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1 2 | User manual | Users Manual | 859.86 KiB | / April 08 2011 |
Users Manual & Installation Guide for:
WiN52XX/WiN51XX Series Outdoor CPE ALL RIGHTS RESERVED Dissemination or reproduction of this document, or evaluation and communication of its contents, is not authorized except where expressly permitted. Violations are liable for damages. All rights reserved, particularly for the purposes of patent application or trademark registration. This document contains proprietary information, which is protected by copyright. All rights are reserved. No part of this document may be photocopied, reproduced or translated to another language without prior written consent of RuggedCom Inc. Disclaimer Of Liability We have checked the contents of this manual against the hardware and software described. However, deviations from the description cannot be completely ruled out. RuggedCom shall not be liable for any errors or omissions contained herein or for consequential damages in connection with the furnishing, performance, or use of this material. The information given in this document is reviewed regularly and any necessary corrections will be included in subsequent editions. We appreciate any suggested improvements. We reserve the right to make technical improvements without notice. Registered Trademarks RuggedMAX-BST, RuggedServer, RuggedWireless, RuggedCom Discovery Protocol (RCDP), RuggedExplorer, Enhanced Rapid Scanning Tree Protocol (eRSTP), are trademarks of RuggedCom Inc. Rugged Operating System (ROS) and RuggedSwitch are registered trademarks of RuggedCom Inc. Other designations in this manual might be trademarks whose use by third parties for their own purposes would infringe the rights of the owner. Warranty Five (5) years from date of purchase, return to factory. For warranty details, visit www.ruggedcom.com or contact your customer service representative. Contacting RuggedCom Corporate Headquarters US Headquarters Europe Headquarters RuggedCom Inc 30 Whitmore Road Woodbridge, Ontario Canada, L4L 7Z4 Tel: (905) 856-5288 Fax: (905) 856-1995 RuggedCom RuggedCom 1930 Harrison St., Suite 209 Unit 41, Aztec Centre, Hollywood, Florida Aztec West, Almondsbury, Bristol USA, 33020 United Kingdom BS32 4TD Tel: (954) 922-7938x103 Tel: +44 1454 203 404 Fax: (954) 922-7984 Fax: +44 1454 203 404 Toll-free: 1 (888) 264-0006 Toll-free: 1 (888) 264-0006 Toll-free: 1 (888) 264-0006 Email: RuggedSales@RuggedCom.com Table of Contents Introduction.........................................................................................................6 1.1 About this Manual................................................................................................................7 1.2 General Description ............................................................................................................7 1.2.1 Features.....................................................................................................................8 1.3 Package Components and Unpacking.............................................................................8 1.4 Safety Information ...............................................................................................................8 Product Description .........................................................................................11 2.1 Introduction.........................................................................................................................12 2.2 IEEE 802.16e Mobile WiMAX Compliance....................................................................13 2.3 Block Diagram....................................................................................................................14 2.4 Features..............................................................................................................................15 2.4.1 Mobile WiMAX Wave 2 MIMO Features .............................................................15 2.4.2 Security....................................................................................................................17 2.4.3 Time Division Duplexing (TDD)............................................................................20 2.4.4 Coding Rate ............................................................................................................20 2.4.5 Modulation...............................................................................................................20 2.4.6 Convolution Coding Error Correction ..................................................................21 2.5 Deployment Models ..........................................................................................................21 2.5.1 PTP Deployment ....................................................................................................21 2.5.2 PMP Deployment ...................................................................................................21 2.5.3 Non Line-of-Sight ...................................................................................................21 2.5.4 Channelization........................................................................................................21 2.6 Service Flows.....................................................................................................................22 2.6.1 Service Flow Classification ...................................................................................22 2.6.2 Dynamic Service Addition .....................................................................................22 2.6.3 Default Service Flows............................................................................................23 WiN5200 Table of Contents | 3 2.6.4 Scheduling...............................................................................................................23 2.7 Physical Description..........................................................................................................24 2.7.1 Physical Interfaces Description ............................................................................24 2.7.2 LED Indication Description....................................................................................25 Mounting............................................................................................................27 3.1 General ...............................................................................................................................28 3.2 Site Survey .........................................................................................................................28 3.3 Pole Mounting ....................................................................................................................29 3.4 Wall Mounting ....................................................................................................................29 Installation Procedure ......................................................................................30 4.1 Safety Hazards ..................................................................................................................31 4.2 Tools and Cables Required for the Installation .............................................................31 Installing the WiN5200......................................................................................................31 4.3 4.3.1 Pole Mounting.........................................................................................................32 4.3.2 Wall Mount ..............................................................................................................33 4.4 Cable Connections............................................................................................................35 4.4.1 Installing the WiN1010 data adapter for WiN5200 ............................................35 Equipment Configuration and Monitoring......................................................38 5.1 Configuring WiN5200 Basic Parameters .......................................................................39 5.2 Aligning the CPE Antenna................................................................................................41 5.2.1 CPE Antenna Alignment Procedure ....................................................................42 5.2.2 Link Indication.........................................................................................................43 Management......................................................................................................44 6.1 General ...............................................................................................................................45 6.2 SW Download/Upgrade ....................................................................................................45 6.3 Web-page Management...................................................................................................46 6.4 SNMP Management..........................................................................................................50 WiN5200 Table of Contents | 4 Appendix A Product Specification...............................................................51 Appendix B IDU to ODU Cable Specifications ............................................52 List of Acronyms ..............................................................................................54 WiN5200 Table of Contents | 5 1 ntroduction WiN5200 Introduction | 6 1.1 About this Manual ThismanualdescribestheinstallationproceduresofWiN51XX/WiN52XXOutdoorCPEwith Ethernetinterfaceandiswrittenfortheinstallersandoperators. WiN51XX/WiN52XX2productswillbereferredinthismanualasWiN5200fromnowon. TheRuggedComWiN5200isamemberoftheWinMaxEfamily,alineofmobileWiMAX broadbandwirelessaccesssystemsbasedonthe802.16emobileWiMAXstandard.TheWin MaxEfamilyisdetailedintheSystemDescriptionmanualofRuggedCom. ThismanualassumesthatusershavesomeexperiencewithWiMAXtechnologiesand procedures. Whilesomesafetyprecautionsarereviewedhere,thismanualassumesthatinstallershave beentrainedinsafeinstallationpractices.Users,whoarenewtoWiMAXtechnologiesand serviceprocedures,shouldnotrelyonthismanualforcomprehensiveguidance. 1.2 General Description TheRuggedComWiN5200ODUisamemberoftheWinMaxEfamily,alineofWiMAX BroadbandWirelessAccesssystemsbasedonthe802.16emobileWiMAXstandard,specially designedforquadrupleplayapplications. WiN5200isahighperformanceoutdoorunitthatprovidescomplete802.16emobileWiMAX broadbandwirelessaccessfunctionalitytoarangeofindoormultiservicegateways. TheWiN5200enablesthefullscopeoftripleplay(includingtelephony,data,VideoonDemand) overtheWiMAXnetwork.Inthehome,tripleplayservicesaredistributedtoasinglegateway forasimplehomenetworkingsolution. TheWiN5200isbasedontheIEEE802.16estandardstoeffectivelymeettheuniquerequirements ofthewirelessMetropolitanAreaNetwork(MAN)environmentandtodeliverbroadband accessservicestoawiderangeofcustomers.Specificallydesignedforpointtomultipoint broadbandwirelessaccessapplications,theWiN5200providesefficientuseofthewireless spectrum,supportingarangeofuserenvironments.Theaccessandbandwidthallocation mechanismsaccommodatehundredsofsubscriberunitspersector,supportingdifferentiated servicestoamultipleofendusers. WiN5200 Introduction | 7 1.2.1 Features IntelligentWiMAXsubscriberunitforwirelesstripleplayservicedelivery OutdoorunitwithETHinterfacetoindoorunit Automatic,selfconfigured,plugnplay Supporting1.X,2.Xand3.XGHzbands 1.3 Package Components and Unpacking Checkthatthepackagecontains:
1. WiN52xxODUwithintegratedflatantenna 2. Pole/wallmountinghardware Incaseofdamage,contacttheshippingcompany. 1.4 Safety Information RF Exposure TheWiN5200,anoutdoorCPE,iscompliantwiththerequirementssetforthinCFR47section 1.1307,addressingRFExposurefromradiofrequencydevicesasdefinedinOETBulletin65. TheoutdoorCPEmobileunitshouldbepositionedmorethan0.6feet(20cm)fromhumans. TheoutdoorCPEfixedunitshouldbepositionedatleast7feet(2m)fromhumans. Lightning Protection WhenWiN5200isinstalledinanoutdoorlocation,allindoorcomponents(Ethernet,power supply)shouldbeconnectedthroughalightningprotector. Thepurposeofthelightningprotectionistoprotectpeopleandequipmentlocatedindoors fromlightningthatmightstriketheWiN5200oritsoutdoorcables.Therefore,thelightning protectordeviceshouldbeinstalledindoors,ascloseaspossibletothepointwherethecables enterthebuilding.Thelightningprotectorcanalsobeinstalledoutdoors,aslongasthecables thatleadfromitindoorsarewellprotectedfromlightningbetweentheboxandthebuilding entrance. Power Cord Protection TheWiN5200shouldalwaysbeconnectedtotheWiN1010dataadapterforbothpower supplyanddatatransferpurposes. WiN5200 Introduction | 8 Anyothertypeofconnection/applicationoftheWiN5200and/orWiN1010isnotallowed. Routeallpowersupplycordssothatpeoplecannotwalkonthem,orplaceobjectsonor againstthem.Thiscanpinchordamagethecords. Servicing Donotopenthecoverofthisproductandperformcorrectiveactionsunlessinstructedtodo sointheoperatinginstructions. Outdoor Grounding System Verifythattheantennaorcablesystemisgrounded(earthed). TheantennaisanintegralpartoftheCPE(ModelsWiN51XX) TheCPE(antenna)installationmustbeasperArticle810oftheNEC.Ofparticularnoteisthe requirementthatthegroundingconductornotbelessthan10AWG(Cu).Theschemeshould beeitherinaccordancewithUL96and96A.LightningProtectionComponentsand InstallationRequirementsforLightningProtectionSystems,ortestedinaccordancewithUL 50andUL497. CAUTION Toreducetheriskoffire,useonlyNo.26AWGorlargertelecommunicationlinecord betweentheindoorandoutdoorunits. WiN5200 Introduction | 9 NOTE:Thisequipmenthasbeentestedandfoundtocomplywiththelimits foraClassBdigitaldevice,pursuanttopart15oftheFCCRules.Theselimits aredesignedtoprovidereasonableprotectionagainstharmfulinterferenceina residentialinstallation.Thisequipmentgenerates,usesandcanradiateradio frequencyenergyand,ifnotinstalledandusedinaccordancewiththe instructions,maycauseharmfulinterferencetoradiocommunications. However,thereisnoguaranteethatinterferencewillnotoccurinaparticular installation.Ifthisequipmentdoescauseharmfulinterferencetoradioor televisionreception,whichcanbedeterminedbyturningtheequipmentoffand on,theuserisencouragedtotrytocorrecttheinterferencebyoneormoreofthe followingmeasures:
Reorientorrelocatethereceivingantenna. Increasetheseparationbetweentheequipmentandreceiver. Connecttheequipmentintoanoutletonacircuitdifferentfromthattowhich thereceiverisconnected. Consultthedealeroranexperiencedradio/TVtechnicianforhelp. ThisdevicecomplieswithPart15oftheFCCRules. Operationissubjecttothefollowingtwoconditions:
(1)Thisdevicemaynotcauseinterference,and(2)thisdevicemustacceptany interference,includinginterferencethatmaycauseundesiredoperationofthe device Changesormodificationstothisequipmentnotexpresslyapprovedbytheparty responsibleforcompliance(RuggedComInc.)couldvoidtheusersauthorityto operatetheequipment. WiN5200 Introduction | 10 2 roduct Description WiN5200 Product Description | 11 2.1 Introduction TheWiN5200ODUCPEisanIEEE802.162005compliantwirelessdevicefordeploymentof pointtomultipoint(PMP)andpointtopoint(PTP)networkarchitectures. TheWiN5200ODUCPEisanoutdoordevice.TheWiN5200ODUCPEisWiMAXForum 802.16eWave2(MIMO)Certifiedsubscribers.Eachsubscriberregistersandestablishesabi directionaldatalinkwiththebasestationsectorcontroller. TheCPEterminalsaregroupedintotwoclasses,OutdoorCPEsandResidentialGateways
(RG)whichareindoorunits.Therelationshipbetweenalltheunitsisillustratedbelow. WiN5200 Product Description | 12 CPE WiN52xx RG WiN1030-1 BST WiN70xx CPE WiN52xx RG WiN1020-1 CPE WiN52xx House RG WiN1010-1 Figure 2-1: Functional Overview of the CPEs ThebasestationisconnectedtotheheadendoverIPBackhaulorviawirelesschannels.The outdoorCPEsareconnectedtothebasestationoverwirelesschannels.TheoutdoorCPEis connectedtotheindoorresidentialgatewayoverEthernetorcoaxialnetworks. 2.2 IEEE 802.16e Mobile WiMAX Compliance TheIEEE802.162005specificationsdescribeaPMPbroadbandwirelessaccessstandardfor systems.ThisstandardincludesdescriptionsforboththeMediaAccessControl(MAC)and thephysical(PHY)layers. TheWiN5200ODUCPEiscomplianttoIEEE802.162005WiMAXforumWave2profile. WiN5200 Product Description | 13 Note The 802.16e standards are subject to amendment, and Win-MaxTM product family design compliance applies to a specific revision of the standard. The Win-MaxTM product family does not support mesh communication (direct subscriber-to-subscriber). 2.3 Block Diagram TheCPEconsistsofthefollowingmodules:
1. BaseBandboardincludingtheWiMAX16eMIMOBaseBandSoC(runningthe16e MAC+PHY)plustheUserInterfaceplustheanalogfrontendthatinterfacetheRF module. 2. PowerSupplyboardDC/DCpowersupply.Convertsthe48VDCtothevariousvoltages thatarefeedingtheDigitalandtheRFmodules 3. RFboardSingletransmitdualreceivemodulethatmodulatetheanalogWiMAXsignal inputfromtheBaseBandmodemtothehighfrequencyRFoutput.SeveralRFmodules existeachsupportingdifferentfrequencyband. 4. Chassis 5. AntennaIntegrateddualpolarizationantennatosupporttheMIMOschemes WiN5200 Product Description | 14 Antenna F R l y p p u S r e w o P Base-Band Indoor-Outdoor Cable Figure 2-2: WiN5200 Block Diagram 2.4 Features 2.4.1 Mobile WiMAX Wave 2 MIMO Features MultipleInput,MultipleOutput(MIMO)describessystemsthatusemorethanoneradioand antennasystemateachendofthewirelesslink.Inthepastitwastoocostlytoincorporate multipleantennasandradiosinasubscriberterminal.Recentadvancesinradio miniaturizationandintegrationtechnologynowmakesitfeasibleandcosteffective. Combiningtwoormorereceivedsignalshastheimmediatebenefitofimprovingreceived signalstrength,butMIMOalsoenablestransmissionofparalleldatastreamsorgreater throughput.Forexample,ina2x2MIMO(twotransmitandtworeceiveelements),dual polarizationpointtopointsystem,thecarriersallocatedfrequencycanbeusedtwice, effectivelydoublingthethroughputdatarate. InpointtomultipointsystemsemployingMIMO,eachbasestationantennatransmitsa differentdatastreamandeachsubscriberterminalreceivesvariouscomponentsofthe transmittedsignalswitheachofitssubscriberantennasasillustratedinthefigurebelow.By WiN5200 Product Description | 15 usingappropriatealgorithms,thesubscriberterminalisabletoseparateanddecodethe parallelsimultaneouslyreceiveddatastreams. MiMo MiMo Figure 2-3: MiMo Antenna System Space-Time Coding 2.4.1.1 Spacetimecoding(STC)isatechniqueforimplementingtransmissiondiversity.Mobile WiMAXusestransmitdiversityinthedownlinkdirectiontoprovidespatialdiversitythat enhancesthesignalqualitytoaspecificsubscriberlocatedanywherewithintherangeofthe antennabeam.Althoughprovidinglesssignalgainthanbeamforming,transmitdiversityis morerobustformobileuserssinceitdoesnotrequirepriorknowledgeofthepath WiN5200 Product Description | 16 2.4.2 characteristicsofasubscribersparticularfrequencychannel.OnesuchSTCtechnique, knownastheAlamoutiCode,waspublishedin1998[4]andhasbeenincorporatedintothe WiMAX16estandard. Security Securitywasakeyfailingofolderbroadbandwirelesssystemsofthepast.Thewhyofitis easytocomprehendanynetworkthattransmitsitsdataacrosswirelesssignalsratherthan wiresisinherentlymoreopentointerference,intrusionorassault.Thisdoesnotmeansolid broadbandwirelesssecurityisimpossible,justmuchmoredifficult. Asbroadbandwirelessnetworkshavematuredsecurityfeatureshaveimproved.Withthe adventofWiMAX,thesecuritytoolsetsavailabletobroadbandwirelessserviceproviders havereachedalltimehighsoffunctionality.TodaysWiMAXnetworkscanbesecuredmore effectivelythaneverbefore. WiMAXandIEEE802.16SecuritySublayerprovidesforprivacy,authenticationand confidentialityacrossthebroadbandwirelessnetwork.DefinedinitiallybyIEEE802.162004 andthencorrectedandamendedbyCorrigendum1andIEEE802.16e2005respectively,the SecuritySublayernowsupportsFixedandMobileoperation. Therearetwomajordifferencesbetweenthestandards.Thefirstdifferenceisthatthesecurity mechanismoftheIEEE802.162004isbasedontheDOCSISstandard.Inthe802.16e2005 manychangeshavebeenmadeinthesecuritymechanisms.Theseconddifferenceisinthe flexibilityofSSsconnectioncharacteristicswiththeBST.TheIEEE802.162004onlysupports fixedaccess.Infixedaccess,anSScannotmitigatetotheairinterfaceofanewBaseStation
(BST)withoutperformingthenetworkentryagainafteraconnectiontermination.TheIEEE 802.16e2005supportsmobileaccess.MobileaccessenablesanSStomovebetweenvarious BSTcellswhilekeepingtheconnectionestablished. TherearefiveprimaryaspectsofWiMAXsecuritythatshouldbeconsideredwhendesigning asecurityplanforaWiMAXnetwork.Theserangefrommitigationtechniquesatthephysical layertoimprovedwirelessauthenticationandencryptiontointrusionprotectionanddata transportsecurity.Ateachlevel,choicesinimplementationandsecuritylevelscanbemade;
althoughinthecaseofthephysicallayeroptionsarelimited. Physical Layer Security 2.4.2.1 TherearetwobasictypesofattacksthatcanaffectthephysicallayerofWiMAX.Oneis jammingandtheotherispacketscrambling.Thefirstisrelativelystraightforward,andis sometimestheresultofinterferenceratherthananattack.Jammingconsistsofastronger WiN5200 Product Description | 17 signalthantheWiMAXnetworkoverwhelmingnetworkdatafeedseitherinintermittent burstsorwithsustainedcarrierwaves. SincemostWiMAXnetworkservicesaredeliveredoverlicensedbands(currently3.5GHz internationallyand2.5GHzbothinternationallyandintheUS),thisoffersspectrum relativelyquietfromaccidentalinterference.Accidentalinterferenceinlicensedspectrum cannotalwaysbecompletelydiscountedasthereisapossibilityofsecondandthirdharmonic interferencewaves,forexample,frommuchlowerfrequencysignalsifthoseareinclose proximitytotheWiMAXantennasystemsorthatcrossthemwithasignalcloseenoughin physicalproximitytolocallyoverloadtheWiMAXsignal.Inpractice,thisisrare. Packetscramblingisanattackthatoccurswhencontrolpacketsintherespectivedownlink anduplinksubframesaresniffedthenscrambledandreturnedtothenetwork.Thisattackis muchhardertomountthanajammingattack.SincemostWiMAXnetworkstodayusetime divisionduplexing(TDD),toincludetheWinMaxsystem,anattackercanparsethis timingsequenceandcapturecontroldata,thepreambleandmap,scramblethemandsend thembackwithcorrecttimingtointerruptlegitimatesignal,resultinginslowdownsand effectivelyloweredbandwidth.Interceptedandscrambledpacketsarepossiblewith frequencydivisionduplexing(FDD)aswellwhichtransmitsboththeuplinkanddownlink simultaneously,butitisevenhardertoexploitthisattackthanwithTDDsystems. Whileitmayseemthephysicallayerisinherentlymostvulnerableasthesecurityelementsof WiMAXarelocatedathigherlayers,thefactishackerscanoftenfindlowerhangingfruitin termsofusefulexploitshigherinthestack,becauseasWiMAXsupportsmultipleselections onwhatserviceproviderscanchoosetoimplementintermsofauthentication,sometimesthe doorcanbeleftopenforthembythechoicesmade. Authentication 2.4.2.2 Traditionallythefirstlevelofsecurityauthenticationforolderbroadbandwireless technologieshasbeenMACauthenticationandWiMAXsupportsthis,althoughproviders dontsettleforthismethod.ThistechniqueallowedserviceproviderstologpermittedMAC deviceaddressesandallowonlythoseaddressestoaccessthenetwork.Hackerslongago figuredouthowtospoofthese.Ifabasestationisnotsetupwithadequateauthentication measures,anattackercancapturecontrolpacketsandposeasalegitimatesubscribereven witholderMACdeviceauthenticationenabled. Asecond,newerandmuchbetterchoice,embracedbytheWinMaxsystem,isthebuiltin supportforX.509devicecertificatesembeddedwiththeuseofextensibleauthentication protocoltransportlayersecurity(EAPTTLS)method,addedwiththe802.16estandardand WiMAXForum. WiN5200 Product Description | 18 EntertheEAPTLTSauthenticationmethod.Thistechniqueallowsboththesubscriberand thebasestationtoauthenticateeachotherusinganX.509methodforboth,inadditiontoa subscriberauthenticationwhichisbasedonwellknownsubscriberauthenticationtechniques suchPAPandMSCHAP.MACcontrolheadersareneverencryptedinWiMAX,however withEAPcarrierscanchoosetoauthenticatethem(buttheydontnecessarilyhaveto).This capabilityaddsanadditionallayerofauthenticationconfirmation.Itsanoperatorspecific guidelinedecisionandistunableintheWinMaxsystem. Encryption 2.4.2.3 ClearlythefirstlayerofdefenseforWiMAXoperatorsistoauthenticatealegitimateuseron itsnetwork.However,WiMAX,withits802.16eratification,offerstoplinetoolsfor encryptionofdata.Olderwirelessiterationsusedthedataencryptionstandard(DES)which reliedona56bitkeyforencryption.Thisislargelyconsideredobsolete.WiMAX802.16e certainlysupportsDES(3DES)butitalsoaddssupportfortheAdvancedEncryption Standard(AES)whichsupports,128bit,192bitor256bitencryptionkeys.AlsoAESmeets theFederalInformationProcessingStandard(FIPS)1402specification,requiredby numerousgovernmentalbranches.Thistechnology,whichrequiresdedicatedprocessorson boardbasestations,isrobustandhighlyeffective. Trafficencryptionmaybeemployedper802.16ServiceFlowandissubjecttooperatorpolicy. Therelevanceofencryptiontothenetworkoperatordeploymentisquestionable.Inthepast, forexample,manycellularcarriersfocusedonauthenticationandmostlyignoredencryption. Whetherthatwillchangeasmobileserviceprovidersrampupmorebroadbandapplications isanopenquestion. Thedownsidetotheseheavycomputingtasks(i.e.authenticationandencryption)isthatall ofthisrequiresprocessorcycles,whichmayaffecttheperformanceofthesystem. Nevertheless,theWinMaxsystemandespecially,theSSandBST,whicharetheentities thattakeactiveroleinheavysecurityrelatedcomputations,werebuiltbottomtotopwitha designgoalofoffloadingheavilycomputingtasksfromthehostprocessortoaspecificcircuit. Consequently,noperformancedegradationisneglected. Third Party Intrusion Protection 2.4.2.4 WeexaminedWiMAXauthenticationschemes,whichareamajorcomponentofasecure network.Andwealsospokeofdataencryption.Clearly,WiMAXpossessessolidtools alreadybuiltin.Butthereareconsiderationsbeyondjustgoodsecuritythatcandrivea migrationtothirdpartyintrusiondetectionandprotectiontoolsnamelybusinesscase elements.Intrusionprotectionishowever,notdataprotection.Thesearetwodifferentclasses ofsolution.Certainly,agoodthirdpartyintrusionprotectioncanmonitorandsecurea networksauthentication.However,manysolutionsalsoofferwormprotection,Trojanhorse WiN5200 Product Description | 19 protection,defensesagainstviruses,backdoorexploitsanddenialofserviceattackstonamea few.Someoftheseelementsarealmostabusinessnecessityforawirelessserviceprovider andmayjustifythecostofanadditionalsecuritysuiteinitially.Forothercompanies,a migrationstrategytoenhancedtoolsmakesthemostcosteffectivesense. Agoodplacetostartisexaminingmarketandservicescenarios.Ifyourcustomerbaseis highlysensitivetodataintegrity(financialsectororhospitalcustomers)thirdpartyintrusion preventionsystemscanhelpsegmentcustomersfromeachotherbetteraswellassecurethem fromoutsideattack. Orinanotherexample,amobilenetworkthatoffersjustInternetaccessandvoicemaywish toabrogateresponsibilityfordataencryptionandusesessioninitiationprotocol(SIP) signalingforitsVoIPandWiMAXnativeauthenticationtools. Referringtoencryption,clearlyanAESsupporteddataencryptionsystemgivesWiMAX excellentsecurityinthisregard.However,additionalsolutionsthatmeetcustomerneeds suchasvirtualprivatenetworksmayenhancethebusinessmodelandprovideadditional sourceofrevenue. Time Division Duplexing (TDD) TheWiN5200CPEusestimedivisionduplexing(TDD)totransmitandreceiveonthesame RFchannel.Thisisanoncontentionbasedmethodforprovidinganefficientandpredictable twowayPTPorPMPcelldeployment.Alluplinkanddownlinktransmissionschedulingis managedbythebasestation.Thebasestationsendsdatatraffictosubscribers,pollsforgrant requests,andsendsgrantacknowledgementsbasedonthetotalofalltraffictoallsubscribers. Coding Rate Eachburstofdatatransmittedoverthewirelessinterfaceispaddedwithredundant information,makingitmoreresistanttopotentialovertheairerrors.Thecodingrateisthe ratioofuserdatatothetotaldatatransmittedincludingtheredundanterrorcorrectiondata. Thebasestationsupportscodingratesof1/2,2/3,and3/4. Modulation ThemodulationtechniquespecifieshowthedataiscodedwithintheOFDMAcarriers.The basestationsupportsQPSK,16QuadaratureAmplitudeModulation(QAM),and64QAM modulations. 2.4.3 2.4.4 2.4.5 WiN5200 Product Description | 20 2.4.6 2.5 2.5.1 2.5.2 2.5.3 Convolution Coding Error Correction ConvolutionCoding(CC)errorcorrectionisenabledforalltrafficrates.Thislowlevel processcancorrectburstsoferrorsinreceivedmessagesandreducethenumberof retransmissions. Deployment Models TheCPEsupportspointtopoint(PTP)andpointtomultipoint(PMP)deploymentscenarios. PTP Deployment WhendeployedinaPTPconfigurationthebasestationestablishesadedicatedbidirectional linktoasinglesubscriber.ThePTPdeploymentstypicallyuseadirectionalnarrowbeam antennaforbothendsofthelink. PMP Deployment WhendeployedinaPMPconfigurationthebasestationestablishesbidirectionallinksto morethanonesubscriber.PMPdeploymentstypicallyuseawidebeam(sector)antennaat thebasestationandanarrowbeamantennaatthesubscriber.Serviceflowsareusedtopolice servicelevelagreementsforeachsubscriber. Non Line-of-Sight TheWinMAXproductfamilysupportslineofsight(LOS)andnonlineofsight(NLOS) operation.AclearLOSlinkhasnoobstacleswithin60%ofthefirstFresnelzoneofthedirect path. AwirelesslinkisconsiderednonLOSifnaturalormanmadestructuresblockthevisible pathbetweenthebasestationandthesubscriber.Inthiscase,awirelesslinkcanbe establishedonlyifareflectivepathcanbeestablishedbetweenthebasestationand subscriber. 2.5.4 Channelization TheCPEisafrequencyspecificsystem,withthefrequencybanddefinedbythePHYunit. Theuseoftheoperatingbandmustbeinaccordancewithlocalregulationrequirements. WiN5200 Product Description | 21 TheCPEdividestheavailablefrequencybandintochannels.Allocationofchannelsduring deploymentisdependentonspectrumavailabilityinthelicensedbandandlocallicensing requirementsandconditions.Channelselectionallowsplannerstoobtainthemaximum geographiccoverage,whileavoidingfrequencycontentioninadjacentsectors. 2.6 Service Flows Serviceflowsareakeyfeatureofthe802.16estandard. 2.6.1 2.6.2 AServiceFlowrepresentsaunidirectionaldataflowhavingseparateQoSsettingsforuplink anddownlink.Serviceflowsprovidetheabilitytosetupmultipleconnectionstoeach subscriberinasector. Separateserviceflowscanbeestablishedforuplinkanddownlinktraffic,whereeachservice flowisassignedauniqueservicelevelcategoryandseparateQoSsettings.Thisfeatureallows segregationofhighspeed/highprioritytrafficfromlesstimecriticalflows. Service Flow Classification Datapacketsareforwardedbasedonclassificationrules.Classificationrulesrequire examiningeachpacketforpatternmatchessuchasdestinationaddress,sourceaddress,IP TOS,orVLANtag.Allclassificationisdefinedatthebasestationandtheclassification parametersaredownloadedtothesubscriber. Dynamic Service Addition Serviceflowsaredefinedandstoredinthebasestation.Foreachserviceflowtobe established,thebasestationsendsasetupmessagetothesubscriberspecifyingtherequired setofQoSparameters.Thesubscriberrespondstoeachrequestbyacceptingorrejectingthe setupmessage. Aserviceflowmaybepreprovisionedorcanbedynamicallycreatedanddeletedwithout serviceoutage.Thisisusefulforsupportingmultiplesubscribersinasinglesector.New subscriberscanbeaddedandexistingsubscriberscanberemovedorhaveservicelevels modified. Setupmessagesaresentbythebasestationfollowinganysubscriberpowercycle,lossand recoveryofthewirelesslinktoasubscriber,oranyserviceflowadd/deleteoperationatthe basestation. WiN5200 Product Description | 22 2.6.3 Default Service Flows DefaultUL/DLserviceflowsarecreatedautomaticallyforeachregisteredsubscriber. Theseserviceflowsareusedtopassalltrafficnotmatchinganyuserdefinedserviceflow
(suchasbroadcastARP)betweenthebasestationandsubscribers.Thedefaultserviceflow capacityislimitedforeachsubscriber. 2.6.4 Scheduling ThebasestationenforcesQoSsettingsforeachserviceflowbycontrollingalluplinkand downlinktrafficscheduling.Thisprovidesnoncontentionbasedtrafficmodelwith predictabletransmissioncharacteristics.Byanalyzingthetotalofrequestsofallsubscribers, thebasestationensuresthatuplinkanddownlinktrafficconformstothecurrentservicelevel agreements(SLAs).Centralizedschedulingincreasespredictabilityoftraffic,eliminates contention,andprovidesthemaximumopportunityforreducingoverhead. Aregularperiodisscheduledforsubscriberstoregisterwiththebasestation.These subscribersmaybenewlycommissionedorhavebeenderegisteredduetoserviceoutageor interferenceonthewirelessinterface.Thisistheonlyopportunityformultiplesubscribersto transmitsimultaneously. Real-Time Polling Service (rt-PS) Thebasestationschedulesacontinuousregularseriesoftransmitopportunitiesforthe subscribertosendvariablesizedatapackets.Thegrantsizeisbasedonthecurrentdata transferrequirement.TypicalapplicationsincludestreamingMPEGvideoorVOIPwith silencesuppression.Thisisefficientforapplicationsthathavearealtimecomponentand continuouslychangingbandwidthrequirements. Extended Real-Time Polling Service (ert-PS) Thebasestationschedulesacontinuousseriesoftransmitopportunitiesforthesubscriberto sendvariablesizedatapackets.ThisschedulesupportsrealtimeapplicationsincludingVoIP withsilencesuppression.Thedynamicallyscheduledgrantsguaranteereservedbandwidth andreducelatencyintroducedbyrepetitivegrantrequests.Theserviceflowwillnottransmit packetslargerthannominalgrantinterval. Non-Real-Time Polling Service (nrt-PS) Thebasestationschedulesregulartransmitopportunitiesforthesubscribertosendvariable sizedatapackets.TypicalapplicationsmayincludehighbandwidthFTP.Thepollingperiod maytypicallybeonesecondorless,evenduringperiodsofnetworkcongestion. WiN5200 Product Description | 23 Best Effort (BE) Thebasestationschedulestransmitopportunitiesforthesubscribertosendtrafficbasedon unusedbandwidthafterallhigherleveltrafficschedulingrequirementsareserviced. TypicalapplicationsmayincludeInternetaccessandemail.Besteffortserviceflowscanbe assignedapriorityof0to7. Unsolicited Grant Service (UGS) Thebasestationschedulesacontinuousseriesoftransmitopportunitiesforthesubscriberto sendfixedsizedatapackets.ThisschedulesupportsrealtimeapplicationsincludingVoIPor TDMtransport.TheUGSprescheduledgrantsguaranteereservedbandwidthandreduce latencyintroducedbyrepetitivegrantrequests.Theserviceflowwillnottransmitpackets largerthannominalgrantinterval. 2.7 Physical Description TheWiN5200CPEhousingholdstheelectronicmodulesandtheconnectionpaneldetailed below. Figure 2-4: WIN5200 Top View Dimensions(HxWxDw/otheantenna):22cmx9.2cmx6cm Weight:<1.5Kg 2.7.1 Physical Interfaces Description Theinterconnectionpanelholdstheexternalconnectorsusedtoconnecttheequipmenttothe network,powersupplyandantennasasillustratedbelow.Theinterconnectionpanelholds theconnectorsaslistedbelow. Table 2-1: External Connectors WiN5200 Product Description | 24 Name Description Connector Type ETH + PWR Data and power from WiN1010 RJ-45 Grounding screw Figure 2-5: Interconnection Panel 2.7.2 LED Indication Description TheLEDindicationsarelocatedonthebottompaneloftheoutdoorunit.TheCPEhasthe followingLEDindications:
LINKQUALITYbardisplaydisplaytheRSSIlevel WLNKwirelesslinkindication PWRpowerokindication TheLEDfunctionalityisdescribedinthetablebelow. LEDs WLNK is On PWR is on One bar LED is On (Least significant) Color Description Green CPE is connected with and receives services from Base station (Network Entry completed) Green CPE power is good Green 5dB SNR < 10dB Two bar LEDs are On Green 10dB SNR < 15dB WiN5200 Product Description | 25 Three bar LEDs are On Four bar LEDs are On Five bar LEDs are On Six bar LEDs are On Seven bar LEDs are On Eight bar LEDs are On Only the 8th LED is On (Most significant) 15dB SNR < 20dB 20dB SNR < 24dB SNR 24dB and RSSI < -75dBm SNR 24dB and RSSI -75dBm SNR 24dB and RSSI -70dBm SNR 24dB and RSSI -60dBm RSSI -20dBm (saturation) Green Green Green Green Green Green Green WiN5200 Product Description | 26 3 WiN5200 Product Description | 27 ounting WiN5200 Mounting | 28 3.1 General TheCPEmountingkit,whichenablesseveralmountingoptionssuchasinthefollowing examples:
3.2 1. Poles 2. Walls Whenchoosingthemountinglocationfortheunit,considertheavailablemounting structures,antennaclearance. Site Survey MostwirelessnetworksincludemanyCPEsandBSTsinstalledinvariouslocationsinan overlappingradiocellpattern.ItisimportanttopositioneachCPEatanoptimallocationand theassignmentofitsradiochannels.Therefore,asitesurveybecomesanessentialfirststep beforephysicallydeployingtheRuggedComsolution. InstallationoftheCPEsrequiresabackhaultointerfacethecorporatenetworkorInternet. ThisbackhaulconnectioncanbeanEthernetwiredconnection,awirelessconnection,ora thirdpartysolution. ThesitesurveyshouldincludeadetailedplanningoftheWiMAXsystemdeployment.The systemdeploymentplanshouldincludemountingpointsandtheroutesforthepowerand backhaulcables. Recommended Site Requirements ItishighlyrecommendedthattheWiN5200CPEsbemountedneartheedgeoftheroofofa tallbuilding.TheWiN5200CPEsshouldbepointedinthedirectionoftheareatobecovered. Toprovidemaximumcoverage,multipleWiN5200CPEscanbeinstalledonthesame rooftop.However,itisimportanttoleavesomedistancebetweeneachunitinorderto preventinterferencebetweentheunitsthemselves.Whenchoosingtheideallocation,itisalso importanttotakeintoconsiderationtheoverallareatopology. WiN5200 Mounting | 29 3.3 3.4 Pole Mounting Selectamountinglocation.YoucanattachtheWiN5200toanypipeorpolewithdiameter 1.75to10. Wall Mounting Selectamountinglocation.YoucanattachtheWiN5200toanywall,Outerwallispreferred
(typicallyonarooforhighlocationtoavoidinterferencefromotherbuildingsortrees). EnsurethatthewallmountinstallationcanholdtheloadoftheODU. WiN5200 Mounting | 30 4 WiN5200 Mounting | 31 nstallation Procedure WiN5200 Installation Procedure | 32 4.1 Safety Hazards Warning Installing the WiN5200 can pose a serious hazard. Be sure to take precautions to avoid the following:
Exposure to high voltage lines during installation Falls when working at heights or with ladders Injuries from dropping tools Contact with AC wiring 4.2 Tools and Cables Required for the Installation WiN5200 Ethernet ODU CPE Requirements:
IDUtoODUCat5eEthernetcable(100mMAX)andtwoRJ45plugconnectors Note The Cat5e Ethernet cable is not included. Please refer to "Appendix B IDU to ODU cable specification"
for detailed technical specifications. RJ45connectorscrimpingtool Groundcablewithanappropriatetermination General Installation Tools:
FlatScrewdriver Wrench Driller Hammer AdjustableRatchetingSocketWrench 4.3 Installing the WiN5200 TheinstallationinvolvestheWiN5200andthemountingbracket.Themountingbracket shouldbeinstalledatthefirstinstanceandtheWiN5200shouldbeinsertedintoit,asdetailed inthefollowinginstructions. WiN5200 Installation Procedure | 33 4.3.1 Pole Mounting Figure 4-1: Pole Mounting Followthestepslistedbelowtoinstalltheoutdoordeviceonapole 1. Selectamountinglocationonthepole 2. Slidethetwoadjustablehoseclampsalongthepoleviatheholesofthemountingbracket oftheoutdoordevice 3. AdjustthetwoadjustablehoseclampsbythemeansofaAdjustableRatchetingSocket Wrench 4. Attachoutdoordeviceusingthetwoadjustablehoseclampstothepole 5. FastentwoadjustablehoseclampsbythemeansofaAdjustableRatchetingSocket Wrench 6. FastenthetwoadjustablehoseclampsbythemeansofaAdjustableRatchetingSocket Wrench. Figure 4-2: WiN5200 Pole Mounted WiN5200 Installation Procedure | 34 4.3.2 Wall Mount Rear View Front View Figure 4-3: WiN5200 Wall Mount FollowthestepslistedbelowtoinstalltheWiN5200onawall 1. Selectamountinglocationonthewall 2. Placethewallmountingbracketonthewallandmark4holes(2onthetopand2onthe bottom) 3. Drill4holes(2onthetopand2onthebottom)forthefasteninginserts 4. 5. InsertfasteninginsertstypeNCintotheholes Insert4flatwashersand4springwashersand4screwstypeNS1/4XHEX(2onthe topand2onthedown)viatheholesonthemountingbracket 6. Attachthewallmountingbracketatthislocation WiN5200 Installation Procedure | 35 7. Pressthescrewstilltheymatchtheinserts 8. Fastenthescrewswithascrewdriver 9. Useflatscrewdriver 10. InserttheWiN5200sothatthewallmountingbracketholesmatchtheholesofthe mountingbracketofthedevice 11. Insertfourflatwashers,fourspringwashersandfourscrews(typeNCxHEX)and pressuntiltheymatchthetreadsoftheholesofthemountingbracket 12. Fastenthescrewswithascrewdriver WiN5200 Installation Procedure | 36 4.4 Cable Connections 4.4.1 Installing the WiN1010 data adapter for WiN5200 TheWiN1010dataadapterisusedtopowertheWiN5200andtodistributedata. TheWiN1010dataadapterisacombineddataandpoweradapterthatinterfacestothe customersOutdoorUnitwirelessdevice.TheWiN1010dataadapterunitprovidesRJ45 inputconnectorsthatinclude10/100BaseTtransformersforconnectiontoanIEEE802.3
(10/100BaseT)compatibledevice.Theunitreceivespowerfrom100Vto240VACusingan IEC320C14industrystandardconnector. Important ThepowersupplyACcordshouldbe3wires,18AWGminimum,withlengthlessthan4.5 m,safetycertifiedaccordingtonationalrules AsingleoutputRJ45connectorprovides10/100BaseTdataandpowertotheoutdoorunit overaCat5ecable.Thiscableservesthebidirectionaltransferofdataandsignalingaswell asapowerfeedtotheoutdoorequipment. Note The Cat5e Ethernet cable is not included. Please refer to "Appendix B IDU to ODU cable specification"
for detailed technical specifications. Theconnectionschemabelowillustratestheconnectionsbetweenthedevices. Figure 4-4: WiN5200 Interconnection Schema Connect the WiN 5200 to WiN 1010 Data Adapter ConnectoveraCat5ecabletheEthernetportoftheWiN5200totheODUIFportofthe WiN1010. WiN5200 Installation Procedure | 37 Note The Cat5e Ethernet cable is not included. Please refer to "Appendix B IDU to ODU cable specification"
for detailed technical specifications. Connect the WiN 1010 data adapter to a Switch/Router/PC ConnectoveraCat5ecabletheEthernetportoftheoftheWiN1010dataadaptertoa10/100 BaseTportofaSwitch/Router/PC.Figure45illustratessomeconnectionoptions. Figure 4-5: WiN1010 Data Adapter Connecting Options Power Connection ConnecttheWiN1010dataadaptertothe110V/220VACmainsusingthesuppliedcable. BeforeconnectingtheWiN1010dataadaptertothemainoutletverifythatallsystem componentsareproperlyinstalled.Makesurethatallcableconnectorsaresecurely positionedintheappropriateports. WiN1010 data adapter LED Indicators LEDsonthefrontpanelindicatethestatusofthedevice. Figure 4-6: WiN1010 Data Adapter Front Panel TheLEDsarelistedbyfunctioninthefollowingtable. WiN5200 Installation Procedure | 38 Table 4-1: WiN1010 data adapter LED Description WiN1010 data adapter LED Description Name PWR LAN WLNK Color Green Green Green Description Input power is connected LAN link/activity display Wireless link/activity display Table42:ODUI/Fportpinout ODU I/F - RJ-45 Pin #
Description 1 2 3 4 5 6 7 8 ETH Data ETH Data ETH Data
+48V
+48V ETH Data RTN (-) RTN (-) Cable Pinout EthernetCablePinout Figure 4-7: Ethernet Cable RJ-45 Pinout Note The Cat5e Ethernet cable is not included. Please refer to "Appendix B IDU to ODU cable specification"
for detailed technical specifications. WiN5200 Installation Procedure | 39 5 WiN5200 Installation Procedure | 40 quipment Configuration and Monitoring WiN5200 Equipment Configuration and Monitoring | 41 5.1 Configuring WiN5200 Basic Parameters Note The WiN5200 may be pre-configured in the lab before being sent for installation at the customers site. In this case, this section can be skipped. Aftercompletingtheinstallationprocess,thebasicparametersmustbeconfiguredtoensure thattheunitoperatescorrectlyandcancommunicatewiththebasestation.Oncethebasic parametershavebeenconfigured,additionalparameterscanberemotelyconfiguredviathe wirelesslink. 1. connecttotheIPaddress192.168.254.251withthewebbrowserthroughtheEthernet port 2. IntheLoginwindow,enterusername=vendor,password=vendorpass. Figure 5-1: Login Screen 3. ChecktheWiN5000/5200isconfiguredtoworkinthecorrectfrequency.Todoso,choose theCONFIGtabandthenchooseshowScanner.PresstheCALLbutton.The commandliststhechannels(frequencyandbandwidthpairs)theWiN5000/5200sscanin ordertocommunicatewiththebasestation.Thechannelvaluesaresetatthefactory. Figure 5-2: showScanner screen WiN5200 Equipment Configuration and Monitoring | 42 4. UsetheremoveChannelFromScannercommandtoremoveachannelfromthescanning procedure.Intheidfield,entertheIDofthescannedchannel(theIDsareshowninthe resultsoftheshowScanneroperation). Figure 5-3: removeChannelfromScanner screen 5. Toaddachannelforscanningpurposes,selecttheaddChannelToScannercommand. Figure 5-4: addChannelToScanner screen Enterthebandwidthandthefrequency.AnIDwillbeallocatedautomatically. Note The frequency and bandwidth should match the cBST configuration 6. Todisplayphysicalstatisticsonthedownlink,chooseSStab,fromthemenuontheleft handsideofthescreen,chooseshowSsPhyStatDl.PresstheCALLbutton.ChecktheSS RSSIandCINRlevels.HittheCALLbuttontorefreshthescreen. Figure 5-5: showSsPhyStatDl screen WiN5200 Equipment Configuration and Monitoring | 43 Note This field is only valid when the CPE is synchronized with the cBST. 7. ChoosetheSStab,fromthemenuonthelefthandsideofthescreen,chooseshowSs. PresstheCALLbutton.CheckiftheWiN5000/5200isinOPERATIONALstatus.
"OPERATIONAL" status means that the link is up. Figure 5-6: showSsPhyStatDl screen 8. CheckthatalltheServiceflowsarecreatedbyusingtheshowSFmenu 5.2 Aligning the CPE Antenna TheLINKQUALITYbardisplayislocatedonthebottompaneloftheoutdoorunit.TheLED markedWLNKindicatesthatthewirelesslinkisactive,andislitwhentheCPEhas completedtheNetworkEntryprocess.Thereare8LEDsthatindicatethequalityofthe receivedsignal.ThehigherthenumberofLEDsthatareon,thebetterthequalityofthe receivedsignal. ThissectiondescribeshowtoaligntheCPEantennausingtheLINKQUALITYbardisplay. WiN5200 Equipment Configuration and Monitoring | 44 5.2.1 CPE Antenna Alignment Procedure PointtheantennatowardsthegeneraldirectionoftheBaseStation. Verifythatthepowerindicationoftheunitison. VerifythatatleastonegreenLEDoftheLINKQUALITYbardisplayison,indicating thattheunitissynchronizedwiththebasestation.IftheCPEisnotsynchronizedwith thebasestation,ensurethatallparametersareconfiguredproperly.IftheCPEisstillnot synchronized with the base station, improve the quality of the link by changing the directionoftheantennaorbyplacingtheCPEatahigheroralternatelocation. RotatetheCPEuntilthemaximumLinkQualityreadingisachieved.Ifyouencounter prolongeddifficultyinachievingtheexpectedlinkquality,trytoimprovethereception qualitybyplacingtheCPEatahigherpointorinanalternatelocation. Note Ensure that the front of the antenna is always facing the Base Station. However, in certain conditions, such as when the line of sight to the Base Station is hampered, better reception may be achieved using a reflected signal. In this case, the antenna is not necessarily directed toward the Base Station SecuretheCPEfirmlytothepole. Note In some cases, the antenna may need to be tilted to ensure that the level at which the CPE receives transmissions from the Base Station (and vice versa) is not too high. When all LINK QUALITY LEDS are on. This indicates that the received signal level is too high (saturation). This must be avoided, preferably by up-tilting the antenna. As a rule of thumb, if the CPE is located at a distance of less than 300 meters from the Base Station, it is recommended to up-tilt the antenna by approximately 10 to 15 Table 3: LINK QUALITY Bar LEDs Functionality Bar LEDs WLNK is On One bar LED is On (Least significant) Two bar LEDs are On Three bar LEDs are On Four bar LEDs are On Five bar LEDs are On SNR CPE is connected with and receives services from Base station (Network Entry completed) 5dB SNR < 10dB 10dB SNR < 15dB 15dB SNR < 20dB 20dB SNR < 24dB SNR 24dB and RSSI < -75dBm WiN5200 Equipment Configuration and Monitoring | 45 Bar LEDs SNR Six bar LEDs are On SNR 24dB and RSSI -75dBm Seven bar LEDs are On SNR 24dB and RSSI -70dBm Eight bar LEDs are On SNR 24dB and RSSI -60dBm Only the 8th LED is On (Most significant) RSSI -20dBm (saturation) Figure 5-7:Example of RSSI Scan behavior 5.2.2 Link Indication AnotherfunctionofthisLEDistoindicatewhetherornottheSShavealinkwiththeBS. Blinkthelinkisdown. Constantlightthelinkisup. WiN5200 Equipment Configuration and Monitoring | 46 6 WiN5200 Equipment Configuration and Monitoring | 47 anagement WiN5200 Management | 48 6.1 6.2 General TheCPEscanbemonitoredandcontrolledwithastandalonePCorthroughamanagement system(WiNMS)usingthebackhaulinterface.Themonitoringandcontrolcapabilitiesare similarinbothcasesbuttheinterfacemayappeardifferent.Thissectionwilldetailallthe monitoringandcontrolcapabilitiesandthenwillspecifywhichofthemareavailablethrough eachtypeofinterface. ThelocalPCcanconnecttotheinternalWEBserverusingHTTP. TheCPEshaveastandardMIBIIandproprietyMIB. ManagementoftheCPEdeviceshalluseSNMP. Alllevelsofmanagementaresecuredbypasswords. TherearenolocaldisplaysontheCPEs.Alltheindicationswillhavetobemonitoredviathe managementsystem(WiNMS). SW Download/Upgrade SoftwarecanbeloadedintotheCPEinseveralways:
UsingalocalPC(connectedtothenearbyswitch) RemotelyusingSNMP(overthebackhaulinterface) RemotelyusingFTP TheCPEsupportsacompleterollbackoptionincasetheupgradedoesnotwork. WiN5200 Management | 49 Figure 6-1: SoftwareUpgrade Screen FilltheFTPserverIPaddressintheHostIpAddressfield FillthedirectoryinwhichthenewSWfilesarelocatedintheFileDirectoryfield Inthisdirectorythereshouldbe<filename>.pkgfile Fillinthefilenameofthe.pkgfileinthePackageFileNamefield FillintheusernameandpasswordoftheFTPserverintheappropriatefields Pressthecallbutton Waitfortheupgradeprocesstocomplete 6.3 Web-page Management Themonitoredandcontrolledparametersarealsoavailablethroughwebpageinterface. PleaserefertoSection5EquipmentConfigurationandMonitoringforbasicconfiguration andmonitorscreens. Themostcommonoperatingcommandsarelistedinthefollowingtable.Forsakeof conveniencethecommandsarelistedbytabsofthesoftware. Table 6-1: List of Commands - Configuration WiN5200 Management | 50 Tab Conf Command Function Notes ShowTxRxparam showscanner addChannelToScanner Shows the Transmit and Receive parameters Shows the scanning list of channels/frequencies Adds a new channel to the scanner removeChannelfromScanner Removes a channel from the scanning list clearScannerChannel showMacUl showMacDl showRfRx showRfTx showLinkAdaptationDl Resets all channel scanners Shows theMac Uplink configuration Shows the Mac Downlink configuration Shows the Radio Receiver Frequency configuration Shows the Radio Transmitter Frequency configuration Shows the Downlink Adaptation information Table 6-2: List of Commands - SS Tab Command SS ssPhyStatsDl startSs resetSs showSs Function Notes Shows the physical status of the device Starts the 802.16 MAC Stops and resets the 802.16 MAC Shows subscriber station information WiN5200 Management | 51 Table 6-3: List of Commands - Tools Tab Command Function Notes Tools showMacAddress Shows the mac address showMSGProtocol showVersion Shows the system version showRegisteredMsg Shows registered Msg showIPAddressTable setIPAddresTable showAutorizedManager showAutorizedManager addAutorizedManager addAutorizedManager addSnmpAccess DeleteSnmpAccess Filelist FileUpload FileDownload Trapenable TarpGetActive TrapIpAddress AddTrapIpAddress Set and configure subscribers IP address Shows a list of authorized managers by IP address Set a list of authorized managers Add authorized manager to the list Delete authorized manager from the list Add SNMP access by IP address Delete SNMP access by IP address Shows the list of files Upload files from the computer Download files to the computer Enables traps Sends all active traps Sets trap IP address Add trap IP address deleteTrapIpAddress Delete trap IP address WiN5200 Management | 52 Tab Command TrapConfig showTrap SoftwareUpgrade showPkgFiles runMainPkfFile Function Configure a trap Shows trap parameters Shows software upgrade parameters Shows package file indoemation Runs Main Package File runSecondaryPkfFile setSecondaryasMain Runs Secondary Package File Sets Secondary File As Main File swapPkgFiles Swaps Package Files Restart Restarts Subscribers Station Notes Following the download of a new software package this can be set as the main package. If the last update is not helpful you can set it as secondary package and restart the base station from the previous software version After reset the station starts from secondary package file If the last update is not helpful you can set it as secondary package and restart the base station from the previous software version Toggles between main and secondary package and saves WiN5200 Management | 53 6.4 SNMP Management TherearetwoMIBtypesavailableintheCPE:
thestandardMIBII(RFC1213) theprivateMIB Table64describestheCPEManagedParameters. Table 6-4: Subscriber Station Parameters Parameter Description MIB Type Remarks Location site
+ Contact details Cell ID Activity
(Connected/Disconnected), Speed (10/100/1000), Duplex
(Full/Half), IP Address, Data Interface Status MIB II Private MIB II Temperature temperature inside the case Private Software Version all Modules softwares versions Private Uptime on time from power up Number of registered SU SU MAC Addresses SU Type Radio Status Transmit: On/Off Private Private Private Private Private Frequency: configured radio frequency Configured BW/FFT Transmit power TX Counter Number of transmit packets Private RX Counter Number of receive packets Private WiN5200 Management | 54 WiN5200 Appendix A Product Specification | 55 Radio and Modem:
Frequency Radio Access Method Operation Mode Compatibility Channel Bandwidth Frequency Resolution Antenna Support Number of Antennas Antenna Diversity Support Output Power [P1dB]
Output Power (average) TPC FFT/Modulation FEC Dynamic range WiN5125-XX, WiN5225: 2496 MHz to 2690 MHz WiN5237: 3650 MHz to 3700 MHz IEEE802.16-2005 (16e OFDMA) TDD WiN52XX-2: Wave 2 Profile
(MIMO) WiN5125-XX, WiN5225: 5 MHz, 7MHz, 10 MHz WiN5137-XX, WiN5237: 5 MHz
,7MHz, 10 MHz 0.25 MHz Integral/External 2 STC/MIMO 2W 24 dBm +/-1dB maximum 45dB 1024/512 FFT points;
QPSK, 16QAM, 64QAM Convolution Code and Turbo Code RX: -100dBm :-20 dBm TX: -20dBm : +24 dBm Data Communication (Through indoor unit):
Ethernet Standard Compliance Ethernet Port IEEE 802.3 CSMA/CD 10/100 Mbps, Half/Full Duplex with Auto Negotiation IEEE 802.1Q DL: 12Mbps, UL: 6Mbps IEEE 802.1p DiffServ (DSCP) WiN52XX-2-02-W See frequency table for details VLAN Support Traffic Classification Max User Throughput Ordering Information:
Part Number XX Frequency range List of Acronyms Indoor Unit (ETH) Compatibility:
WiN1010 Configuration and Management:
Local Management Data Adapter Remote Management SNMP Agent Authentication Telnet SNMPv2 Web Browser SNMPv2 over wireless via the base station SNMP ver 2 client: MIB II (RFC 1213), Private Win-Max MIBs EAP-TTLS:
Device: X509 digital certificate User: MS-CHAP FTP FTP Software Upgrade Remote Configuration Mechanical, Electrical and Environmental:
Dimensions (w/o the antenna) [H, W, D]
Weight Power Source 224 x 92 x 61 mm 1.5 kg 48VDC from the indoor unit over the indoor-outdoor cable 17W maximum
-40C to +55C 5%-95% non condensing, Weather protected FCC part 15, subpart B, class B ETSI EN 301489-1/4 TUV-UL 60950-1 EN 60950-1 FCC Part27 ETSI EN 302 326-1/2/3 ETS 300 019 Type 3R (IP66) Power Consumption Operating Temperature Operating Humidity Standards Compliance:
EMC Safety Radio Environmental Enclosure WiN5200 Appendix A Product Specification | 56 List of Acronyms WiN5200 Appendix B IDU to ODU Cable Specifications | 57 List of Acronyms ppendix B IDU to ODU Cable Specifications WiN5200 Appendix B IDU to ODU Cable Specifications | 58 List of Acronyms WiN5200 List of Acronyms | 59 List of Acronyms ist of Acronyms AAA AES ALG AMC API ARPU ASN ASP ATPC BE BPSK BST BWA CAPEX CBST CPE DES DHCP DMZ DNS DSL Authentication Authorization Accounting Advanced Encryption Standard Application-Level Gateway Adaptive Modulation and Coding Application Programming Interface Average Revenue Per Unit Access Service Network Application Service Provider Automatic Transmit Power Control Best Effort Binary Phase Shift Keying Base Station Broadband Wireless Access Capital Expenditure Compact Base Station Customer Premise Equipment Data Encryption Standard Dynamic Host Configuration Protocol Demilitarized Zone Domain Name System Digital Subscriber Line DSLAM Digital Subscriber Line Multiplexer DVB EAP ErtPS Digital Video Broadcast Extensible Authentication Protocol Extended Real-Time Polling Service WiN5200 List of Acronyms | 60 FCAPS Functionality Configuration Accountability Performance Security List of Acronyms FFT FTP FUSC FXS GW HA HTTP IAD ICMP IDU IEEE IGMP IMS IOS IP Fast Fourier Transfer File Transfer Protocol Fully Used Sub-Channelization Foreign Exchange Subscriber Gateway Home Agent HyperText Transport Protocol Integrated Access Device Internet Control Message Protocol Indoor Units Institute of Electronic and Eclectic Engineers Internet Group Multicast Protocol IP Multimedia System Internetwork Operating System Internet Protocol IPSec IP Security LAN LOS MAC MAI MAN MGCP MIMO MIP MOS4 MOS5 Local Area Network Line-of-sight Media Access Control Multiple Access Interference Metropolitan Area Network Media Gateway Control Protocol Multiple-Input, Multiple-Output Mobile IP Mean Opinion Score (voice quality 1-5) Mean Opinion Score (voice quality 1-5) WiN5200 List of Acronyms | 61 List of Acronyms MSG MTU MTU NAP NAPT NEBS NMS NLOS nrtPS NSP NVoD NWG OAM ODU OEM OFDM OFDMA OPEX P-CSCF PDA PDF PMIP POP POP3 POTS PPP PPTP PSK Multi-Service Gateways Maximum Transmission Unit Multiple Tenant Unit Network Access Provider Network Address Port Translation Network Equipment Building System Network Management System Non-line-of-sight Non-Real Time Polling Service Network Service Provider Near Video on Demand Network Working Group Operations and Maintenance Outdoor Units Original Equipment Manufacturer Orthogonal Frequency Division Multiplexing Orthogonal frequency division multiple access Operational Expenditure Proxy - Call Session Control Function Personal Digital Assistant Portable File Format Proxy Media IP Point of Presence Post Office Protocol 3 Plain Old Telephony System Point-to-Point Protocol Point-to-Point Tunneling Protocol Phase Shift Keying WiN5200 List of Acronyms | 62 List of Acronyms PSTN PUSC PVR QAM QoS QPSK RC RF RG RIP ROI rtPS SF SIP SLA SNMP Public Switched Telephone Network Partially used sub-channelization Personal Video Recorder Quadrature Amplitude Modulation Quality of Service Quadrature Phase Shift Keying Return Channel Radio Frequency Residential Gateway Routing Information Protocol Return of Investment Real-Time Polling Service Service Flow Session Initiation Protocol Service Level Agreements Simple Network Management Protocol S-OFDMA Scalable Orthogonal frequency division multiple access SOHO Small Office/Home Office SS STB STC SU TCP TDD TFTP TMN UDP UGS Subscribers Set Top Box Space-time coding Subscriber Unit Transmission Control Protocol Test Driven Design Trivial File Transfer Protocol Telecommunication Management Sysytem User Datagram Protocol Unsolicited Grant Service WiN5200 List of Acronyms | 63 List of Acronyms Universal Resource Locator Universal Serial Bus Video on Demand Voice over IP Virtual Private Network Wide Area Network Worldwide Interoperability for Microwave Access Wireless Local Loop Wireless Metropolitan Area Networks URL USB VoD VoIP VPN WAN WiMAX WLL WMAN WiN5200 List of Acronyms | 64
1 2 | Users Manual | Users Manual | 2.19 MiB | July 12 2018 |
Preface 1 Introduction Installation and Deployment 2 3 4 5 Using RUGGEDCOM SAS-GW Configuring RUGGEDCOM SAS-GW Monitoring RUGGEDCOM SAS-GW RUGGEDCOM SAS-GW v1.2 User Guide 11/2018 RC1226-EN-01 RUGGEDCOM SAS-GW User Guide Copyright 2018 Siemens Canada Ltd All rights reserved. Dissemination or reproduction of this document, or evaluation and communication of its contents, is not authorized except where expressly permitted. Violations are liable for damages. All rights reserved, particularly for the purposes of patent application or trademark registration. This document contains proprietary information, which is protected by copyright. All rights are reserved. No part of this document may be photocopied, reproduced or translated to another language without the prior written consent of Siemens Canada Ltd. Disclaimer Of Liability Siemens has verified the contents of this document against the hardware and/or software described. However, deviations between the product and the documentation may exist. Siemens shall not be liable for any errors or omissions contained herein or for consequential damages in connection with the furnishing, performance, or use of this material. The information given in this document is reviewed regularly and any necessary corrections will be included in subsequent editions. We appreciate any suggested improvements. We reserve the right to make technical improvements without notice. Registered Trademarks RUGGEDCOM and ROS are trademarks of Siemens Canada Ltd. Other designations in this manual might be trademarks whose use by third parties for their own purposes would infringe the rights of the owner. Security Information Siemens provides products and solutions with industrial security functions that support the secure operation of plants, machines, equipment and/or networks. They are important components in a holistic industrial security concept. With this in mind, Siemens' products and solutions undergo continuous development. Siemens recommends strongly that you regularly check for product updates. For the secure operation of Siemens products and solutions, it is necessary to take suitable preventive action (e.g. cell protection concept) and integrate each component into a holistic, state-of-the-art industrial security concept. Third-party products that may be in use should also be considered. For more information about industrial security, visit https://www.siemens.com/industrialsecurity . To stay informed about product updates as they occur, sign up for a product-specific newsletter. For more information, visit https://
support.automation.siemens.com . Warranty Refer to the License Agreement for the applicable warranty terms and conditions, if any. For warranty details, visit https://www.siemens.com/ruggedcom or contact a Siemens customer service representative. Contacting Siemens Address Siemens Canada Ltd Industry Sector 300 Applewood Crescent Concord, Ontario Canada, L4K 5C7 Telephone Toll-free: 1 888 264 0006 Tel: +1 905 856 5288 Fax: +1 905 856 1995 E-mail ruggedcom.info.i-ia@siemens.com Web https://www.siemens.com/ruggedcom ii RUGGEDCOM SAS-GW User Guide Table of Contents Table of Contents Preface ............................................................................................................ vii Alerts ................................................................................................................................................. vii Related Documents ............................................................................................................................ viii Training ............................................................................................................................................ viii Customer Support .............................................................................................................................. viii Chapter 1 Introduction ..................................................................................................... 1 1.1Features and Benefits ................................................................................................................... 1 1.2Security Recommendations ............................................................................................................ 2 1.3Architecture and Operation ........................................................................................................... 3 1.3.1Spectrum Access System .................................................................................................... 4 1.3.2Spectrum Access Model ...................................................................................................... 4 1.3.3ESC Sensor ........................................................................................................................ 5 1.3.4RUGGEDCOM SAS-GW ........................................................................................................ 5 1.3.5Spectrum Acquisition ......................................................................................................... 5 1.4Supported RUGGEDCOM WIN Devices ............................................................................................. 6 1.5Licensing and Copyright ................................................................................................................ 6 Chapter 2 Installation and Deployment ............................................................................. 9 2.1System Requirements .................................................................................................................... 9 2.2Installing RUGGEDCOM SAS-GW ................................................................................................... 10 2.3Connecting to the SAS ................................................................................................................ 11 2.4Enabling SMS Alerts .................................................................................................................... 13 2.5Deploying a RUGGEDCOM SAS-GW Network .................................................................................. 15 Chapter 3 Using RUGGEDCOM SAS-GW ........................................................................... 17 3.1Logging In .................................................................................................................................. 17 3.2Logging Out ............................................................................................................................... 18 3.3Using the Interface ..................................................................................................................... 18 3.3.1Menus ............................................................................................................................. 19 3.3.2Help Text ......................................................................................................................... 20 3.3.3Using the Map ................................................................................................................. 20 iii Table of Contents RUGGEDCOM SAS-GW User Guide 3.4Determining the Status of Base Stations and Subscriber Units ......................................................... 21 3.5Accessing a Station's Interface ..................................................................................................... 22 3.6Determining the Current Version Installed .................................................................................... 23 3.7Enabling/Disabling Troubleshooting Mode .................................................................................... 24 3.8Configuring the Map ................................................................................................................... 26 3.8.1Configuring Map Settings ................................................................................................. 27 3.8.2Using Local Maps ............................................................................................................. 29 Chapter 4 Configuring RUGGEDCOM SAS-GW .................................................................. 31 4.1Configuring the Local Time Zone ................................................................................................. 31 4.2Configuring the SNMP Read/Write Communities ............................................................................ 33 4.3Managing User Accounts ............................................................................................................. 35 4.3.1Adding a User Account ..................................................................................................... 35 4.3.2Updating a User Account .................................................................................................. 37 4.3.3Changing User Password .................................................................................................. 39 4.3.4Configuring SMS Alerts ..................................................................................................... 42 4.3.5Removing a User Account ................................................................................................. 44 4.3.6Listing User Accounts ....................................................................................................... 46 4.4Managing Base Stations .............................................................................................................. 46 4.4.1Adding a Base Station ...................................................................................................... 47 4.4.2Updating a Base Station's Configuration ............................................................................. 50 4.4.3Updating a Base Station's Location .................................................................................... 53 4.4.4Updating a Base Station's Antenna Characteristics .............................................................. 56 4.4.5Updating SNMP Settings ................................................................................................... 59 4.4.6Updating CPI Information ................................................................................................. 63 4.4.7Removing a Base Station .................................................................................................. 66 4.4.8Viewing Available Base Stations ........................................................................................ 67 4.4.9Viewing the Measurements Report .................................................................................... 68 4.4.10Viewing the SAS Registration Information ........................................................................ 70 4.5Managing Subscriber Units .......................................................................................................... 74 4.5.1Adding a Subscriber Unit .................................................................................................. 74 4.5.2Updating a Subscriber Unit's Configuration ........................................................................ 80 4.5.3Updating a Subscriber Unit's Location ................................................................................ 82 4.5.4Updating a Subscriber Unit's Antenna Characteristics .......................................................... 85 4.5.5Updating the Frequency Spectrum .................................................................................... 88 4.5.6Removing a Subscriber Unit .............................................................................................. 89 4.5.7Viewing Available Subscriber Units .................................................................................... 91 iv RUGGEDCOM SAS-GW User Guide Table of Contents Chapter 5 Monitoring RUGGEDCOM SAS-GW ................................................................... 93 5.1Viewing the System Log .............................................................................................................. 93 5.2Viewing the Error Log ................................................................................................................. 95 5.3Monitoring SAS Alerts ................................................................................................................. 97 5.4Monitoring SAS Activity ............................................................................................................... 99 5.5Tracked Events .......................................................................................................................... 101 v Table of Contents RUGGEDCOM SAS-GW User Guide vi RUGGEDCOM SAS-GW User Guide Preface Preface This guide describes v1.2 of the RUGGEDCOM SAS-GW Web-based user interface and software application running on RUGGEDCOM WIN subscriber stations and base stations operating in the 3.5 to 3.7 GHz frequency band. These devices are members of the RUGGEDCOM family of mobile WiMAX broadband wireless access systems based on the 802.16e mobile WiMAX standard. This guide contains instructions and guidelines on how to use RUGGEDCOM SAS-GW, as well as some general theory. It is intended for use by network operators who are familiar with the operation of networks. NOTE Illustations of the management interface screens are presented for illustrative purposes and may appear with minor differences in a working system. CONTENTS Alerts Related Documents Training Customer Support Alerts The following types of alerts are used when necessary to highlight important information. DANGER!
DANGER alerts describe imminently hazardous situations that, if not avoided, will result in death or serious injury. WARNING!
WARNING alerts describe hazardous situations that, if not avoided, may result in serious injury and/or equipment damage. CAUTION!
CAUTION alerts describe hazardous situations that, if not avoided, may result in equipment damage. IMPORTANT!
IMPORTANT alerts provide important information that should be known before performing a procedure or step, or using a feature. Alerts vii Preface RUGGEDCOM SAS-GW User Guide NOTE NOTE alerts provide additional information, such as facts, tips and details. Related Documents Other documents that may be of interest include:
RUGGEDCOM WIN5137 Installation Guide RUGGEDCOM WIN5137-V Installation Guide RUGGEDCOM WIN5137-V-GPS Installation Guide RUGGEDCOM WIN5237 Installation Guide RUGGEDCOM WIN7237 Installation Guide All documents are available on Siemens' Industry Online Support portal [https://support.industry.siemens.com] or mobile application. Training Siemens offers a wide range of educational services ranging from in-house training of standard courses on networking, Ethernet switches and routers, to on-site customized courses tailored to the customer's needs, experience and application. Siemens' Educational Services team thrives on providing our customers with the essential practical skills to make sure users have the right knowledge and expertise to understand the various technologies associated with critical communications network infrastructure technologies. Siemens' unique mix of IT/Telecommunications expertise combined with domain knowledge in the utility, transportation and industrial markets, allows Siemens to provide training specific to the customer's application. For more information about training services and course availability, visit https://www.siemens.com/ruggedcom or contact a Siemens Sales representative. Customer Support Customer support is available 24 hours, 7 days a week for all Siemens customers. For technical support or general information, contact Siemens Customer Support through any of the following methods:
Online Visit http://www.siemens.com/automation/support-request to submit a Support Request (SR) or check on the status of an existing SR. Telephone Call a local hotline center to submit a Support Request (SR). To locate a local hotline center, visit http://
www.automation.siemens.com/mcms/aspa-db/en/automation-technology/Pages/default.aspx . viii Related Documents RUGGEDCOM SAS-GW User Guide Preface Mobile App Install the Industry Online Support app by Siemens AG on any Android, Apple iOS or Windows mobile device and be able to:
Access Siemens' extensive library of support documentation, including FAQs and manuals Submit SRs or check on the status of an existing SR Contact a local Siemens representative from Sales, Technical Support, Training, etc. Ask questions or share knowledge with fellow Siemens customers and the support community Customer Support ix Preface RUGGEDCOM SAS-GW User Guide x Customer Support RUGGEDCOM SAS-GW User Guide Chapter 1 Introduction Introduction RUGGEDCOM SAS-GW is a standalone service that enables select RUGGEDCOM WIN base stations (and their associated subscriber unit) to operate on the Citizens Broadband Radio Service (CBRS), a shared wireless broadband spectrum scheme for the 3550 to 3700 MHz band. CBRS uses a Spectrum Access System (SAS) to control access for registered base stations and subscriber unit
(classified as Citizens Broadband radio Service Devices or CBSDs). In accordance with Part 96 of the FCC's Code of Federal Regulations (CFR), no wireless device operating in the United States is allowed to access the 3.5 GHz band without an SAS service. IMPORTANT!
RUGGEDCOM SAS-GW is designed to work specifically with spectrum sharing technologies developed by Federated Wireless [https://www.federatedwireless.com]. CONTENTS Section1.1, Features and Benefits Section1.2, Security Recommendations Section1.3, Architecture and Operation Section1.4, Supported RUGGEDCOM WIN Devices Section1.5, Licensing and Copyright Section1.1 Features and Benefits The following describes the many features available in RUGGEDCOM SAS-GW and their benefits:
Operating Environment RUGGEDCOM SAS-GW can run on a Linux PC or as a virtual machine. Simple Network Management Protocol (SNMP) RUGGEDCOM SAS-GW uses the SNMP version 2c (SNMPv2c) to communicate with base stations and subscriber unit. SMS Alerts When paired with Twilio's [https://www.twilio.com] programmable SMS API, RUGGEDCOM SAS-GW can forward specific alerts to a user's phone or messaging service via text messaging. Administrators can customize which messages are sent on a per-user basis, allowing users to receive critical information related to area of responsibility. Event Logging RUGGEDCOM SAS-GW records all significant events to a non-volatile system log allowing for forensic troubleshooting. Events include link failure and recovery, status of base stations or subscriber units, status of spectrum requests, etc. Features and Benefits 1 Chapter 1 Introduction RUGGEDCOM SAS-GW User Guide Web-Based User Interface RUGGEDCOM SAS-GW provides a simple, intuitive user interface for configuration and monitoring via a standard graphical Web browser user interface. Section1.2 Security Recommendations To prevent unauthorized access to RUGGEDCOM SAS-GW, note the following security recommendations:
Authentication Replace all default passwords before RUGGEDCOM SAS-GW is deployed. Use strong passwords. Avoid weak passwords such as password1, 123456789, abcdefgh, etc. An example of a strong password would be a password that contains at least eight characters, including a lowercase letter, an uppercase letter, a numeric character and a special character. Make sure passwords are protected and not shared with unauthorized personnel. Do not re-use passwords across different user names and systems. Record passwords in a safe, secure, off-line location for future retrieval should they be misplaced. Physical/Remote Access Configure remote system logging to forward all logs to a central location. SNMP (Simple Network Management Protocol) community names should be unique. Prevent access to external, untrusted Web pages while accessing RUGGEDCOM SAS-GW via a Web browser. This can assist in preventing potential security threats, such as session hijacking. When possible, configure port security features on the host device's access ports to prevent an unauthorized third-party from physically connecting to the device. Hardware/Software Make sure the latest version of RUGGEDCOM SAS-GW is installed, including all security-related patches. For the latest information on security patches for Siemens products, visit the Industrial Security website
[http://www.industry.siemens.com/topics/global/en/industrial-security/news-alerts/Pages/alerts.aspx] or the ProductCERT Security Advisories website [http://www.siemens.com/innovation/en/technology-focus/
siemens-cert/cert-security-advisories.htm]. Updates to Siemens Product Security Advisories can be obtained by subscribing to the RSS feed on the Siemens ProductCERT Security Advisories website, or by following
@ProductCert on Twitter. Use the latest Web browser version compatible with RUGGEDCOM SAS-GW to make sure the most secure Transport Layer Security (TLS) versions and ciphers available are employed. Additionally, 1/n-1 record splitting is enabled in the latest web browser versions of Mozilla Firefox, Google Chrome and Internet Explorer, and mitigates against attacks such as SSL/TLS Protocol Initialization Vector Implementation Information Disclosure Vulnerability (e.g. BEAST). 2 Security Recommendations RUGGEDCOM SAS-GW User Guide Chapter 1 Introduction Policy Periodically audit the RUGGEDCOM SAS-GW installation and configuration to make sure it complies with these recommendations and/or any internal security policies. Review the user documentation for other Siemens products used in coordination with RUGGEDCOM SAS-GW for further security recommendations. Section1.3 Architecture and Operation RUGGEDCOM SAS-GW operates as an intermediary between an SAS service provider and Citizens Broadband radio Service Devices (CBSDs). It controls which CBSD (base station or subscriber unit) is registered with the SAS and opens access to the 3.5 GHz band when granted by the SAS. RUGGEDCOM SAS-GW will also revoke access and/or deregister devices when requested by the SAS or a user. 3 5 7 1 2 4 6 3 8 9 Figure1:Architecture and Operation 1.SAS Service Provider 2.DMZ 3.Switch 4.SAS Gateway 5.Redundant SAS Gateway 6.Firewall 7.Control Center 8.Base Station 9.Subscriber Unit CONTENTS Section1.3.1, Spectrum Access System Section1.3.2, Spectrum Access Model Section1.3.3, ESC Sensor Section1.3.4, RUGGEDCOM SAS-GW Architecture and Operation 3 Chapter 1 Introduction Section1.3.5, Spectrum Acquisition Section1.3.1 Spectrum Access System RUGGEDCOM SAS-GW User Guide Prior to 2014, the 3.5 GHz band was largely reserved in the United States for authorized federal users, such as the Department of Defense, Fixed Satellite Systems (FSSs) and select wireless ISPs. These users were granted priority access to the full 150 MHz spectrum, but only used a small fraction at any given time. Meanwhile, mobile operators were at the limits of their allocated spectrum and facing increased demand year-over-year. Since radio spectrum cannot be created, only reallocated, the Spectrum Access System (SAS) was developed to allow both federal and commercial users to share access to the 3.5 GHz band. Federal users are still granted priority access, but mobile operators can access the remaining spectrum not in use. Section1.3.2 Spectrum Access Model Spectrum access is controlled based on a three-tiered access model that dynamically balances federal and commercial access requirements. The three tiers are as follows:
Incumbent Access (First Tier) 3 MHz 30 GHz 300 GHz 300 MHz 30 MHz 3 GHz The Incumbent Access tier is reserved for authorized federal and grandfathered Fixed Satellite Service users operating in the 3.5 GHz band. This tier is protected by the SAS from any harmful interference emanating from users on the Priority Access and General Authorized Acccess tiers. Priority Access (Second Tier) The Priority Access tier is reserved for users that have purchased a Priority Access License
(PAL) from the FCC. This tier is protected by the SAS from any harmful interference emanating from users on the General Authorized Acccess tiers. General Authorized Access (Third Tier) The General Authorized Access tier provides access to the 3.5 GHz band to all other potential users. A license is not required, granted the user operates within the rules set by the FCC. General Authorized Access users are permitted to use any portion of the 3.5 GHz band not reserved by a higher tier user. Users may also operate on any channel licensed to a Priority Access user that is not currently in use. Per FCC specifications, an SAS is required to make available 80 MHz of the spectrum to GAA users at all times. RUGGEDCOM SAS-GW is intended for users that require access to the General Authorized Access tier. 4 Spectrum Access System RUGGEDCOM SAS-GW User Guide Section1.3.3 ESC Sensor Chapter 1 Introduction A key component of the SAS is an Environmental Sensing Capability (ESC) sensor. This sensor detects federal transmissions, such as those from the National Oceanic and Atmospheric Administation (NOAA). When a federal transmission is received, the SAS establishes a protection zone and revokes spectrum access for all devices in the zone. RUGGEDCOM SAS-GW responds by requesting grants for another part of the spectrum band. Section1.3.4 RUGGEDCOM SAS-GW RUGGEDCOM SAS-GW is a proxy for base stations (and their associated subscriber units) that require access to the 3.5 GHz band. Primary Functions RUGGEDCOM SAS-GW performs the following functions:
Registation and De-Registation RUGGEDCOM SAS-GW registers new base stations and subscriber units with the SAS. Devices can then be de-
registered as needed. Spectrum Requests RUGGEDCOM SAS-GW submits requests for spectrum on behalf of registered base stations and subscriber units. The SAS will grant access based on the devices tier and spectrum availability. Note that higher tiers have priority over lower tiers. Relinquish Spectrum RUGGEDCOM SAS-GW can be instructed to release spectrum back to the SAS for select base stations and subscriber units. The SAS may also request specific segments back if the spectrum is required by a device belonging to a higher tier. Heartbeat RUGGEDCOM SAS-GW sends heartbeat (keep-alive) messages to the SAS for every registered base station and subscriber station. Ports RUGGEDCOM SAS-GW uses the following ports:
Port 161 443 Protocol UDP TCP Purpose For SNMP management towards the private network. For outgoing HTTPS communications with the SAS. Section1.3.5 Spectrum Acquisition For each base station and subscriber unit added to RUGGEDCOM SAS-GW's configuration, RUGGEDCOM SAS-
GW automatically registers the device with the SAS server and requests spectrum. Once granted, RUGGEDCOM ESC Sensor 5 Chapter 1 Introduction RUGGEDCOM SAS-GW User Guide SAS-GW uses the Simple Network Management Protocol (SNMP) to monitor the status of the SAS server and the device. Should the device stop responding, the associated spectrum will be released back to the SAS server. Should the SAS server stop responding, the device will be allowed to continue transmitting on the assigned spectrum. Section1.4 Supported RUGGEDCOM WIN Devices RUGGEDCOM SAS-GW is required by the following RUGGEDCOM WIN devices when operating in the United States within the 3.5 GHz band:
Base Stations Subscriber Units RUGGEDCOM WIN7237 RUGGEDCOM WIN5137 RUGGEDCOM WIN5137-V RUGGEDCOM WIN5137-V-GPS RUGGEDCOM WIN5237 Section1.5 Licensing and Copyright Licensing and copyright information specific to RUGGEDCOM SAS-GW v1.2 is available on the About screen. To view licensing and copyright information, point to Setup and then click About. 6 Supported RUGGEDCOM WIN Devices RUGGEDCOM SAS-GW User Guide Chapter 1 Introduction Figure2:About Screen The About screen features the following tabs:
The WIN SAS-GW tab displays general information about copyright licensing, open source licensing, and permission requirements. The License Agreement tab displays the open source licensing agreement. Licensing and Copyright 7 Chapter 1 Introduction RUGGEDCOM SAS-GW User Guide 8 Licensing and Copyright RUGGEDCOM SAS-GW User Guide Chapter 2 Installation and Deployment Installation and Deployment This section describes how to install RUGGEDCOM SAS-GW and deploy it with RUGGEDCOM WIN devices as part of a 3.5 GHz network. CONTENTS Section2.1, System Requirements Section2.2, Installing RUGGEDCOM SAS-GW Section2.3, Connecting to the SAS Section2.4, Enabling SMS Alerts Section2.5, Deploying a RUGGEDCOM SAS-GW Network Section2.1 System Requirements To guarantee reliability and responsiveness, RUGGEDCOM SAS-GW is designed to run on dedicated hardware. The following details the client and server requirements for RUGGEDCOM SAS-GW:
IMPORTANT!
The operating system for the RUGGEDCOM SAS-GW must be installed with its default installation options. RUGGEDCOM SAS-GW is designed to be the only application running on the system. Any applications or network services running at the same time beyond what is required for the installation and function of RUGGEDCOM SAS-GW must not be installed. Client Side Supported Browsers Chrome (v45 or higher) Internet Explorer (v10 or higher) Microsoft Edge (v40 or higher) Mozilla Firefox (v43 or higher) Opera (v35 or higher) Safari (v9 or higher) System Requirements 9 Chapter 2 Installation and Deployment Server Side Operating Environment Linux PC or Virtual Machine Operating System Ubuntu Server LTS v14 RUGGEDCOM SAS-GW User Guide Hardware CPU: 1 GHz processor (e.g. Intel Celeron or better) RAM: 1.5 GB Available Memory: 7 GB Section2.2 Installing RUGGEDCOM SAS-GW RUGGEDCOM SAS-GW runs on Ubuntu Server, which can be installed on a Personal Computer (PC) or virtual machine. IMPORTANT!
RUGGEDCOM SAS-GW strongly recommends installing the RUGGEDCOM SAS-GW server in a Demiltarized Zone (DMZ). To install RUGGEDCOM SAS-GW, do the following:
NOTE Improve the performance of RUGGEDCOM SAS-GW by configuring a remote database for Ubuntu. For more information, contact Siemens Customer Support. Install Ubuntu Server LTS v14 on a PC or virtual machine. During the installation, do the following:
When asked how to manage updates, select No automatic updates. Automatic updates are not recommended. Install OpenSSH server. Install LAMP server. Install the GRUB boot loader to the master boot record. Launch an SSH client and connect to the PC using the following connection settings:
Host Name The IP address of the PC. This can also be prefixed with the desired user profile (e.g. admin@192.168.0.2). 22 Port If the device's SSH key has not been cached to the PC's registry, a confirmation message will appear asking if the host is trusted. Click Yes to continue. The login prompt appears. login as:
Enter the name of the root user. Enter the root user's password. The following prompt appears:
1. 2. 3. 4. 5.
{user}@{hostname}:~$
6. Copy the RUGGEDCOM SAS-GW installation file (SAS.gz) to the user's directory under /home (e.g. /home/
admin). Extract the following files from the installation file: SAS.tar and install.sh Installing RUGGEDCOM SAS-GW 7. 10 RUGGEDCOM SAS-GW User Guide 8. At the command prompt, enter:
Sudo ./install.sh Chapter 2 Installation and Deployment 9. When prompted, enter the root user's name and password. The installation begins. When completed, the following message is displayed:
Installation completed 10. If the RUGGEDCOM SAS-GW server resides in a different time zone than the SAS, configure the local time zone. For more information, refer to Section4.1, Configuring the Local Time Zone . 11. Configure the connection between RUGGEDCOM SAS-GW and the SAS. For more information, refer to Section2.3, Connecting to the SAS . 12. [Optional] Enable SMS alerts via the programmable SMS service offered by Twilio [https://www.twilio.com]. For more information, refer to Section2.4, Enabling SMS Alerts . 13. Add base stations and subscriber units to RUGGEDCOM SAS-GW. For more information, refer to Section2.5, Deploying a RUGGEDCOM SAS-GW Network . Section2.3 Connecting to the SAS To configure the connection between RUGGEDCOM SAS-GW and the SAS, do the following:
NOTE If the connection to the SAS server is lost, all devices granted spectrum will be permitted to continue operating while the connection is restored. NOTE All information should be available from the SAS provider. 1. Point to Setup and then click Settings. The Update System Configuration screen appears. Connecting to the SAS 11 Chapter 2 Installation and Deployment RUGGEDCOM SAS-GW User Guide 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 1819 20 21 22 23 Figure3:Update System Configuration Screen 1.Map Refresh Interval Box 2.SNMPv2 Read Community Box 3.SNMPv2 Write Community Box 4.Map Source List 5.Proxy Operational Status Box 6.User ID Box 7.FCC ID Box 8.CBSD Manufacturer Box 9.Call Sign Box 10.Radio Technology Box 11.Supported Specification Box 12.Sensing Capability Box 13.Twilio SID Box 14.Twilio Token Box 15.Twilio Phone Number Box 16.Time Zone List 17.Manual Operation List 18.SAS URL Box 19.SAS Device Certificate Box 20.SAS Device Key Box 21.SAS CA Certificate Box 22.Sector Down Upon SU Box 23.Apply Button 2. Configure the following parameters:
12 Connecting to the SAS RUGGEDCOM SAS-GW User Guide Chapter 2 Installation and Deployment NOTE The information defined is sent to the SAS when registering a new base station or subscriber unit. Parameter Description User ID FCC ID CBSD Manufacturer Call Sign Radio Technology Supported Specification Sensing Capability SAS URL 3. Click Apply. The user ID known by the SAS for this installation of RUGGEDCOM SAS-GW. Synopsis: A string 19 characters long The FCC certification ID for this installation of RUGGEDCOM SAS-GW. A unique name for the general CBSD manufacturer. The device identifier provided by the FCC. The radio access technology used by each CBSD (e.g. LTE, HSPA, WiMAX, etc.). In the case of RUGGEDCOM WIN products, WiMAX is appropriate. The latest version of the radio technology standard supported by each CBSD (e.g. lterel10, ieee802.11ac, etc.). A comma separated list of sensing capabilities supported by the CBSDs relavent to the SAS operation. Examples include, esc and receivedInterferencePower. The URL of the SAS. Section2.4 Enabling SMS Alerts RUGGEDCOM SAS-GW can be configured to send SMS (Short Message Service) alerts via text message to a user's phone or messaging service when specific events (e.g. device not responding, device failed to relinquish, etc.) occur during operation. This allows users to receive the critical information they need in real time. SMS alerts require an active account with Twilio's [https://www.twilio.com] SMS service. Twilio offers an easy-to-
use API in a variety of programming languages that allows their customers to quickly create custom SMS services to suit their unique requirements. To enable SMS alerts in RUGGEDCOM SAS-GW, do the following:
1. Sign up for Twilio's SMS service and obtain the following information:
SID Token Phone number used by the SMS service For more information, refer to https://www.twilio.com . Log in to RUGGEDCOM SAS-GW. For more information, refer to Section3.1, Logging In . Point to Setup and then click Settings. The Update System Configuration screen appears. 2. 3. Enabling SMS Alerts 13 Chapter 2 Installation and Deployment RUGGEDCOM SAS-GW User Guide 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 1819 20 21 22 23 Figure4:Update System Configuration Screen 1.Map Refresh Interval Box 2.SNMPv2 Read Community Box 3.SNMPv2 Write Community Box 4.Map Source List 5.Proxy Operational Status Box 6.User ID Box 7.FCC ID Box 8.CBSD Manufacturer Box 9.Call Sign Box 10.Radio Technology Box 11.Supported Specification Box 12.Sensing Capability Box 13.Twilio SID Box 14.Twilio Token Box 15.Twilio Phone Number Box 16.Time Zone List 17.Manual Operation List 18.SAS URL Box 19.SAS Device Certificate Box 20.SAS Device Key Box 21.SAS CA Certificate Box 22.Sector Down Upon SU Box 23.Apply Button 4. Configure the following parameters:
14 Enabling SMS Alerts RUGGEDCOM SAS-GW User Guide Chapter 2 Installation and Deployment Parameter Twilio SID Twilio Token Twilio Phone Number Description The SMS API's application SID (Security Identifier). The access token used by the SMS API for authentication. The phone number used by the API to send SMS alerts. 5. Click Apply. 6. Configure SMS alerts for individual users. For more information, refer to Section4.3.4, Configuring SMS Alerts . Section2.5 Deploying a RUGGEDCOM SAS-GW Network To deploy RUGGEDCOM SAS-GW with RUGGEDCOM WIN devices as part of a complete 3.5 GHz network, do the following:
1. Deploy the required base stations fully configured, making sure all radio transmissions are disabled. 2. Deploy the required subscriber units fully configured. Subscriber units will not transmit until their associated base station transmits. 3. Add each subscriber unit to RUGGEDCOM SAS-GW. For more information, refer to Section4.5.1, Adding a Subscriber Unit NOTE Subscriber unit's are not accessible through RUGGEDCOM SAS-GW until spectrum is granted to their associated base station. RUGGEDCOM SAS-GW automatically registers each subscriber unit with the SAS and requests spectrum. When spectrum is granted, the subscribber station's operational status in RUGGEDCOM SAS-GW is updated to:
Granted | not accessible For information about looking up the operational state of a subscriber unit, refer to Section3.4, Determining the Status of Base Stations and Subscriber Units . 4. Add each base station to RUGGEDCOM SAS-GW. For more information, refer to Section4.4.1, Adding a Base Station RUGGEDCOM SAS-GW automatically registers each base station with the SAS and requests spectrum. When spectrum is granted, the base station will automatically start transmitting. Subscriber units will also start connecting to the base station. Deploying a RUGGEDCOM SAS-GW Network 15 Chapter 2 Installation and Deployment RUGGEDCOM SAS-GW User Guide 16 Deploying a RUGGEDCOM SAS-GW Network RUGGEDCOM SAS-GW User Guide Chapter 3 Using RUGGEDCOM SAS-GW Using RUGGEDCOM SAS-GW This chapter describes how to use RUGGEDCOM SAS-GW, including how to use the Web user interface, view reports and enable Troubleshooting mode. NOTE The configuration of base stations, subscribers stations and users is described in Chapter4, Configuring RUGGEDCOM SAS-GW . CONTENTS Section3.1, Logging In Section3.2, Logging Out Section3.3, Using the Interface Section3.4, Determining the Status of Base Stations and Subscriber Units Section3.5, Accessing a Station's Interface Section3.6, Determining the Current Version Installed Section3.7, Enabling/Disabling Troubleshooting Mode Section3.8, Configuring the Map Section3.1 Logging In To log in to RUGGEDCOM SAS-GW, do the following:
1. Launch a Web browser and request a connection to the RUGGEDCOM SAS-GW workstation. The LogIn screen appears. Logging In 17 Chapter 3 Using RUGGEDCOM SAS-GW RUGGEDCOM SAS-GW User Guide 1 3 2 4 Figure5:LogIn Screen 1.Username Box 2.Password Box 3.Submit Button 4.Remember Me Check Box 2. Under Username, enter a user name. 3. Under Password, enter the password associated with the user name. 4.
[Optional] Select Remember Me?. The user name and password will be retained for subsequent sessions until changed. 5. Click Submit. Section3.2 Logging Out To log out of RUGGEDCOM SAS-GW, point to User and then click Logout. Section3.3 Using the Interface The RUGGEDCOM SAS-GW Web user interface is designed to put all essential information at the forefront to allow users to quickly asses the status of their 3.5 GHz band network. The main screen includes the following features:
Toolbar The toolbar provides access to configuration settings, reports and user information. Interactive Map The map displays the physical location of all base stations and their associated subscriber units. Base Station Table The Base Station table displays important information about any base station selected from the map. SAS Alerts Table The SAS Alerts table displays the current state of alerts broadcast by the SAS. 18 Logging Out RUGGEDCOM SAS-GW User Guide Chapter 3 Using RUGGEDCOM SAS-GW 1 3 2 4 Figure6:Main User Interface 1.Toolbar 2.Interactive Map 3.Base Station Table 4.SAS Alerts Table CONTENTS Section3.3.1, Menus Section3.3.2, Help Text Section3.3.3, Using the Map Section3.3.1 Menus The top toolbar features the following menus that provide access to important functions and reports. Menu Item Description Adds a new base station to the RUGGEDCOM SAS-GW configuration. Adds a new subscriber unit to the RUGGEDCOM SAS-GW configuration. Displays a list of all base stations. Displays the general settings for RUGGEDCOM SAS-GW. Setup Add BS Add SU All BS Settings Menus 19 Chapter 3 Using RUGGEDCOM SAS-GW RUGGEDCOM SAS-GW User Guide Menu Item Description About Displays the currently installed version of RUGGEDCOM SAS-GW, as well as URL for the SAS. Description Displays SAS-related events recorded in the SAS Activity Log within a specified time period. Displays errors recorded in the Error Log within a specified time period. Displays system-level events recorded in the System Log within a specified time period. Description Displays settings for the active user profile. Adds a new user to the RUGGEDCOM SAS-GW configuration. Displays a list of all users. Logs the current user out of RUGGEDCOM SAS-GW. Reports Menu Item CBSD Activity Error Log System Log Users Menu Item My Account Add Usera All Usera Logout a Only available to admin users. Section3.3.2 Help Text Left-click the ? next to a parameter to display a useful description of the parameter. The description defines the parameter's purpose, its value range, restrictions (if any), and any other information required to properly configure the setting. Figure7:Help Text (Example) Section3.3.3 Using the Map The map on the main screen displays the physical location in the world of the base stations and subscriber units RUGGEDCOM SAS-GW manages. 20 Help Text RUGGEDCOM SAS-GW User Guide 1 2 Chapter 3 Using RUGGEDCOM SAS-GW 3 Figure8:Map Features 1.Slider 2.Current Magnification 3.Filter Options Key features of the map include:
Drag to Navigate Navigate around the map by clicking and dragging any area of the map and moving it in the opposite direction. Zoom Use the mouse wheel or the slider in the top-left corner to zoom in or out of the map. The current magnification is displayed on the bottom-left corner and can range from 50 mm to 5000 km. Icons Circular icons on the map represent the location of the base stations and subscriber units. Each is assigned a color based on the status of the device. For more information about what each color means, refer to Section3.4, Determining the Status of Base Stations and Subscriber Units . Filtering Use the Base Station and Subscriber Unit boxes in the top right corner of the map to hide or display devices on the map. For information about how to configure the map source, refer to Section3.8, Configuring the Map . Section3.4 Determining the Status of Base Stations and Subscriber Units The color of the icons on the interactive map indicate the status of the individual base stations and subscriber units they represent. Device Status Base Station Subscriber Unit Operational, registered and approved Registered but not approved Determining the Status of Base Stations and Subscriber Units 21 Chapter 3 Using RUGGEDCOM SAS-GW RUGGEDCOM SAS-GW User Guide Device Status Base Station Subscriber Unit Pending request Maximum power not approved Not operational Users can also left-click the icon to display a pop-up. The pop-up indicates the base station or subscriber unit's current operating state (e.g. operational, unreachable, etc.) and its status with the SAS (e.g. granted, unregistered, etc.). 1 2 Figure9:Pop-Up (Example) 1.Operating State 2.SAS State Section3.5 Accessing a Station's Interface The base station or subscriber unit's user interface can be opened directly from the RUGGEDCOM SAS-GW map. To access the user interface for a device, do the following:
IMPORTANT!
Base station interfaces are only accessible when the base station is transmitting. Similarly, subscriber unit interfaces are only accessible when the associated base station is transmitting. 1. Left-click the base station or subscriber unit on the map. A pop-up dialog box appears. 22 Accessing a Station's Interface RUGGEDCOM SAS-GW User Guide Chapter 3 Using RUGGEDCOM SAS-GW 2 1 Figure10:Accssing a Device's User Interface 2. Click Open Web UI. The device's user interface is loaded in a new browser window or tab. Section3.6 Determining the Current Version Installed To determine which version of RUGGEDCOM SAS-GW is installed on the server, point to Setup and then click About. The About WIN RUGGEDCOM SAS-GW screen appears. Determining the Current Version Installed 23 Chapter 3 Using RUGGEDCOM SAS-GW RUGGEDCOM SAS-GW User Guide 1 Figure11:About WIN RUGGEDCOM SAS-GW Screen 1.Product Version The Product Version box indicates the current version. Section3.7 Enabling/Disabling Troubleshooting Mode When needed, RUGGEDCOM SAS-GW can be put into troubleshooting mode either for evaluation purposes or under debugging conditions. In this mode, SAS activity is simulated and changes to the wireless network are blocked. To enable or disable troubleshooting mode, do the following:
1. Point to Setup and then click Settings. The Update System Configuration screen appears. 24 Enabling/Disabling Troubleshooting Mode RUGGEDCOM SAS-GW User Guide Chapter 3 Using RUGGEDCOM SAS-GW 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 1819 20 21 22 23 Figure12:Update System Configuration Screen 1.Map Refresh Interval Box 2.SNMPv2 Read Community Box 3.SNMPv2 Write Community Box 4.Map Source List 5.Proxy Operational Status Box 6.User ID Box 7.FCC ID Box 8.CBSD Manufacturer Box 9.Call Sign Box 10.Radio Technology Box 11.Supported Specification Box 12.Sensing Capability Box 13.Twilio SID Box 14.Twilio Token Box 15.Twilio Phone Number Box 16.Time Zone List 17.Manual Operation List 18.SAS URL Box 19.SAS Device Certificate Box 20.SAS Device Key Box 21.SAS CA Certificate Box 22.Sector Down Upon SU Box 23.Apply Button 2. Under Manual Operation, select one of the following options:
Enabling/Disabling Troubleshooting Mode 25 Chapter 3 Using RUGGEDCOM SAS-GW RUGGEDCOM SAS-GW User Guide Disabled Disables troubleshooting mode Answer Positive RUGGEDCOM SAS-GW responds to all SAS requests positively as if the action was done Answer Negative RUGGEDCOM SAS-GW responds to all SAS requests negatively as if the action was not done 3. Click Apply. Section3.8 Configuring the Map The map provides a visual representation of where each base station and its associated subscriber units physically reside in relation to one another in a specific area of the world. It also acts as an interface for adding and configuring devices. Figure13:Map The map source can be either local or online. Local Siemens offers a map file that can be saved locally under RUGGEDCOM SAS-GW. This allows users to operate RUGGEDCOM SAS-GW within a private network that is separated from the Internet. Online The online map is taken from https://www.OpenStreetMap.org , a free and open-source world map. For information about how to use map, refer to Section3.3.3, Using the Map . CONTENTS Section3.8.1, Configuring Map Settings Section3.8.2, Using Local Maps 26 Configuring the Map RUGGEDCOM SAS-GW User Guide Section3.8.1 Configuring Map Settings Chapter 3 Using RUGGEDCOM SAS-GW To configure the source of the map and how often it is refreshed, do the following:
1. Point to Setup and then click Settings. The Update System Configuration screen appears. Configuring Map Settings 27 Chapter 3 Using RUGGEDCOM SAS-GW RUGGEDCOM SAS-GW User Guide 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 1819 20 21 22 23 Figure14:Update System Configuration Screen 1.Map Refresh Interval Box 2.SNMPv2 Read Community Box 3.SNMPv2 Write Community Box 4.Map Source List 5.Proxy Operational Status Box 6.User ID Box 7.FCC ID Box 8.CBSD Manufacturer Box 9.Call Sign Box 10.Radio Technology Box 11.Supported Specification Box 12.Sensing Capability Box 13.Twilio SID Box 14.Twilio Token Box 15.Twilio Phone Number Box 16.Time Zone List 17.Manual Operation List 18.SAS URL Box 19.SAS Device Certificate Box 20.SAS Device Key Box 21.SAS CA Certificate Box 22.Sector Down Upon SU Box 23.Apply Button 2. Under Map Source, select the map source. Options include:
28 Configuring Map Settings RUGGEDCOM SAS-GW User Guide Chapter 3 Using RUGGEDCOM SAS-GW Online The map is pulled from www.OpenStreetMap.org [https://www.openstreetmap.org]. Local The map is pulled from a local source. For information about using a local map, refer to Section3.8.2, Using Local Maps . 3. Depending on the source selected, do the following:
If Online was selected, define under Map Refresh Interval the interval in milliseconds (ms) at which the map will be refreshed. The default is 1000 ms. If Local was selected, install or update the local map. For more information, refer to Section3.8.2, Using Local Maps . 4. Click Apply. Section3.8.2 Using Local Maps To use a map that is saved locally under RUGGEDCOM SAS-GW, as opposed to an online version, do the following:
Submit a Support Request (SR) to Siemens Customer Support requesting the map file for RUGGEDCOM SAS-
1. GW. A link to the required file(s) will be provided. For more information about submitting SRs, refer to Customer Support . 2. Download the file(s) and follow any instructions provided by Siemens Customer Support. 3. Using a file transfer utility, such as WINSCP, transfer the file(s) to the RUGGEDCOM SAS-GW server under /
tiles. Log in to RUGGEDCOM SAS-GW. The map should display on the main screen. 4. Using Local Maps 29 Chapter 3 Using RUGGEDCOM SAS-GW RUGGEDCOM SAS-GW User Guide 30 Using Local Maps RUGGEDCOM SAS-GW User Guide Chapter 4 Configuring RUGGEDCOM SAS-GW Configuring RUGGEDCOM SAS-
GW This chapter describes how to configure user profiles, base stations and subscriber units in RUGGEDCOM SAS-GW. CONTENTS Section4.1, Configuring the Local Time Zone Section4.2, Configuring the SNMP Read/Write Communities Section4.3, Managing User Accounts Section4.4, Managing Base Stations Section4.5, Managing Subscriber Units Section4.1 Configuring the Local Time Zone The time zone where the RUGGEDCOM SAS-GW server resides must be defined if the SAS is in a different time zone. Log entries are timestamped with the current time zone and the current time provided by the server. To specify the local time zone where the base stations and subscriber stations managed by RUGGEDCOM SAS-GW reside, do the following:
1. Point to Setup and then click Settings. The Update System Configuration screen appears. Configuring the Local Time Zone 31 Chapter 4 Configuring RUGGEDCOM SAS-GW RUGGEDCOM SAS-GW User Guide 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 1819 20 21 22 23 Figure15:Update System Configuration Screen 1.Map Refresh Interval Box 2.SNMPv2 Read Community Box 3.SNMPv2 Write Community Box 4.Map Source List 5.Proxy Operational Status Box 6.User ID Box 7.FCC ID Box 8.CBSD Manufacturer Box 9.Call Sign Box 10.Radio Technology Box 11.Supported Specification Box 12.Sensing Capability Box 13.Twilio SID Box 14.Twilio Token Box 15.Twilio Phone Number Box 16.Time Zone List 17.Manual Operation List 18.SAS URL Box 19.SAS Device Certificate Box 20.SAS Device Key Box 21.SAS CA Certificate Box 22.Sector Down Upon SU Box 23.Apply Button 2. Under Time Zone, select the desired time zone. Options include:
32 Configuring the Local Time Zone Chapter 4 Configuring RUGGEDCOM SAS-GW RUGGEDCOM SAS-GW User Guide UTC UTC-4 UTC-5 UTC-6 UTC-7 UTC-8 UTC-9 UTC-10 UTC-11 3. Click Apply. Section4.2 Configuring the SNMP Read/Write Communities RUGGEDCOM SAS-GW uses SNMPv2 to poll and issue commands to base stations and their associated subscriber units. RUGGEDCOM SAS-GW and all registered devices must use the same read and write communities. To configure the SNMP read and write communities for RUGGEDCOM SAS-GW, do the following:
Point to Setup and then click Settings. The Update System Configuration screen appears. 1. Configuring the SNMP Read/Write Communities 33 Chapter 4 Configuring RUGGEDCOM SAS-GW RUGGEDCOM SAS-GW User Guide 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 1819 20 21 22 23 Figure16:Update System Configuration Screen 1.Map Refresh Interval Box 2.SNMPv2 Read Community Box 3.SNMPv2 Write Community Box 4.Map Source List 5.Proxy Operational Status Box 6.User ID Box 7.FCC ID Box 8.CBSD Manufacturer Box 9.Call Sign Box 10.Radio Technology Box 11.Supported Specification Box 12.Sensing Capability Box 13.Twilio SID Box 14.Twilio Token Box 15.Twilio Phone Number Box 16.Time Zone List 17.Manual Operation List 18.SAS URL Box 19.SAS Device Certificate Box 20.SAS Device Key Box 21.SAS CA Certificate Box 22.Sector Down Upon SU Box 23.Apply Button 2. Configure the following parameters:
34 Configuring the SNMP Read/Write Communities RUGGEDCOM SAS-GW User Guide Chapter 4 Configuring RUGGEDCOM SAS-GW Parameter SNMPv2 Read Community SNMPv2 Write Community Description Synopsis: A string Default: public The name of the SNMP read community. The community name must match the name used by all registered base stations and subscriber units. Synopsis: A string Default: private The name of the SNMP write community. The community name must match the name used by all registered base stations and subscriber units. 3. Click Apply. Section4.3 Managing User Accounts This section describes how to configure and manage user accounts in RUGGEDCOM SAS-GW. IMPORTANT!
User accounts can only be added or updated by admin users. CONTENTS Section4.3.1, Adding a User Account Section4.3.2, Updating a User Account Section4.3.3, Changing User Password Section4.3.4, Configuring SMS Alerts Section4.3.5, Removing a User Account Section4.3.6, Listing User Accounts Section4.3.1 Adding a User Account To add a new user account, do the following:
1. Point to User and click Add User. The Register New User screen appears. Managing User Accounts 35 Chapter 4 Configuring RUGGEDCOM SAS-GW RUGGEDCOM SAS-GW User Guide 1 2 3 4 5 6 7 8 Figure17:Add User Screen 1.User Name Box 2.Password Box 3.Re-Type Password Box 4.E-Mail Box 5.First Name Box 6.Last Name Box 7.Phone Box 8.Register Button 2. Configure the following parameters:
Parameter Description User Name Password Re-Type Password Synopsis: A string 5 to 25 characters long A unique name used by the user to log in to RUGGEDCOM SAS-GW. Synopsis: A string 8 to 50 characters long The password used by the user to log in to RUGGEDCOM SAS-GW. The password used by the user to log in to RUGGEDCOM SAS-GW. 3.
[Optional] Configure these additional parameters to define the user's contact information:
Parameter Description E-Mail First Name Last Name Phone 4. Click Register. The user's e-mail address. The user's first name. The user's last name. The user's phone number. This is required for the user to receive SMS alerts. 36 Adding a User Account RUGGEDCOM SAS-GW User Guide Chapter 4 Configuring RUGGEDCOM SAS-GW Section4.3.2 Updating a User Account To change a user's account settings, do the following:
Updating the Current User's Account 1. Point to Users and then click My Account. The Update My Account screen appears. 1 2 3 4 5 6 Figure18:Update My Account Screen 1.User Name Box 2.First Name Box 3.Last Name Box 4.Phone Box 5.E-Mail Box 6.Apply Button 2. Configure the following parameters:
Parameter Description First Name Last Name Phone E-Mail 3. Click Apply. The user's first name. The user's last name. The user's phone number. This is required for the user to receive SMS alerts. The user's e-mail address. Updating Another User's Account 1. Point to Users and then click All Users. The View All users screen appears. Updating a User Account 37 Chapter 4 Configuring RUGGEDCOM SAS-GW RUGGEDCOM SAS-GW User Guide 1 Figure19:View All Users Screen 1.Edit Hyperlnk 2. Click Edit. The Update Account screen appears. 1 2 3 4 5 6 7 9 8 Figure20:Update Account Screen 1.User Name 2.First Name Box 3.Last Name Box 4.Phone Box 5.E-Mail Box 6.Administrator List 7.Account Status List 8.Apply Button 9.Delete Button 3. Configure the following parameters:
38 Updating a User Account RUGGEDCOM SAS-GW User Guide First Name Last Name Phone E-Mail 4. Click Apply. Chapter 4 Configuring RUGGEDCOM SAS-GW Parameter Description The user's first name. The user's last name. The user's phone number. This is required for the user to receive SMS alerts. The user's e-mail address. Section4.3.3 Changing User Password To change the password associated with a user account, do the following:
Changing the Current User's Password 1. Point to Users and then click My Account. The Update My Account screen appears. Figure21:Update My Account Screen 2. Select the Password tab. The Password tab appears. Changing User Password 39 Chapter 4 Configuring RUGGEDCOM SAS-GW RUGGEDCOM SAS-GW User Guide 1 2 3 4 Figure22:Password Tab 1.Password Box 2.New Password Box 3.Confirm Password Box 4.Change Password Button NOTE Passwords must be between 8 and 50 characters. 3. Under Password, enter the current password. 4. Under New Password and Confirm Password, enter the new password. 5. Click Change Password. Changing Another User's Password 1. Point to Users and then click All Users. The View All users screen appears. 40 Changing User Password RUGGEDCOM SAS-GW User Guide Chapter 4 Configuring RUGGEDCOM SAS-GW 1 Figure23:View All Users Screen 1.Edit Hyperlnk 2. Click Edit. The Update Account screen appears. Figure24:Update Account Screen 3. Select the Password tab. The Password tab appears. Changing User Password 41 Chapter 4 Configuring RUGGEDCOM SAS-GW RUGGEDCOM SAS-GW User Guide 1 2 3 Figure25:Password Tab 1.New Password Box 2.Confirm Password Box 3.Change Password Button NOTE Passwords must be between 8 and 50 characters. 4. Under New Password and Confirm Password, enter the new password. 5. Click Change Password. Section4.3.4 Configuring SMS Alerts Individual user profiles can be configured to receive Short Message Service (SMS) alerts from RUGGEDCOM SAS-
GW when specific events occur during operation. All alerts are sent via text message to the user's phone number. By default, SMS alerts are disabled for each new user profile. To configure SMS alerts for a specific user profile, do the following:
IMPORTANT!
SMS alerts must be enabled before they are configured. For more information, refer to Section2.4, Enabling SMS Alerts . 1. Point to Users and then click either My Account to edit the current profile, or open the View All Users list and click Edit next to the desired user profile. For more information about accessing the View All Users list, refer to Section4.3.6, Listing User Accounts . The My Account or Update Account screen appears. 42 Configuring SMS Alerts RUGGEDCOM SAS-GW User Guide Chapter 4 Configuring RUGGEDCOM SAS-GW Figure26:Update Account Screen (Example) 2. Select the SMS Alerts tab. The SMS Alerts tab appears. Configuring SMS Alerts 43 Chapter 4 Configuring RUGGEDCOM SAS-GW RUGGEDCOM SAS-GW User Guide 1 2 3 Figure27:SMS Alerts Tab (Example) 1.SMS Notification List 2.Event Notification Registation Options 3.Apply Button 3. Under SMS Notification, select Enabled. 4. Under Event Notification Registation, select the events that will trigger SMS alerts. For more information about each event, refer to Section5.5, Tracked Events . 5. Click Apply. Section4.3.5 Removing a User Account To remove a user account, do the following:
1. Point to Users and then click All Users. The View All users screen appears. 44 Removing a User Account RUGGEDCOM SAS-GW User Guide Chapter 4 Configuring RUGGEDCOM SAS-GW 1 Figure28:View All Users Screen 1.Edit Hyperlnk 2. Click Edit. The Update Account screen appears. 1 2 3 4 5 6 7 9 8 Figure29:Update Account Screen 1.User Name 2.First Name Box 3.Last Name Box 4.Phone Box 5.E-Mail Box 6.Administrator List 7.Account Status List 8.Apply Button 9.Delete Button 3. Click Delete. A confirmation message appears. Removing a User Account 45 Chapter 4 Configuring RUGGEDCOM SAS-GW 4. Click Yes. Section4.3.6 Listing User Accounts RUGGEDCOM SAS-GW User Guide To view a list of user accounts configured for RUGGEDCOM SAS-GW, point to User and then click All Users. The View All Users screen appears. Figure30:View All Users Screen This screen displays the following information about each user:
Column ID User Name Account State Name E-Mail Address Last Sign In Time Description A numeric identifier assigned automatically to the user. The user's user name. The user's current state. Active indicates the user is currently logged in. The user's first and last name. The user's e-mail address. The date and time when the user last logged on. Section4.4 Managing Base Stations This section describes how to configure and manage base stations in RUGGEDCOM SAS-GW. CONTENTS Section4.4.1, Adding a Base Station Section4.4.2, Updating a Base Station's Configuration Section4.4.3, Updating a Base Station's Location Section4.4.4, Updating a Base Station's Antenna Characteristics 46 Listing User Accounts RUGGEDCOM SAS-GW User Guide Chapter 4 Configuring RUGGEDCOM SAS-GW Section4.4.5, Updating SNMP Settings Section4.4.6, Updating CPI Information Section4.4.7, Removing a Base Station Section4.4.8, Viewing Available Base Stations Section4.4.9, Viewing the Measurements Report Section4.4.10, Viewing the SAS Registration Information Section4.4.1 Adding a Base Station To add a new base station to RUGGEDCOM SAS-GW, do the following:
1. Point to Setup and then click Add BS. The Create New Base Station screen appears. Adding a Base Station 47 Chapter 4 Configuring RUGGEDCOM SAS-GW RUGGEDCOM SAS-GW User Guide 1 2 3 4 5 6 7 8 9 10 11 12 14 13 Figure31:Create New Base Station Screen 1.BST Name Box 2.IP Address Box 3.Frequency Start Box 4.Frequency Stop Box 5.Serial Number 6.BST Max Tx Power Box 7.BST Max EIRP Box 8.SAS Control List 9.Report Measurements to SAS List 10.CBSD Device Category List 11.CBSD Group List 12.Apply Button 13.Fetch Data Button 14.Fetch Installation Parameters Button 2. Configure the following parameters. Parameter Description BST Name IP Address Synopsis: A string A unique name for the base station. Synopsis: An IPv4 address The base station's IP address. 48 Adding a Base Station RUGGEDCOM SAS-GW User Guide Parameter SAS Control Chapter 4 Configuring RUGGEDCOM SAS-GW Description Synopsis: { Enabled, Disabled, Off the Grid }
Default: Enabled Defines how RUGGEDCOM SAS-GW will handle the base station. Options include:
Enabled The base station will be reported to the SAS. Disabled The base station will not be reported to the SAS. However, RUGGEDCOM SAS-GW will still query the device for its status. Off the Grid The base station will not be registered or queried. Any subscriber units connected to the base station will also be unknown to RUGGEDCOM SAS-GW. 3. Select the SNMP tab. The SNMP tab appears. 1 2 3 4 6 5 Figure32:SNMP Tab 1.SNMP Version List 2.V2c Read Community Box 3.V2c Write Community Box 4.Apply Button 5.Fetch Data Button 6.Fetch Installation Parameters Button 4. Configure the following parameters:
Parameter SNMP Version V2c Read Community Description Synopsis: { SNMPv2c, SNMPv3-NA }
Default: SNMPv2c The version of SNMP used by the base station. Synopsis: A string Default: public The name of the SNMP read community. Adding a Base Station 49 Chapter 4 Configuring RUGGEDCOM SAS-GW RUGGEDCOM SAS-GW User Guide Parameter Description V2c Write Community The community name must match the name defined in the base station's SNMP configuration. Synopsis: A string Default: private The name of the SNMP write community. The community name must match the name defined in the base station's SNMP configuration. 5. Click Apply. 6. Click Fetch Data. RUGGEDCOM SAS-GW begins polling the base station for select information. 7. Review each tab and verify the values of each parameter. Section4.4.2 Updating a Base Station's Configuration To update the configuration of a base station, do the following:
1. Left-click the base station on the map and then click Edit, or open the View All Base Stations list and click Edit next to the desired base station. For information about accessing the View All Base Stations list, refer to Section4.4.8, Viewing Available Base Stations . 1 2 Figure33:Editing a Base Station from the Map Once clicking Edit, the Update Base Station screen appears. 50 Updating a Base Station's Configuration RUGGEDCOM SAS-GW User Guide Chapter 4 Configuring RUGGEDCOM SAS-GW 1 2 3 4 5 6 7 8 9 10 11 14 12 13 Figure34:Update Base Station Screen 1.BST Name Box 2.IP Address Box 3.Frequency Start Box 4.Frequency Stop Box 5.Serial Number 6.BST Max Tx Power Box 7.BST Max EIRP Box 8.SAS Control List 9.Report Measurements to SAS List 10.CBSD Device Category List 11.CBSD Group List 12.Apply Button 13.Delete Button 14.Deregister from SAS Button 2. On the General tab, update the following parameters as needed:
Parameter Description BST Name IP Address Synopsis: A string A unique name for the base station. Synopsis: An IPv4 address The base station's IP address. Updating a Base Station's Configuration 51 Chapter 4 Configuring RUGGEDCOM SAS-GW RUGGEDCOM SAS-GW User Guide Parameter Description Frequency Start Frequency Stop Serial Number BST Max Tx Power BST Max EIRP SAS Control Synopsis: A number between 3550000 and 37700000 The low value of the frequency bandwidth, measured in kilohertz (KHz), in which the base station operates. Synopsis: A number between 3550000 and 37700000 The high value of the frequency bandwidth, measured in kilohertz (KHz), in which the base station operates. Synopsis: A string The serial number assigned to the base station by the vendor. Synopsis: A number between 17 and 27 The maximum transmission (Tx) power in dBm/10 MHz. Synopsis: A number The maximum EIRP, measured in decibels-per-minute/megahertz (dBm/MHz) permitted by the grant. Synopsis: { Enabled, Disabled, Off the Grid }
Default: Enabled Defines how RUGGEDCOM SAS-GW will handle the base station. Options include:
Enabled The base station will be reported to the SAS. Disabled The base station will not be reported to the SAS. However, RUGGEDCOM SAS-GW will still query the device for its status. Off the Grid The base station will not be registered or queried. Any subscriber units connected to the base station will also be unknown to RUGGEDCOM SAS-GW. Report Measurements to SAS Synopsis: { No Reports, Report after Grant }
Default: Report after Grant Controls whether the received power measurement is reported to the SAS. Options include:
No Reports No reports are sent to the SAS Report after Grant Power measurement is reported when spectrum has been granted CBSD Category CBSD Group Synopsis: { a, b }
Default: a The CBSD category that applies to all devices behind the RUGGEDCOM SAS-GW. Options include:
a Category A CBSDs are lower power devices that meet all general FCC requirements and those set forth in sections 96.41 and 96.45 of the FCC's Code of Federal Regulations (CFR) b Category B CBSDs are higher power devices that meet all general FCC requirements and those set forth in sections 96.41 and 96.45 of the FCC's Code of Federal Regulations (CFR) IMPORTANT!
When a is selected, information about the device installer is required. For more information, refer to Section4.4.6, Updating CPI Information . Synopsis: { Disabled, Enabled }
Default: Disabled Controls whether grouping parameters are sent with registration requests. Options include:
Disabled Registration requests are sent to the SAS without grouping parameters Enabled Registration requests are sent to the SAS with grouping parameters 52 Updating a Base Station's Configuration RUGGEDCOM SAS-GW User Guide 3. Click Apply. Section4.4.3 Updating a Base Station's Location To define a base station's location, do the following:
Chapter 4 Configuring RUGGEDCOM SAS-GW NOTE RUGGEDCOM SAS-GW automatically polls each base station for its current GPS coordinates and updates its database when a change occurs. Coordinates that are manually entered will be overwritten if they do not match the base station's actual GPS coordinates. 1. Left-click the base station on the map and then click Edit, or open the View All Base Stations list and click Edit next to the desired base station. For information about accessing the View All Base Stations list, refer to Section4.4.8, Viewing Available Base Stations . 1 2 Figure35:Editing a Base Station from the Map Once clicking Edit, the Update Base Station screen appears. Updating a Base Station's Location 53 Chapter 4 Configuring RUGGEDCOM SAS-GW RUGGEDCOM SAS-GW User Guide Figure36:Update Base Station Screen 2. Select the Location tab. The Location tab appears. 54 Updating a Base Station's Location RUGGEDCOM SAS-GW User Guide Chapter 4 Configuring RUGGEDCOM SAS-GW 1 2 3 4 5 8 6 7 Figure37:Location Tab 1.Location Latitude Box 2.Location Longitude Box 3.Location Height Box 4.Height Type List 5.Indoor Deployment List 6.Apply Button 7.Delete Button 8.Deregister from SAS Button 3. Update the following parameters as needed:
Parameter Description Location Latitude Location Longitude Location Height Height Type Indoor Deployment Latitudinal position of the base station's antenna in degrees (), relative to the World Geodetic System (WGS) 1984 datum. Longitudinal position of the base station's antenna in degrees (), relative to the World Geodetic System (WGS) 1984 datum. The height of the base station's antenna above ground level in meters (m). Synopsis: { AGL, AMSL }
Default: AGL Indicates whether the height was measure relative to ground level or sea level. Options include:
AGL Above Ground Level (AGL) indicates the height was measure relative to ground AMSL Above Mean Sea Level (AMSL) indicates the height was measure relative to sea level level Synopsis: { False, True }
Default: False Indicates whether or not the device is operated indoors or outdoors. Options include:
False The device is operated outdoors True The device is operated indoors Updating a Base Station's Location 55 Chapter 4 Configuring RUGGEDCOM SAS-GW 4. Click Apply. RUGGEDCOM SAS-GW User Guide Section4.4.4 Updating a Base Station's Antenna Characteristics To update the charactistics of the antenna installed on a base station, do the following:
1. Left-click the base station on the map and then click Edit, or open the View All Base Stations list and click Edit next to the desired base station. For information about accessing the View All Base Stations list, refer to Section4.4.8, Viewing Available Base Stations . 1 2 Figure38:Editing a Base Station from the Map Once clicking Edit, the Update Base Station screen appears. 56 Updating a Base Station's Antenna Characteristics RUGGEDCOM SAS-GW User Guide Chapter 4 Configuring RUGGEDCOM SAS-GW Figure39:Update Base Station Screen 2. Select the Antenna tab. The Antenna tab appears. Updating a Base Station's Antenna Characteristics 57 Chapter 4 Configuring RUGGEDCOM SAS-GW RUGGEDCOM SAS-GW User Guide 1 2 3 4 5 6 9 7 8 Figure40:Update Base Station Screen 1.Antenna Azimuth Box 2.Antenna Downtilt Box 3.Gain Box 4.Antenna Type List 5.Beam Width Box 6.Model Box 7.Apply Button 8.Delete Button 9.Deregister from SAS Button 3. Update the following parameters as needed:
Parameter Antenna Azimuth Antenna Downdrift Gain Antenna Type Beam Width Description Synopsis: A number between 0 and 359 The angle between true north and the perpendicular projection of the base station onto the horizon. Synopsis: A number between -90 and +90 The degree of beamtilt compared to the horizon. A negative value means the antenna is tilted up (above horizontal). Synopsis: A number between -127 and +128 The antenna's peak gain, measured on the decibel logarithmic scale (dBi). Synopsis: { Omni, Directional }
Default: Omni The type of antenna used by the subscriber unit. Options include:
Omni Omni-directional antenna Directional Directional antenna Synopsis: A number between 0 and 360 The width of the antenna's beam, measured in degrees (), on the horizontal-plane. A value of 360 means the antenna has an omni-directional radiation pattern in the horizontal plane. 58 Updating a Base Station's Antenna Characteristics RUGGEDCOM SAS-GW User Guide Chapter 4 Configuring RUGGEDCOM SAS-GW 4.
[Optional] Configure the following additional parameter:
Parameter Model Description Synopsis: A string between 1 and 128 characters The platform name or part number of the antenna (e.g. WIN7237). 5. Click Apply. Section4.4.5 Updating SNMP Settings The Simple Network Management Protocol (SNMP) allows SNMP managers to monitor and manage devices on their IP network. In the case of RUGGEDCOM SAS-GW, SNMP allows base stations and their subscriber units to send information to RUGGEDCOM SAS-GW about important events related to their status. RUGGEDCOM SAS-GW can also query devices for specific information and modify their configurations (e.g. enable/disable transmission). NOTE For information about traps sent by the base and subscriber units, refer to the base or subscriber unit's user documentation. RUGGEDCOM SAS-GW specifically supports SNMPv2c, a variant of SNMPv2 that features community string-based authentication. Read-only access is granted if the RUGGEDCOM SAS-GW belongs to the SNMP read community. Full read/write access is granted if RUGGEDCOM SAS-GW belongs to the SNMP write community. To update the SNMP settings for a specific base station, do the following:
1. Left-click the base station on the map and then click Edit, or open the View All Base Stations list and click Edit next to the desired base station. For information about accessing the View All Base Stations list, refer to Section4.4.8, Viewing Available Base Stations . Updating SNMP Settings 59 Chapter 4 Configuring RUGGEDCOM SAS-GW RUGGEDCOM SAS-GW User Guide 1 2 Figure41:Editing a Base Station from the Map Once clicking Edit, the Update Base Station screen appears. 60 Updating SNMP Settings RUGGEDCOM SAS-GW User Guide Chapter 4 Configuring RUGGEDCOM SAS-GW Figure42:Update Base Station Screen 2. Select the SNMP tab. The SNMP tab appears. Updating SNMP Settings 61 Chapter 4 Configuring RUGGEDCOM SAS-GW RUGGEDCOM SAS-GW User Guide 1 2 3 6 4 5 Figure43:SNMP Tab 1.SNMP Version List 2.V2c Read Community Box 3.V2c Write Community Box 4.Apply Button 5.Delete Button 6.Deregister from SAS Button 3. Update the following parameters as needed:
Parameter SNMP Version V2c Read Community V2c Write Community 4. Click Apply. Description Synopsis: { SNMPv2c, SNMPv3-NA }
Default: SNMPv2c The version of SNMP used by the base station. Synopsis: A string Default: public The name of the SNMP read community. The community name must match the name defined in the base station's SNMP configuration. Synopsis: A string Default: private The name of the SNMP write community. The community name must match the name defined in the base station's SNMP configuration. 62 Updating SNMP Settings RUGGEDCOM SAS-GW User Guide Section4.4.6 Updating CPI Information Chapter 4 Configuring RUGGEDCOM SAS-GW All Category A devices must indicate to the SAS if they will be operated indoors or outdoors. If this information is relayed by a Certified Professional Installer (CPI), information about the installer must be defined. To indicate whether or not the required information will be relayed by a CPI, do the following:
1. Left-click the base station on the map and then click Edit, or open the View All Base Stations list and click Edit next to the desired base station. For information about accessing the View All Base Stations list, refer to Section4.4.8, Viewing Available Base Stations . 1 2 Figure44:Editing a Base Station from the Map Once clicking Edit, the Update Base Station screen appears. Updating CPI Information 63 Chapter 4 Configuring RUGGEDCOM SAS-GW RUGGEDCOM SAS-GW User Guide Figure45:Update Base Station Screen 2. Select the CPI tab. The CPI tab appears. 64 Updating CPI Information RUGGEDCOM SAS-GW User Guide Chapter 4 Configuring RUGGEDCOM SAS-GW 1 2 3 4 5 6 8 7 Figure46:CPI Tab 1.CPI List 2.CPI ID Box 3.CPI Name Box 4.Install Certification Time Box 5.CPI Certificate Private Key Box 6.Apply Button 7.Delete Button 8.Deregister from SAS Button 3. Under CPI, select one of the following options:
Disabled The information is not relayed by a CPI Enabled The information is relayed by a CPI If Disabled is selected, skip the next step. 4. Configure the following remaining parameters:
Parameter Description CPI ID CPI Name Install Certification Time CPI Certificate Privatization Key 5. Click Apply. Synopsis: A string of up to 256 characters The ID of the CPI providing the information to the SAS. Synopsis: A string of up to 256 characters The name of the CPI providing the information to the SAS. The UTC date and time when the CPI installed the device. The value must be defined in the form of YYYY-MM-DDThh:mm:ssZ. For example: 2018-01-01T00:00:00Z The path on the device to the certificate private key file. Updating CPI Information 65 Chapter 4 Configuring RUGGEDCOM SAS-GW Section4.4.7 Removing a Base Station RUGGEDCOM SAS-GW User Guide To remove a base station from RUGGEDCOM SAS-GW, do the following:
1. Left-click the subscriber unit on the map and then click Edit. The Update Base Station screen appears. 1 2 3 4 5 6 7 8 9 10 11 14 12 13 Figure47:Update Base Station Screen 1.BST Name Box 2.IP Address Box 3.Frequency Start Box 4.Frequency Stop Box 5.Serial Number 6.BST Max Tx Power Box 7.BST Max EIRP Box 8.SAS Control List 9.Report Measurements to SAS List 10.CBSD Device Category List 11.CBSD Group List 12.Apply Button 13.Delete Button 14.Deregister from SAS Button 2. Click Delete. A confirmation dialog box appears. 66 Removing a Base Station RUGGEDCOM SAS-GW User Guide Chapter 4 Configuring RUGGEDCOM SAS-GW 3. Click OK. RUGGEDCOM SAS-GW begins de-registering the base station from the SAS and removing it from the configuration. Allow a few minutes for the process to complete. Section4.4.8 Viewing Available Base Stations To view a summary of all base stations, do the following:
Point to Setup and then click All BS. The View All Base Stations screen appears. 4 1 2 3 Figure48:View All Base Stations Screen 1.Available Base Stations 2.Select Check Box 3.Name Link 4.Edit Link This table displays the following information for each base station:
Column Name IP Address Connected CPEs Status SAS Status Description The name assigned to the base station. The name is hyperlnked. Click the name to view all subscriber units connected to the base station. For more information, refer to Section4.5.7, Viewing Available Subscriber Units . The base station's IP address. The number of subscriber units connected to the base station. For more information about how to view a summary of all subscriber units connected to a base station, refer to Section4.5.7, Viewing Available Subscriber Units . The base station's current state. Operational The base station is connected and in full operation Unreachable The base station is not responding to queries Connected The base station is connected, but not transmitting NA The default value of new base stations that have not been configured yet in RUGGEDCOM SAS-
GW The base station's current status with the SAS. registered The device is registered with the SAS granted The SAS granted the last spectrum request granted_failed The SAS denied the last spectrum request hb_ok The SAS is operating normally hb_failed The SAS is not in operation relinquished The SAS accepted the last relinquish request Viewing Available Base Stations 67 Chapter 4 Configuring RUGGEDCOM SAS-GW RUGGEDCOM SAS-GW User Guide Column Location Description relinquished_failed The SAS denied the last relinquish request unregistered The device is not registered with the SAS register_failed The SAS denied the last registration request configuration_error An error has been detected in the SAS's configuration The base station's latitude and longitude. Section4.4.9 Viewing the Measurements Report The measurements report provides information to the SAS about the power received by the device. To view the measurements report, do the following:
1. Left-click the base station on the map and then click Edit, or open the View All Base Stations list and click Edit next to the desired base station. For information about accessing the View All Base Stations list, refer to Section4.4.8, Viewing Available Base Stations . 1 2 Figure49:Editing a Base Station from the Map Once clicking Edit, the Update Base Station screen appears. 68 Viewing the Measurements Report RUGGEDCOM SAS-GW User Guide Chapter 4 Configuring RUGGEDCOM SAS-GW Figure50:Update Base Station Screen 2. Select the Measurements Report tab. The Measurements Report tab appears. Viewing the Measurements Report 69 Chapter 4 Configuring RUGGEDCOM SAS-GW RUGGEDCOM SAS-GW User Guide 1 4 2 3 Figure51:Measurements Report Tab 1.Received Power 2.Apply Button 3.Delete Button 4.Deregister from SAS Button The Received Power parameter indicates the power measured and reported to the SAS after spectrum has been granted to the base station. The number represents the average of the uplink RSSI value reported by all subscriber stations connected to a base station. Section4.4.10 Viewing the SAS Registration Information To view information about the current registration with the SAS, do the following:
1. Left-click the base station on the map and then click Edit, or open the View All Base Stations list and click Edit next to the desired base station. For information about accessing the View All Base Stations list, refer to Section4.4.8, Viewing Available Base Stations . 70 Viewing the SAS Registration Information RUGGEDCOM SAS-GW User Guide Chapter 4 Configuring RUGGEDCOM SAS-GW 1 2 Figure52:Editing a Base Station from the Map Once clicking Edit, the Update Base Station screen appears. Viewing the SAS Registration Information 71 Chapter 4 Configuring RUGGEDCOM SAS-GW RUGGEDCOM SAS-GW User Guide Figure53:Update Base Station Screen 2. Select the SAS Registration Info tab. The Location tab appears. 72 Viewing the SAS Registration Information RUGGEDCOM SAS-GW User Guide Chapter 4 Configuring RUGGEDCOM SAS-GW 1 2 3 4 5 6 7 8 10 9 Figure54:SAS Registration Info Tab 1.CBSD Status 2.CBSD ID 3.Grant ID 4.Grant Expired Time 5.Transmit Expired Time 6.Available Channel Start 7.Available Channel Stop 8.Apply Button 9.Delete Button 10.Deregister from SAS Button The SAS Registration Info tab displays the following information:
Parameter CBSD Status CBSD ID Grant ID Grant Expired Time Transmit Expired Time Available Channel Start Description The current status of the device. Possible values include:
Registered The device is registered with the SAS Granted The SAS granted the last spectrum request HB OK The SAS is operating normally Unregistered The device is not registered with the SAS The CBRS-wide unique identifier given to the device by the SAS. An ID given to the device by the SAS for the duration of the current grant. The date and time when the current grant is set to expire. The date and time when permission to transmit expires. The device will stop transmitting 60 seconds after this time. The lowest channel in the Spectrum Inquiry Response granted by the SAS. Viewing the SAS Registration Information 73 Chapter 4 Configuring RUGGEDCOM SAS-GW RUGGEDCOM SAS-GW User Guide Parameter Description Available Channel Stop The highest channel in the Spectrum Inquiry Response granted by the SAS. Section4.5 Managing Subscriber Units This section describes how to configure and manage subscriber units in RUGGEDCOM SAS-GW. CONTENTS Section4.5.1, Adding a Subscriber Unit Section4.5.2, Updating a Subscriber Unit's Configuration Section4.5.3, Updating a Subscriber Unit's Location Section4.5.4, Updating a Subscriber Unit's Antenna Characteristics Section4.5.5, Updating the Frequency Spectrum Section4.5.6, Removing a Subscriber Unit Section4.5.7, Viewing Available Subscriber Units Section4.5.1 Adding a Subscriber Unit RUGGEDCOM SAS-GW supports up to 20 subscriber units per base station. NOTE To limit over-the-air traffic, all communications between RUGGEDCOM SAS-GW and subscriber units are routed through the subscriber unit's associated base station. As such, a subscriber unit cannot be added to RUGGEDCOM SAS-GW on its own. Its associated base station must be added as well and linked to the subscriber unit. To add a subscriber unit, do the following:
1. Add the subscriber unit. a. Point to Setup and then click Add SS. A blue object representing the new subscriber unit appears at the end of the cursor. NOTE If the position of the subscriber unit is not exact, this can be modified later by updating the station's coordinates. For more information, refer to Section4.5.3, Updating a Subscriber Unit's Location . b. Position the subscriber unit on the map in the desired location and then left-click. A pop-up dialog box appears. 74 Managing Subscriber Units RUGGEDCOM SAS-GW User Guide Chapter 4 Configuring RUGGEDCOM SAS-GW 1 2 Figure55:Adding a Subscriber Unit c. Click Create. The Create New Subscriber Unit screen appears. 1 2 3 4 5 6 7 Figure56:Create New Subscriber Unit 1.CPE Name Box 2.IP Address Box 3.MAC Address Box 4.Serial Number Box 5.SS Max Tx Power Box 6.SS Max EIRP Box 7.SAS Control List 8.Report Measurements to SAS List 9.CBSD Device Category List 10.CBSD Group List 11.Apply Button d. Configure the following paramters:
Adding a Subscriber Unit 75 Chapter 4 Configuring RUGGEDCOM SAS-GW RUGGEDCOM SAS-GW User Guide Parameter Description CPE Name IP Address MAC Address Serial Number SU Max Tx Power SU Max EIRP SAS Control Report Measurements to SAS CBSD Category CBSD Group Synopsis: A string A unique name for the subscriber unit. Synopsis: An IPv4 address The subscriber unit's IP address. Synopsis: A string The subscriber unit's MAC address. Synopsis: A string The serial number assigned to the subscriber unit by the vendor. Synopsis: A number between 17 and 27 The maximum transmission (Tx) power in dBm/10 MHz. Synopsis: A number The maximum EIRP, measured in decibels-per-minute/megahertz (dBm/MHz) permitted by the grant. Synopsis: { Enabled, Disabled, Off the Grid }
Default: Enabled Defines how RUGGEDCOM SAS-GW will handle the subscriber unit. Options include:
Enabled The subscriber unit will be reported to the SAS. Disabled The subscriber unit will not be reported to the SAS. However, RUGGEDCOM SAS-GW will still query the device for its status. Off the Grid The subscriber unit will not be registered or queried. Synopsis: { No Reports, Report after Grant }
Default: Report after Grant Controls whether the received power measurement is reported to the SAS. Options include:
No Reports No reports are sent to the SAS Report after Grant Power measurement is reported when spectrum has been granted Synopsis: { a, b }
Default: a The CBSD category that applies to all devices behind the RUGGEDCOM SAS-GW. Options include:
a Category A CBSDs are lower power devices that meet all general FCC requirements and those set forth in sections 96.41 and 96.45 of the FCC's Code of Federal Regulations (CFR) b Category B CBSDs are higher power devices that meet all general FCC requirements and those set forth in sections 96.41 and 96.45 of the FCC's Code of Federal Regulations (CFR) IMPORTANT!
When a is selected, information about the device installer is required. For more information, refer to Section4.4.6, Updating CPI Information . Synopsis: { Disabled, Enabled }
Default: Disabled Controls whether grouping parameters are sent with registration requests. Options include:
Disabled Registration requests are sent to the SAS without grouping parameters 76 Adding a Subscriber Unit RUGGEDCOM SAS-GW User Guide Chapter 4 Configuring RUGGEDCOM SAS-GW Parameter Description Enabled Registration requests are sent to the SAS with grouping parameters 2. Click Apply. e.
[Optional] Set the latitudinal and longitudinal coordinates. a. Click Location. The Location tab appears. 1 2 3 4 Figure57:Location Tab 1.Location Latitude Box 2.Location Longitude Box 3.Location Height Box 4.Height Type List 5.Indoor Deployment List 6.Apply Button b. Configure the following parameters:
Parameter Description Location Latitude Location Longitude Location Height Height Type Indoor Deployment Latitudinal position of the subscriber unit's antenna in degrees (), relative to the World Geodetic System (WGS) 1984 datum. Longitudinal position of the subscriber unit's antenna in degrees (), relative to the World Geodetic System (WGS) 1984 datum. The height of the subscriber unit's antenna above ground level in meters (m). Synopsis: { AGL, AMSL }
Default: AGL Indicates whether the height was measure relative to ground level or sea level. Options include:
AGL Above Ground Level (AGL) indicates the height was measure relative to AMSL Above Mean Sea Level (AMSL) indicates the height was measure relative to ground level sea level Synopsis: { False, True }
Default: False Indicates whether or not the device is operated indoors or outdoors. Options include:
False The device is operated outdoors Adding a Subscriber Unit 77 Chapter 4 Configuring RUGGEDCOM SAS-GW RUGGEDCOM SAS-GW User Guide Parameter True The device is operated indoors Description c. Click Apply. 3. Define the characteristics of the subscriber unit's antenna. a. Click Antenna. The Antenna tab appears. 1 2 3 4 5 6 7 Figure58:Antenna Tab 1.Antenna Azimuth Box 2.Antenna Downtilt Box 3.Gain Box 4.Antenna Type List 5.Beam Width Box 6.Model Box 7.Apply Button b. Update the following parameters as needed:
Parameter Antenna Azimuth Antenna Downdrift Gain Antenna Type Description Synopsis: A number between 0 and 359 The angle between true north and the perpendicular projection of the subscriber unit onto the horizon. Synopsis: A number between -90 and 90 The degree of beamtilt compared to the horizon. A negative value means the antenna is tilted up (above horizontal). Synopsis: A number between -127 and 128 The antenna's peak gain, measured on the decibel logarithmic scale (dBi). Synopsis: { Omni, Directional }
Default: Omni The type of antenna used by the subscriber unit. Options include:
Omni Omni-directional antenna 78 Adding a Subscriber Unit RUGGEDCOM SAS-GW User Guide Chapter 4 Configuring RUGGEDCOM SAS-GW Beam Width Parameter Description Directional Directional antenna Synopsis: A number between 0 and 360 The width of the antenna's beam, measured in degrees (), on the horizontal-plane. A value of 360 means the antenna has an omni-directional radiation pattern in the horizontal plane. c.
[Optional] Configure the following additional parameter:
Parameter Model Description Synopsis: A string between 1 and 128 characters The platform name or part number of the antenna (e.g. WIN5137). d. Click Apply. 4. Define the frequency spectrum. a. Click Antenna. The Antenna tab appears. 1 2 3 Figure59:Antenna Tab 1.Frequency Start Box 2.Frequency Stop Box 3.Apply Button b. Configure the following parameters:
Parameter Description Frequency Start Frequency Stop c. Click Apply. Synopsis: A number between 3550000 and 37700000 The low value of the frequency bandwidth, measured in kilohertz (KHz), in which the subscriber unit operates. Synopsis: A number between 3550000 and 37700000 The high value of the frequency bandwidth, measured in kilohertz (KHz), in which the subscriber unit operates. Adding a Subscriber Unit 79 Chapter 4 Configuring RUGGEDCOM SAS-GW RUGGEDCOM SAS-GW User Guide Section4.5.2 Updating a Subscriber Unit's Configuration To update the configuration of a subscriber unit, do the following:
1. Left-click the subscriber unit on the map and then click Edit. The Update SU screen appears. 1 2 Figure60:Editing a Subscriber Unit from the Map 80 Updating a Subscriber Unit's Configuration RUGGEDCOM SAS-GW User Guide Chapter 4 Configuring RUGGEDCOM SAS-GW 1 2 3 4 5 6 8 7 Figure61:Update SU Screen 1.CPE Name Box 2.IP Address Box 3.MAC Address Box 4.Serial Number Box 5.SS Max Tx Power Box 6.SS Max EIRP Box 7.SAS Control List 8.Report Measurements to SAS List 9.CBSD Device Category List 10.CBSD Group List 11.Apply Button 12.Delete Button 2. On the General tab, update the following parameters as needed:
Parameter Description SU Name IP Address MAC Address Serial Number SU Max Tx Power SU Max EIRP SAS Control Synopsis: A string A unique name for the subscriber station. Synopsis: An IPv4 address The subscriber station's IP address. Synopsis: A string The subscriber station's MAC address. Synopsis: A string The serial number assigned to the subscriber station by the vendor. Synopsis: A number between 17 and 27 The maximum transmission (Tx) power in dBm/10 MHz. Synopsis: A number The maximum EIRP, measured in decibels-per-minute/megahertz (dBm/MHz) permitted by the grant. Synopsis: { Enabled, Disabled, Off the Grid }
Default: Enabled Updating a Subscriber Unit's Configuration 81 Chapter 4 Configuring RUGGEDCOM SAS-GW RUGGEDCOM SAS-GW User Guide Parameter Description Defines how RUGGEDCOM SAS-GW will handle the subscriber unit. Options include:
Enabled The subscriber unit will be reported to the SAS. Disabled The subscriber unit will not be reported to the SAS. However, RUGGEDCOM SAS-GW will still query the device for its status. Off the Grid The subscriber unit will not be registered or queried. Synopsis: { No Reports, Report after Grant }
Default: Report after Grant Controls whether the received power measurement is reported to the SAS. Options include:
No Reports No reports are sent to the SAS Report after Grant Power measurement is reported when spectrum has been granted Synopsis: { a, b }
Default: a The CBSD category that applies to all devices behind the RUGGEDCOM SAS-GW. Options include:
a Category A CBSDs are lower power devices that meet all general FCC requirements and those set forth in sections 96.41 and 96.45 of the FCC's Code of Federal Regulations (CFR) b Category B CBSDs are higher power devices that meet all general FCC requirements and those set forth in sections 96.41 and 96.45 of the FCC's Code of Federal Regulations (CFR) IMPORTANT!
When a is selected, information about the device installer is required. For more information, refer to Section4.4.6, Updating CPI Information . Synopsis: { Disabled, Enabled }
Default: Disabled Controls whether grouping parameters are sent with registration requests. Options include:
Disabled Registration requests are sent to the SAS without grouping parameters Enabled Registration requests are sent to the SAS with grouping parameters Report Measurements to SAS CBSD Category CBSD Group 3. Click Apply. Section4.5.3 Updating a Subscriber Unit's Location To define a subscriber unit's location, do the following:
1. Left-click the subscriber unit on the map and then click Edit. The Update SU screen appears. 82 Updating a Subscriber Unit's Location RUGGEDCOM SAS-GW User Guide Chapter 4 Configuring RUGGEDCOM SAS-GW 1 2 Figure62:Editing a Subscriber Unit from the Map Figure63:Update SU Screen 2. Select the Location tab. The Location tab appears. Updating a Subscriber Unit's Location 83 Chapter 4 Configuring RUGGEDCOM SAS-GW RUGGEDCOM SAS-GW User Guide 1 2 3 5 4 Figure64:Location Tab 1.Location Latitude Box 2.Location Longitude Box 3.Location Height Box 4.Height Type List 5.Indoor Deployment List 6.Apply Button 7.Delete Button 3. Update the following parameters as needed:
NOTE Initial values are based on the subscriber units position on the map. Parameter Description Location Latitude Location Longitude Location Height Height Type Indoor Deployment 4. Click Apply. 84 Latitudinal position of the subscriber unit's antenna in degrees (), relative to the World Geodetic System (WGS) 1984 datum. Longitudinal position of the subscriber unit's antenna in degrees (), relative to the World Geodetic System (WGS) 1984 datum. The height of the subscriber unit's antenna above ground level in meters (m). Synopsis: { AGL, AMSL }
Default: AGL Indicates whether the height was measure relative to ground level or sea level. Options include:
AGL Above Ground Level (AGL) indicates the height was measure relative to ground AMSL Above Mean Sea Level (AMSL) indicates the height was measure relative to sea level level Synopsis: { False, True }
Default: False Indicates whether or not the device is operated indoors or outdoors. Options include:
False The device is operated outdoors True The device is operated indoors Updating a Subscriber Unit's Location RUGGEDCOM SAS-GW User Guide Chapter 4 Configuring RUGGEDCOM SAS-GW Section4.5.4 Updating a Subscriber Unit's Antenna Characteristics To update the charactistics of the antenna installed on a subscriber unit, do the following:
1. Left-click the subscriber unit on the map and then click Edit. The Update SU screen appears. 1 2 Figure65:Editing a Subscriber Unit from the Map Updating a Subscriber Unit's Antenna Characteristics 85 Chapter 4 Configuring RUGGEDCOM SAS-GW RUGGEDCOM SAS-GW User Guide Figure66:Update SU Screen 2. Select the Antenna tab. The Antenna tab appears. 86 Updating a Subscriber Unit's Antenna Characteristics RUGGEDCOM SAS-GW User Guide Chapter 4 Configuring RUGGEDCOM SAS-GW 1 2 3 4 5 6 8 7 Figure67:Antenna Tab 1.Antenna Azimuth Box 2.Antenna Downtilt Box 3.Gain Box 4.Antenna Type List 5.Beam Width Box 6.Model Box 7.Apply Button 8.Delete Button 3. Update the following parameters as needed:
Parameter Antenna Azimuth Antenna Downdrift Gain Antenna Type Beam Width Description Synopsis: A number between 0 and 359 The angle between true north and the perpendicular projection of the subscriber unit onto the horizon. Synopsis: A number between -90 and 90 The degree of beamtilt compared to the horizon. A negative value means the antenna is tilted up (above horizontal). Synopsis: A number between -127 and 128 The antenna's peak gain, measured on the decibel logarithmic scale (dBi). Synopsis: { Omni, Directional }
Default: Omni The type of antenna used by the subscriber unit. Options include:
Omni Omni-directional antenna Directional Directional antenna Synopsis: A number between 0 and 360 The width of the antenna's beam, measured in degrees (), on the horizontal-plane. A value of 360 means the antenna has an omni-directional radiation pattern in the horizontal plane. Updating a Subscriber Unit's Antenna Characteristics 87 Chapter 4 Configuring RUGGEDCOM SAS-GW RUGGEDCOM SAS-GW User Guide 4.
[Optional] Configure the following additional parameter:
Parameter Model Description Synopsis: A string between 1 and 128 characters The platform name or part number of the antenna (e.g. WIN5137). 5. Click Apply. Section4.5.5 Updating the Frequency Spectrum To update the frequency spectrum in which the subscriber unit operates, do the following:
1. Left-click the subscriber unit on the map and then click Edit. The Update SS screen appears. Figure68:Update SS Screen 2. Select the Spectrum tab. The Spectrum tab appears. 88 Updating the Frequency Spectrum RUGGEDCOM SAS-GW User Guide Chapter 4 Configuring RUGGEDCOM SAS-GW 1 2 4 3 Figure69:Spectrum Tab 1.Frequency Start Box 2.Frequency Stop Box 3.Apply Button 4.Delete Button 3. Update the following parameters as needed:
Parameter Description Frequency Start Frequency Stop 4. Click Apply. Synopsis: A number between 3550000 and 37700000 The low value of the frequency bandwidth, measured in kilohertz (KHz), in which the subscriber unit operates. Synopsis: A number between 3550000 and 37700000 The high value of the frequency bandwidth, measured in kilohertz (KHz), in which the subscriber unit operates. Section4.5.6 Removing a Subscriber Unit To remove a subscriber unit from RUGGEDCOM SAS-GW, do the following:
1. Left-click the subscriber unit on the map and then click Edit. The Update SS screen appears. Removing a Subscriber Unit 89 Chapter 4 Configuring RUGGEDCOM SAS-GW RUGGEDCOM SAS-GW User Guide 1 2 Figure70:Editing a Subscriber Unit from the Map 1 2 3 4 5 6 8 7 Figure71:Update SU Screen 1.CPE Name Box 2.IP Address Box 3.MAC Address Box 4.Serial Number Box 5.SU Max Tx Power Box 6.SU Max EIRP Box 7.SAS Control Box 8.Report Measurements to SAS Box 9.CBSD Device Category Box 10.CBSD Device Group Box 11.Apply Button 12.Delete Button 90 Removing a Subscriber Unit RUGGEDCOM SAS-GW User Guide Chapter 4 Configuring RUGGEDCOM SAS-GW 2. Click Delete. A confirmation dialog box appears. 3. Click OK. RUGGEDCOM SAS-GW begins de-registering the subscriber unit from the SAS and removing it from the configuration. Allow a few minutes for the process to complete. Section4.5.7 Viewing Available Subscriber Units There are two methods to view a list of available subscriber units. Method 1 The simplest method is to left-click a base station on the map. The table below the map under Base Station then populates with information about each subscriber unit connected to the base station. Figure72:List of Subscriber Units under Map Method 2 1. Point to Setup and then click All BS. The View All Base Stations screen appears. Figure73:View All Base Stations Screen 2. Click the name of the desired base station. The screen transitions to display a summary of the connected subscriber units. Viewing Available Subscriber Units 91 Chapter 4 Configuring RUGGEDCOM SAS-GW RUGGEDCOM SAS-GW User Guide Figure74:CPEs of BS Screen The table in both cases displays the following information for each base station:
Column CPE Name State Description The name assigned to the subscriber unit. The subscriber unit's current state. Operational The subscriber unit is connected and in full operation Unreachable The subscriber unit is not responding to queries Connected The subscriber unit is connected, but not transmitting NA The default value of new subscriber units that have not been configured yet in RUGGEDCOM SAS-
GW SAS Status DL CINR UL CINR DL RSUI Link Uptime The subscriber unit's current status with the SAS. registered granted The SAS granted the last spectrum request granted_failed The SAS denied the last spectrum request hb_ok The SAS is operating normally hb_failed The SAS is not in operation relinquished The SAS accepted the last relinquish request relinquished_failed The SAS denied the last relinquish request unregistered The device is not registered with the SAS register_failed The SAS denied the last registration request configuration_error An error has been detected in the SAS's configuration The Carrier to Interference + Noise Ratio (CINR) threshold for downlink measured in decibels (dB). The Carrier to Interference + Noise Ratio (CINR) threshold for uplink measured in decibels (dB). The Received Signal Strength Indication (RSUI) for downlink measured in decibels (dB). The total time the subscriber unit has been connected with a satellite. Time is displayed in hours, minutes and seconds (i.e. HH:MM:SU). 92 Viewing Available Subscriber Units RUGGEDCOM SAS-GW User Guide Chapter 5 Monitoring RUGGEDCOM SAS-GW Monitoring RUGGEDCOM SAS-
GW This section describes how to monitor the status of RUGGEDCOM SAS-GW, including the individual status of devices and the SAS server. CONTENTS Section5.1, Viewing the System Log Section5.2, Viewing the Error Log Section5.3, Monitoring SAS Alerts Section5.4, Monitoring SAS Activity Section5.5, Tracked Events Section5.1 Viewing the System Log The system log details specific events that have taken place during operation. Displaying Events To display system events in the log, point to Reports and then click System Log. The View All System Events screen appears. Viewing the System Log 93 Chapter 5 Monitoring RUGGEDCOM SAS-GW RUGGEDCOM SAS-GW User Guide Figure75:View All System Events Screen The table displays the following information for each log entry:
Column Time Description The exact time and date at which the event occurred. Time is displayed in the form of YYYY-MM-DD HH-
MM-SS. The type of device associated with the event. The name of the device associated with the event. A description of the event that occurred. For more information about each possible event, refer to Section5.5, Tracked Events . CBSD Type CBSD Name Event Filtering Events Only events that occurred during the defined time period are displayed. To widen or narrow the search, do the following:
NOTE The date and time must be entered in the form of YYYY-MM-DD HH-MM-SS. 1. Under Start Time, enter the date and time at which to start the search. Clicking in the box will display the calendar tool. The date and time can be selected from the tool or entered manually. 94 Viewing the System Log RUGGEDCOM SAS-GW User Guide Chapter 5 Monitoring RUGGEDCOM SAS-GW 1 3 3 4 2 4 5 Figure76:Filtering the System Events 1.Start Date Box 2.End Date Box 3.Month/Date Selector 4.Time Selector 5.Filter Button 2. Under Stop Time, enter the date and time at which to end the search. Clicking in the box will display the calendar tool. The date and time can be selected from the tool or entered manually. 3. Click Filter. Events that occurred during the defined time period, if any, are displayed. Section5.2 Viewing the Error Log The error log records the history of errors that occurred for each base station and subscriber unit managed by RUGGEDCOM SAS-GW. Displaying Errors To display errors in the log, point to Reports and then click Error Log. The Error Log screen appears. Viewing the Error Log 95 Chapter 5 Monitoring RUGGEDCOM SAS-GW RUGGEDCOM SAS-GW User Guide Figure77:Error Log Screen The table displays the following information for each log entry:
Column Time Description The exact time and date at which the error occurred. Time is displayed in the form of YYYY-MM-DD HH-
MM-SS. The severity rate assigned to the event. A brief description that identifies the related device and the error that occurred. Severity Description Filtering Errors Only errors that occurred during the defined time period are displayed. To widen or narrow the search, do the following:
NOTE The date and time must be entered in the form of YYYY-MM-DD HH-MM-SS. 1. Under Start Time, enter the date and time at which to start the search. Clicking in the box will display the calendar tool. The date and time can be selected from the tool or entered manually. 96 Viewing the Error Log RUGGEDCOM SAS-GW User Guide Chapter 5 Monitoring RUGGEDCOM SAS-GW 1 3 3 4 2 4 5 Figure78:Filtering the Error Log 1.Start Date Box 2.End Date Box 3.Month/Date Selector 4.Time Selector 5.Filter Button 2. Under Stop Time, enter the date and time at which to end the search. Clicking in the box will display the calendar tool. The date and time can be selected from the tool or entered manually. 3. Click Filter. Errors that occurred during the defined time period, if any, are displayed. Section5.3 Monitoring SAS Alerts RUGGEDCOM SAS-GW monitors five specific alerts that may be broadcast by the SAS and displays them on the main screen under the SAS Alerts Table. Monitoring SAS Alerts 97 Chapter 5 Monitoring RUGGEDCOM SAS-GW RUGGEDCOM SAS-GW User Guide 1 3 2 4 Figure79:Main User Interface 1.Toolbar 2.Interactive Map 3.Base Station Table 4.SAS Alerts Table Tracked Alerts Tracked alerts include:
SAS Down The SAS server is offline. Spectrum Relinquish The SAS has requested all devices to relinquish a specific spectrum. BS Grant Refused or Failed The SAS has refused or failed to grant spectrum to the base station. SS Grant Refused or Failed The SAS has refused or failed to grant spectrum to the subscriber unit. SS Not Configured The subscriber unit is detected, but not configured in RUGGEDCOM SAS-GW. Monitoring Alerts To monitor the alerts broadcast by the SAS, launch RUGGEDCOM SAS-GW and click Active SAS Launch at the top of the main screen. The browser automatically scrolls down to the SAS Alerts table. 98 Monitoring SAS Alerts RUGGEDCOM SAS-GW User Guide Chapter 5 Monitoring RUGGEDCOM SAS-GW Figure80:SAS Alerts Table This table displays the following information for each alert:
Column Alert Name State Last Event Time Note Acknowledge Description The name of the alert. The current state of the alert. The time at which the last event occurred. A list of devices involved in the event. Displays a link if an event is active. Click clear to acknowledge the alert. Section5.4 Monitoring SAS Activity The SAS Activity log records all communications between RUGGEDCOM SAS-GW and the SAS on a device-by-device basis. Use this log to track messages sent to the SAS and the SAS's response. Displaying Events To display SAS-related events, point to Reports and then click CBSD Activity. The View All SAS Activity screen appears. Monitoring SAS Activity 99 Chapter 5 Monitoring RUGGEDCOM SAS-GW RUGGEDCOM SAS-GW User Guide Figure81:View All SAS Activity Screen The table displays the following information for each log entry:
Column Time Description The exact time and date at which the event occurred. Time is displayed in the form of YYYY-MM-DD HH-
MM-SS. The type of CBSD (Citizens Broadcast radio Service Device) associated with the event. Possible values include:
BS Base station CPE Subscriber unit The name of the associated CBSD. A description of the event. CBSD Type CBSD Name Action Filtering Events Only events that occurred during the defined time period are displayed. To widen or narrow the search, do the following:
NOTE The date and time must be entered in the form of YYYY-MM-DD HH-MM-SS. 1. Under Start Time, enter the date and time at which to start the search. Clicking in the box will display the calendar tool. The date and time can be selected from the tool or entered manually. 100 Monitoring SAS Activity RUGGEDCOM SAS-GW User Guide Chapter 5 Monitoring RUGGEDCOM SAS-GW 1 2 3 4 5 7 6 Figure82:Filtering the SAS Events 1.Start Date Box 2.End Date Box 3.Select CBSD Type List 4.Select CBSD Name List 5.Month/Date Selector 6.Time Selector 7.Filter Button 3. 4. 2. Under Stop Time, enter the date and time at which to end the search. Clicking in the box will display the calendar tool. The date and time can be selected from the tool or entered manually.
[Optional] Under Select CBSD Type, select one of the following options:
All Displays results for all base stations and subscriber units BS Displays results for only base stations CPE Displays results for only subscriber units
[Optional] Under Select CBSD Name, enter a full or partial name of a base station or subscriber unit. Entries that fully or partially match are displayed. The default value is All. 5. Click Filter. Events that occurred during the defined time period, if any, are displayed. Section5.5 Tracked Events RUGGEDCOM SAS-GW tracks the following events during operation. NOTE Each event can be communicated via SMS alerts to individual users. For more information, refer to Section4.3.4, Configuring SMS Alerts . Tracked Events 101 Chapter 5 Monitoring RUGGEDCOM SAS-GW User Events Event New user was added to database User was deleted from database Subscriber Unit Events Event SU is inaccessible SU TX turned on New SU was added to database New SU was deleted from database SU Grant refused or failed SU not configured Base Station Events Event BS is inaccessible BS is accessible and TX OFF BS TX turned on New BS was added to database New BS was deleted from database BS mode is Answer Positive. Tx stays open. BS mode is Answer Negative. Tx stays open. BS Grant refused or failed SAS Events Event SAS server down SAS requested spectrum relinquish. Sector is going down. Database connection lost CBSD configuration problem CBSD was deleted upon user request CBSD Frequency has been changed RUGGEDCOM SAS-GW User Guide Description A new user was added to RUGGEDCOM SAS-GW. A user was deleted from RUGGEDCOM SAS-GW. Description The subscriber unit is either offline or its associated base station is not transmitting. The subscriber unit has started transmitting. A new subscriber unit has been added to the RUGGEDCOM SAS-GW configuration. A subscriber unit has been removed from the RUGGEDCOM SAS-GW configuration. The SAS has refused or failed to grant spectrum to the subscriber unit. The subscriber unit is detected, but not configured in RUGGEDCOM SAS-GW. Description The base station is offline. The base station is online but not transmitting. The base station has started transmitting. A new base station has been added to the RUGGEDCOM SAS-GW configuration. A base station has been removed from the RUGGEDCOM SAS-GW configuration. Manual Operation has been set to Answer Positive for the base station. The base station continues to transmit. Manual Operation has been set to Answer Negative for the base station. The base station continues to transmit. The SAS has refused or failed to grant spectrum to the base station. Description The SAS server is offline. The SAS has requested all devices to relinquish a specific spectrum. The SAS database is offline. An error is detected in the configuration of the SAS. A device is removed from RUGGEDCOM SAS-GW by a user. The spectrum frequency range for a device has changed. 102 Tracked Events RUGGEDCOM SAS-GW User Guide Chapter 5 Monitoring RUGGEDCOM SAS-GW Event CBSD SAS activity is changed. CBSD is deregistered. Description A device has been de-registered from the SAS service. Tracked Events 103 Chapter 5 Monitoring RUGGEDCOM SAS-GW RUGGEDCOM SAS-GW User Guide 104 Tracked Events
1 2 | Internal Photos | Internal Photos | 1.72 MiB | July 12 2018 |
INTERNALPHOTOGRAPHSFORMODELS:
WiN5137AC WiN5137DC WIN5237 WIN5137ACIS WIN5237IS WIN5137V WIN5137VGPS WIN5137ACInternalview WIN5137ACInternalviewWithoutPSUboard WIN5137DCInternalview WIN5137DCInternalviewWithoutPSUboard WIN5237Internalview WIN5237InternalviewWithoutPSUboard WIN5137ACISInternalview WIN5137VInternalview WIN5137VInternalviewWithoutPSUboard WIN5137VGPSInternalview WIN5137VGPSInternalviewWithoutPSUboard WIN5137VGPSPSUboardFrontview WIN5137VGPSPSUboardRearview WIN5137V,WIN5137VGPSDigitalboardFrontview WIN5137V,WIN5137VGPSDigitalboardRearview WIN5137VPSUboardFrontview WIN5137VPSUboardRearview WIN5137AC,WIN5137DC,WIN5237PSUboardFrontview WIN5137AC,WIN5137DC,WIN5237PSUboardRearview Allmodels RF board Frontview AllmodelsRFboardRearview WIN5137AC,WIN5137DC,WIN5237DigitalboardFrontview WIN5137AC,WIN5137DC,WIN5237DigitalboardRearview DCfilter(WIN5137DCOnly)Frontview DCfilter(WIN5137DCOnly)Rearview
1 2 | Label and Label Location | ID Label/Location Info | 275.17 KiB | July 12 2018 |
Label location A subscriber unit shall bear the label with FCC ID:WQE5237001 on a front panel as shown in the photo below:
Label with FCC ID:WQE5237001 will be placed here. Label
1 2 | Cover Letters | Cover Letter(s) | 93.04 KiB | July 12 2018 |
SIEMENS Authority to Act as Agent FCC iad Nemko Canad 303 River Road Ottawa, Ontario, Canada Eels Attn: Director of Certification On our behalf, I appoint Jenny Gibbs of Nemko USA, Inc. 2650 FM 407, Suite 255P Bartonville, TX 76226, to act as our agent in the preparation of this application for equipment certification. I certify that submitted documents properly describe the device or system for which equipment certification is sought. I also certify that each unit manufactured, imported or marketed, as defined in FCC regulations will have affixed to it a label identical to that submitted for approval with this application. In signing this letter, Applicant certifies that neither the applicant nor any party to the application is not subject to a denial of Federal benefits, that include FCC benefits, pursuant to Section 5301 of the Anti-Drug Abuse Act of 1988, 21 U.S.C. 862 because of a conviction for possession or distribution of a controlled substance. See 47 CFR 1.2002(b) for the definition of a "party" for these purposes. For instances where our authorized agent signs the application for certification on our behalf, I acknowledge that all responsibility for complying with the terms and conditions for certification, as specified by Nemko Canada Inc, still resides Siemens Canada Limited, 300 Applewood Cres., Concord, ON L4K 5C7. Dated this 29 Day of October 2018 Vellore CUD Lee
=) Hannes Barth Printed item elle el?
=A Nick Castellano Signature mC eLe |
Lean ee at On behalf of Siemens Canada Limited, PD PA CIRC Siemens Canada Limited / Limite 300 Applewood Crescent Concord, Ontario L4K 5C7 OF Taree l- |
Telephone: +1 (905) 856-5288 Fax : +1 (905) 856-1995 www.siemens.com/ruggedcom
frequency | equipment class | purpose | ||
---|---|---|---|---|
1 | 2019-10-17 | 3555 ~ 3695 | CBD - Citizens Band Category A and B Devices | Original Equipment |
2 | 2011-08-04 | 3655 ~ 3695 | TNB - Licensed Non-Broadcast Station Transmitter |
app s | Applicant Information | |||||
---|---|---|---|---|---|---|
1 2 | Effective |
2019-10-17
|
||||
1 2 |
2011-08-04
|
|||||
1 2 | Applicant's complete, legal business name |
Siemens Canada Limited
|
||||
1 2 | FCC Registration Number (FRN) |
0018120774
|
||||
1 2 | Physical Address |
300 Applewood Crescent Ontario
|
||||
1 2 |
300 Applewood Crescent
|
|||||
1 2 |
Concord, N/A
|
|||||
1 2 |
Concord, N/A L4K 5C7
|
|||||
1 2 |
Canada
|
|||||
app s | TCB Information | |||||
1 2 | TCB Application Email Address |
S******@nemko.com
|
||||
1 2 | TCB Scope |
B2: General Mobile Radio And Broadcast Services equipment in the following 47 CFR Parts 22 (non-cellular) 73, 74, 90, 95, 97, & 101 (all below 3 GHz)
|
||||
app s | FCC ID | |||||
1 2 | Grantee Code |
WQE
|
||||
1 2 | Equipment Product Code |
5237001
|
||||
app s | Person at the applicant's address to receive grant or for contact | |||||
1 2 | Name |
N****** L******
|
||||
1 2 | Title |
Senior Certification Engineer
|
||||
1 2 | Telephone Number |
905-8********
|
||||
1 2 | Fax Number |
905-8********
|
||||
1 2 |
n******@siemens.com
|
|||||
app s | Technical Contact | |||||
1 2 | Firm Name |
Hermon Laboratories Ltd.
|
||||
1 2 | Name |
M****** N******
|
||||
1 2 | Physical Address |
Harakevet Industrial zone
|
||||
1 2 |
23
|
|||||
1 2 |
Binyamina, 30500
|
|||||
1 2 |
Israel
|
|||||
1 2 | Telephone Number |
+972 ********
|
||||
1 2 | Fax Number |
+972 ********
|
||||
1 2 |
n******@hermonlabs.com
|
|||||
app s | Non Technical Contact | |||||
1 2 | Firm Name |
Ruggecom Ltd.
|
||||
1 2 | Name |
D******** M******
|
||||
1 2 | Physical Address |
32 Maskit Street
|
||||
1 2 |
12412
|
|||||
1 2 |
Herzeliya, 46733
|
|||||
1 2 |
Israel
|
|||||
1 2 | Telephone Number |
+972 ********
|
||||
1 2 | Fax Number |
+972 ********
|
||||
1 2 |
D******@ruggedcom.com
|
|||||
app s | Confidentiality (long or short term) | |||||
1 2 | 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 2 | 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?: | No | ||||
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 2 | Is this application for software defined/cognitive radio authorization? | No | ||||
1 2 | Equipment Class | CBD - Citizens Band Category A and B Devices | ||||
1 2 | TNB - Licensed Non-Broadcast Station Transmitter | |||||
1 2 | Description of product as it is marketed: (NOTE: This text will appear below the equipment class on the grant) | compliant wireless device for deployment of point-to-multipoint (PMP) and point-to-point (PTP) network architectures | ||||
1 2 | Subscriber unit transceiver | |||||
1 2 | Related OET KnowledgeDataBase Inquiry: Is there a KDB inquiry associated with this application? | Yes | ||||
1 2 | No | |||||
1 2 | Modular Equipment Type | Does not apply | ||||
1 2 | Purpose / Application is for | Original Equipment | ||||
1 2 | Composite Equipment: Is the equipment in this application a composite device subject to an additional equipment authorization? | Yes | ||||
1 2 | 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 2 | Grant Comments | Output power is EIRP. The antenna(s) used for this transmitter must be fixed-mounted on outdoor permanent structures. This is a Category B device only, professional installation is required. End-user and installers must be provided with antenna installation instructions and transmitter operating conditions for satisfying RF exposure compliance. | ||||
1 2 | Output is EIRP. The antenna(s) used for this transmitter must be fixed-mounted on outdoor permanent structures. RF exposure compliance is addressed at the time of licensing, as required by the responsible FCC Bureau(s), including antenna co-location requirements of 1.1307(b) (3). | |||||
1 2 | Is there an equipment authorization waiver associated with this application? | No | ||||
1 2 | 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 2 | Firm Name |
Nemko Canada Inc. (Ottawa)
|
||||
1 2 |
Hermon Laboratories Ltd.
|
|||||
1 2 | Name |
C******** N******
|
||||
1 2 |
A******** U******
|
|||||
1 2 | Telephone Number |
613-7******** Extension:
|
||||
1 2 |
972-4********
|
|||||
1 2 | Fax Number |
613-7********
|
||||
1 2 |
972-4********
|
|||||
1 2 |
c******@nemko.com
|
|||||
1 2 |
m******@hermonlabs.com
|
|||||
Equipment Specifications | |||||||||||||||||||||||||||||||||||||||||
---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
Line | Rule Parts | Grant Notes | Lower Frequency | Upper Frequency | Power Output | Tolerance | Emission Designator | Microprocessor Number | |||||||||||||||||||||||||||||||||
1 | 1 | 96 | EP | 3552.5 | 3697.5 | 16.2 | 0.57 ppm | 5M00W7D | |||||||||||||||||||||||||||||||||
1 | 2 | 96 | EP | 3555 | 3695 | 16.1 | 0.57 ppm | 10M0W7D | |||||||||||||||||||||||||||||||||
Line | Rule Parts | Grant Notes | Lower Frequency | Upper Frequency | Power Output | Tolerance | Emission Designator | Microprocessor Number | |||||||||||||||||||||||||||||||||
2 | 1 | 9 | UR | 3652.5 | 3697.5 | 2.25 | 2088 Hz | 5M00W7D | |||||||||||||||||||||||||||||||||
2 | 2 | 9 | UR | 3653.5 | 3696.5 | 3.31 | 2088 Hz | 7M00W7D | |||||||||||||||||||||||||||||||||
2 | 3 | 9 | UR | 3655 | 3695 | 3.99 | 2088 Hz | 10M0W7D |
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