanslutningavutrustningentillkabelTVtgalvaniskisolatorfinnas mellanutrustningenochkabelTVntet. Unregulated Incountrieswheretheradioisnotregulatedtheequipmentcanbeoperatedinany regulationconfiguration,bestresultswillbeobtainedusingUniversalregulation configuration. SafetyPractices ApplicablerequirementsofNationalElectricalCode(NEC),NFPA70;andtheNational ElectricalSafetyCode,ANSI/IEEEC2,mustbeconsideredduringinstallation. NOTES:
1.APrimaryProtectorisnotrequiredtoprotecttheexposedwiringaslongastheexposed wiringlengthislimitedtolessthanorequalto140feet,andinstructionsareprovidedto avoidexposureofwiringtoaccidentalcontactwithlightningandpowerconductorsin accordancewithNECSections72554(c)and80030. Inallothercases,anappropriateListedPrimaryProtectormustbeprovided.RefertoArticles 800and810oftheNECfordetails. 2.ForprotectionofODUagainstdirectlightningstrikes,appropriaterequirementsofNFPA 780shouldbeconsideredinadditiontoNEC. FinMDeploymentGuide Release4.2.46 C4 For Regualtor Approval Only 3.ForCanada,appropriaterequirementsoftheCEC22.1includingSection60andadditional requirementsofCAN/CSAB72mustbeconsideredasapplicable. 4.OnlyULListedpartsandcomponentswillbeusedforinstallation.UseULListeddevices havinganenvironmentalratingequaltoorbetterthantheenclosureratingtocloseall unfilledopenings. 5.Usemin.10AWGexternalprotectiveearthingconductor. FinMDeploymentGuide Release4.2.46 C5 For Regualtor Approval Only Transportation FiberinMotion Deployment Guide Notice ThishandbookcontainsinformationthatisproprietarytoRADWINLtd(RADWINhereafter). Nopartofthispublicationmaybereproducedinanyformwhatsoeverwithoutpriorwritten approvalbyRADWIN. Right,titleandinterest,allinformation,copyrights,patents,knowhow,tradesecretsand otherintellectualpropertyorotherproprietaryrightsrelatingtothishandbookandtothe RADWINproductsandanysoftwarecomponentscontainedthereinareproprietaryproducts ofRADWINprotectedunderinternationalcopyrightlawandshallbeandremainsolelywith RADWIN. TheRADWINnameisaregisteredtrademarkofRADWIN.Noright,license,orinteresttosuch trademarkisgrantedhereunder,andyouagreethatnosuchright,license,orinterestshallbe assertedbyyouwithrespecttosuchtrademark. Youshallnotcopy,reversecompileorreverseassemblealloranyportionoftheDeployment GuideoranyotherRADWINdocumentationorproducts.Youareprohibitedfrom,andshall not,directlyorindirectly,develop,market,distribute,license,orsellanyproductthat supportssubstantiallysimilarfunctionalitybasedorderivedinanywayfromRADWIN products.YourundertakinginthisparagraphshallsurvivetheterminationofthisAgreement. ThisAgreementiseffectiveuponyouropeningofaRADWINproductpackageandshall continueuntilterminated.RADWINmayterminatethisAgreementuponthebreachbyyouof anytermthereof.UponsuchterminationbyRADWIN,youagreetoreturntoRADWINany RADWINproductsanddocumentationandallcopiesandportionsthereof. ForfurtherinformationcontactRADWINatoneoftheaddressesunderWorldwideContacts beloworcontactyourlocaldistributor. Disclaimer Theparametersquotedinthisdocumentmustbespecificallyconfirmedinwritingbefore theybecomeapplicabletoanyparticularorderorcontract.RADWINreservestherightto makealterationsoramendmentstothedetailspecificationatitsdiscretion.Thepublication ofinformationinthisdocumentdoesnotimplyfreedomfrompatentorotherrightsof RADWIN,orothers. Trademarks WinLink1000,RADWIN2000,RADWIN5000,RADWIN6000,RADWIN600and FiberinMotionaretrademarksofRADWINLtd. Windows2000,XPPro,Vista,Windows7andInternetExploreraretrademarksof MicrosoftInc. MozillaandFirefoxaretrademarksoftheMozillaFoundation. FinMDeploymentGuide Release4.2.46 D1 For Regualtor Approval Only Otherproductnamesaretrademarksoftheirrespectivemanufacturers. FinMDeploymentGuide Release4.2.46 D2 For Regualtor Approval Only FinMDeploymentGuide Release4.2.46 E1 For Regualtor Approval Only
frequency | equipment class | purpose | ||
---|---|---|---|---|
1 | 2018-01-12 | 5730 ~ 5845 | NII - Unlicensed National Information Infrastructure TX | Original Equipment |
app s | Applicant Information | |||||
---|---|---|---|---|---|---|
1 | Effective |
2018-01-12
|
||||
1 | Applicant's complete, legal business name |
Radwin Ltd.
|
||||
1 | FCC Registration Number (FRN) |
0008787137
|
||||
1 | Physical Address |
27 Habarzel street
|
||||
1 |
Tel Aviv, N/A 6971039
|
|||||
1 |
Israel
|
|||||
app s | TCB Information | |||||
1 | TCB Application Email Address |
c******@micomlabs.com
|
||||
1 | TCB Scope |
A4: UNII devices & low power transmitters using spread spectrum techniques
|
||||
app s | FCC ID | |||||
1 | Grantee Code |
Q3K
|
||||
1 | Equipment Product Code |
5XACMD3CN
|
||||
app s | Person at the applicant's address to receive grant or for contact | |||||
1 | Name |
S****** W******
|
||||
1 | Title |
Standardization Officer
|
||||
1 | Telephone Number |
+9723********
|
||||
1 | Fax Number |
+9723********
|
||||
1 |
s******@radwin.com
|
|||||
app s | Technical Contact | |||||
1 | Firm Name |
RADWIN Ltd.
|
||||
1 | Name |
S****** W********
|
||||
1 | Physical Address |
27 Habarzel street
|
||||
1 |
Tel Aviv, 6971039
|
|||||
1 |
Israel
|
|||||
1 | Telephone Number |
+972 ********
|
||||
1 |
s******@radwin.com
|
|||||
app s | Non Technical Contact | |||||
n/a | ||||||
app s | Confidentiality (long or short term) | |||||
1 | Does this application include a request for confidentiality for any portion(s) of the data contained in this application pursuant to 47 CFR § 0.459 of the Commission Rules?: | Yes | ||||
1 | Long-Term Confidentiality Does this application include a request for confidentiality for any portion(s) of the data contained in this application pursuant to 47 CFR § 0.459 of the Commission Rules?: | Yes | ||||
1 | If so, specify the short-term confidentiality release date (MM/DD/YYYY format) | 06/20/2018 | ||||
if no date is supplied, the release date will be set to 45 calendar days past the date of grant. | ||||||
app s | Cognitive Radio & Software Defined Radio, Class, etc | |||||
1 | Is this application for software defined/cognitive radio authorization? | Yes | ||||
1 | Equipment Class | NII - Unlicensed National Information Infrastructure TX | ||||
1 | Description of product as it is marketed: (NOTE: This text will appear below the equipment class on the grant) | 5 GHz 802.11ac 3x3 RF Module | ||||
1 | Related OET KnowledgeDataBase Inquiry: Is there a KDB inquiry associated with this application? | Yes | ||||
1 | Modular Equipment Type | Limited Single Modular Approval | ||||
1 | Purpose / Application is for | Original Equipment | ||||
1 | Composite Equipment: Is the equipment in this application a composite device subject to an additional equipment authorization? | No | ||||
1 | Related Equipment: Is the equipment in this application part of a system that operates with, or is marketed with, another device that requires an equipment authorization? | No | ||||
1 | Grant Comments | Limited Modular Approval. Software Defined Radio. Output power listed is maximum combined conducted power. Device is a 3x3 MIMO as is described in the filing. This device contains 10, 20, 40 and 80 MHz signal bandwidth. The antenna(s) used with this transmitter must be installed to provide a minimum separation distance of at least 78 cm from all persons and must not be co-located or operating in conjunction with any other antenna or transmitter, except in accordance with FCC multi- transmitter product procedures. OEM integrators must be provided with antenna installation instructions. The OEM integrators must be instructed to ensure that the end user has no manual instructions to remove or install the device. OEM integrators and end-users must be provided with transmitter operation conditions for satisfying RF exposure compliance. Only those antennas tested with the device or similar antennas with equal or lesser gain may be used with this transmitter. | ||||
1 | Is there an equipment authorization waiver associated with this application? | No | ||||
1 | If there is an equipment authorization waiver associated with this application, has the associated waiver been approved and all information uploaded? | No | ||||
app s | Test Firm Name and Contact Information | |||||
1 | Firm Name |
MiCOM Labs
|
||||
1 | Name |
G******** H****
|
||||
1 | Telephone Number |
925-4********
|
||||
1 | Fax Number |
925-4********
|
||||
1 |
g******@micomlabs.com
|
|||||
Equipment Specifications | |||||||||||||||||||||||||||||||||||||||||
---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
Line | Rule Parts | Grant Notes | Lower Frequency | Upper Frequency | Power Output | Tolerance | Emission Designator | Microprocessor Number | |||||||||||||||||||||||||||||||||
1 | 1 | 15E | MO | 5730.00000000 | 5845.00000000 | 0.9590000 |
some individual PII (Personally Identifiable Information) available on the public forms may be redacted, original source may include additional details
This product uses the FCC Data API but is not endorsed or certified by the FCC