motorola - wap400 series access point 6645

7/29/2019 Motorola - WAP400 Series Access Point 6645

1/12

WAP 400 Series Access Point

for WiMAX


2/12

PRODUCTBRIEF:WAP400SeriesAccessPoint

ContentsBroadbandWirelessAccess........................................................3

wi4WiMAX...................................................................................3

IntroducingtheWAP400SeriesWiMAXSystem.....................4

WAP400AccessPoint.................................................................4

SystemDesignBenefits..............................................................5

RFModules..................................................................................6

BaseControlUnit........................................................................6

WAP400Redundancy.................................................................7

WAP400AccessPointSystemSpecifications..........................7

ThroughputandCoverage..........................................................8

DistributedNetworkArchitecture.............................................8

WiMAXAccessPointController.................................................8

QoS...............................................................................................9

Security........................................................................................9

Devices.........................................................................................9

Backhaul.....................................................................................10

OperationsandManagementSystem.....................................10

WAP400FeatureSet................................................................. 11

IMSBasedFeatures&Services................................................11

Summary....................................................................................1


3/12

3 PRODUCTBRIEF:WAP400SeriesAccessPoint

BroadbandWirelessAccess

BroadbandWirelessAccesspromisestoenhance

thelivesofpeoplearoundtheglobeinbothmature

anddevelopingmarkets.Whetherend-usersare

demandingaccesstoincreasinglyrich,interactive

andpersonalizedcontentanytimeandanywhere,

orsimplybasicvoiceconnectionsandtheabilityto

accessandshareinformationwiththeircommunities

andtheworld,BroadbandWirelessAccesswillprovidedynamicsolutions.

WiMAXenablesoperatorstoofferversatilesolutions

thatarehighperforming,cost-effective,andquick-

to-deploy.WithWiMAX,operatorswillbeable

toextendthecoverageandcapabilitiesoftheir

networkstoservetodayslargemetroareasaswell

asnewmarketspreviouslynotreached.

WiMAXisdesignedtosupportlast-milebroadband

connectivitytohomesandbusinesses.Connections

thatwereoncedependentonwirelinenetworks,can

becomewirelessandmobilewithWiMAX.While

vendorshavebeenprovidingproprietarysolutions

formanyyearsnow,WiMAXpromisestostandardize

theequipment,makingitinteroperableandmore

affordable.

WiMAXprovidesenhancedbroadband

wirelessaccessinfixed,nomadicandmobile

environments.WiMAXsolutionscanbedeployed

ascomplementarytoexistingnetworksorasa

primaryaccesstechnologywherealternativesdo

notexist.Withnewfixedandmobileservicesbased

onWiMAX,usersinruralmarketsanddeveloping

countrieswillfinallyhavebroadbandservicesthat

theycanafford,whilemobileuserswillbenefit

fromaccesstonewmobilemultimediaservices

andinstantaccesstothewholeoftheInternet,

whereverandwhenevertheywantit.

Motorolaiscommittedtoleadingtheindustrywith

end-to-endWiMAXsolutionsaddressingthefull

scopeoftheoperatorsdeploymentneedsincluding

access,core,devices,networkmanagementand

services.

Motorolaiscommittedto

leadingtheindustrywithend-to-endWiMAXsolutions

wi4WiMAX

Motorolaswi4WiMAXportfolioof802.16eproduct

andservicesoffersindustryleadingbreadthand

depth,allowingustomaptherightarchitectureto

meetanoperatorsspecificdeploymentissues.

Recognizingthatatrueend-to-endsolutionextends

beyondtheaccessnetwork,Motorolaswi4WiMAX

solutionsdeliveranextensiveportfolioofcompelling

devicesandhandsets,operationsandmanagementtools,integrationandoptimizationservicesand,

mostimportant,theconfidencetobringWiMAX

tomarket.

Motorolaswi4WiMAXinfrastructuresolutions

offerunmatchedflexibilityfordesigningtheoptimal

solutionsforserviceprovidersfromallcornersof

theglobe.OurWiMAXsolutionsfollowadesign

philosophyfocusedonhighperformance,reduced

cost,rapiddeploymentandeaseofmanagement.

TheallIPdistributedarchitecturelowersnetwork

costs,easesintegrationandsupportsbetterservice

delivery.Ourlightinfrastructuresolutionsleverage

lowprofile,reducedcostdesignsandareidealforemergingmarkets.Weoffersubstantialcapacity

andcoveragegainswithdeepindoorcoverageand

fullMIMOandSmartAntennasolutionsforfixedand

mobileapplications.Bottomline,ourversatilewi4

WiMAXsolutionshelpyougiveyourcustomerstruly

personalbroadband:uninterrupted,alwaysonacces

toinformation,entertainmentandcommunication.


4/12


MotorolasWAP400SeriesSystemincludesthe

followingelements:

DiversityRFModules

BaseControlUnit

GPSAntennaSiteSynchronization

All-IPBroadbandBackhaulInterface

Operations&ManagementSoftwareTools

WiMAXAccessPointController

WAP400AccessPoint

TheWAP400AccessPointconsistsoftwomajor

subsystems:theBaseControlUnit(BCU)andtheRF

ModulesasshowninFigure1.

AttheheartofMotorolaswi4WiMAXinfrastructure

solutionistheBaseControlUnit(BCU)performing

basebandprocessing,sitesynchronization,power

distribution,andnetworkinterfacing.Theflexible

designofthewi4WiMAXinfrastructureportfolio

enablestheBCUtobepairedwithavarietyofRF

solutionsrangingfromdistributedelectronics,tower

topdesign,MIMOcapability,andadaptiveantennaarrays.

TheBCUcanresideatthebottomoftheantenna

towerormoreopportunelocationsbasedon

operatorselection.TheBCUcontainshot-pluggable

slotsforuptotwositecontrollersanduptofour

modemboards.Additionally,theBCUcontainsan

AlarmI/Oboard,fansandheating,andthepower

distributionsystemfortheentiresite.

TheWAP400RFModules,featuringdiversity,

containadualantennaRFsectionthatperforms

allradiotransmitandreceiveprocessingtodeliver

basebandsignalingtotheBCU.ByintegratingtheR

processingatthetower-top,theneedforheavyRF

coaxialcableiseliminated.Instead,theRFmodule

utilizesasimplefiberconnectionandapowercable

forconnectivitytotheBCU.ThetwoantennaRF

sectionisasingle,self-containedfieldreplaceable

unit(FRU).

TheWAP400AccessPointsolutionisdesignedfor

uptofoursectorconfigurationwithuptofourRF

ModulessupportedbyasingleBaseControlUnit.

TheWAP400AccessPointsystemsupportsmultip

frequencyreuseschemesforeffectivespectruman

channelmanagement

Figure1:

WAP400AccessPoint

RFModule

Simplefiber

andpower

connection

BaseControlUnit

IntroducingtheWAP400Series

WiMAXSystem

MotorolasWAP400AccessPointwithdiversity

antennatechniquesdeliversontheperformance

andcostadvantagesofWiMAX,standards-based

wirelessbroadband.Featuringhighlyintegratedand

flexibledesignaswellasenhancedRFcapabilities,

theWAP400AccessPointisanidealsolutionforan

operatorsfixedandmobileserviceapplications.

Compliantto802.16eWiMAXcertifiedstandards,

theWAP400SeriesAccessPointsprovidehigh-

performancebroadbandwirelessaccessin2.3,2.5

and3.5GHzspectrum.Thesystemaddressesthe

operatorsneedforcarrierclasssecurity,redundancy,

andQoSfeaturesforrobustvoice,data,andmobility

deployments.

Diversityantennatechniquesallowtherealizationof

Multiple-Input,Multiple-Output(MIMO)capability

enhancingthecoverageandcapacityofthese

WiMAXsystems,offeringdeepindoorpenetration,

andsupportingfullmobilityapplications.

TheWAP400Seriessystembenefitsfrom

Motorolashighlyinnovativesolutiontonetwork

designwiththewi4WIMAXDistributedNetwork

Architecture.

Motorolaswi4WiMAXDistributedNetwork

Architectureprovidesasimple,peer-to-peernetwork

architecturethatisaflat,allIP-baseddesign.

TheWiMAXDistributedNetworkArchitectureis

additionallysupportedbyMotorolasWiMAXAccess

PointControllertoadministerkeyfunctionsbest

servedbylocalizedmanagementsuchassecurity

andmobilitydecisionsandaseparatebearercontrol

pathrealizedfromstandardIProutersandswitches.

TheWAP400SeriesAccessPointspairedwiththe

AccessPointControllerandstandardIPnetworking

equipmentconstitutetheAccessServiceNetwork

asidentifiedintheWiMAXForumreference

architecture.

WAP400SeriesAccessPoint

withDiversityTechniques


5/12


SystemDesignBenefits

HighPerforming

TheWAP400SeriesAccessPointsarebased

ontheIEEE802.16e-2005WiMAXcertified

standard,andwillbenefitfromsuchfeaturesas

thespectrallyefficientS-OFDMAinterface,low

latencyperformance,andIPbasedarchitecture.

EnhancedsystemgainandcapacitysupportedbydiversityMIMOantennacapabilitiesallowsstrong

indoorpenetrationaswellassupportforcellular-like

mobilityapplications.Additionally,QoScapabilities,

securityfeatures,andredundancyoptionsmakethe

WAP400AccessPointplatformatruecarrier-class

solution.

Fixed&MobileApplication

TheWAP400AccessPointprovidesNon-Line-

of-Sight,fixedandmobilewirelessbroadband

connections.PairedwithacommonIPcore,the

WAP400AccessPointwillsupportseamlessinter-

technologyhandovers.

Figure:RFModule

Figure3:

WAP400AccessPointLogicalSchematic

Ascoverageorcapacityneedsgrow,

additionalbasesitescanbereadily

deployedandseamlesslydroppedinto

thedistributedarchitecture.

EaseofInstallation&Management

MotorolasdesignphilosophyfortheWiMAX

productportfoliofocusesoneaseofinstallation,

management,andoperation.TheWAP400Access

Pointfeaturessmall,zero-footprintbasesiteswith

anall-outdoorsdesignandflexiblemountingoptions

forboththeRFModulesandtheBaseControlUnit.

SimpleOperations&Managementsoftwareallow

forconfiguration,authentication,andover-the-airsystemupdates.

ReducedCAPEX

TheWAP400AccessPointsystembenefitsfrom

anintegrateddesignthatreducesrealestate

requirementsandallowsforsimpleconnections

betweencomponents.Flexiblehardwareand

softwareprogrammableradiosprovidethebenefito

no-touchsoftwareupdates.IntegratedRFantenna

designeliminatestheneedforcostlyandheavy

coaxialcablesbetweenantennasandbaseband

modulesandavoidspowerlossesassociatedwith

heavyRFcoaxialcables

ReducedOPEX

TheWAP400AccessPointhasbeendesignedas

IPend-to-end.Thenetworkarchitectureeliminates

high-costcentralizedboxes,simplifiesmanagement

andreducescoretransportcosts.Connectivity

tostandardIPequipmentallowsoperatorsto

realizesignificantcostadvantages.TheWAP400

AccessPointdeploymentapproachcanbenefit

fromcollocationwithexistingcellsitesaswellas

reusingexistingshelterswiththesmallBCUform

factorallowingbothrackmountableaswellasfloor

mountableoptions.


6/12


RFModules

TheRFModuleisaself-containedunitandconsists

oftwotransmitterandreceiverchains,twoduplexer

filters,twoantennaelements,redundantfiber

opticinterfacesandDCpowerconversion.Thetwo

transmitandreceivechainsprovidebuiltinMIMO

supportintheaccesspoint.TheRFModuleshave

abuiltinsurgesuppressortoprotecttheincoming

powerfeedfromtheBCUPowerDistributionUnit.

TheRFModuleoutputsonewattpowerpereachof

thetwoantennaelements.

Forsevereinterferenceenvironments,optionalfilters

canbeintroducedtotheRFModuletoimprove

interferencemitigation.

TheintegratedRFarchitectureeliminatestheneed

forheavyRFcoaxialcablestoberunbetweenthe

BCUandtheRFModule.Asimplefiberopticcable

withredundancyoptionandastandardpowerfeed

aretheonlyconnectionsrequiredfromtheBCUto

theRFModuleatthetowertop.

TraditionalRFcoaxcablesexperiencesignificantpath

lossandincreasethesystempowerrequirementsto

accountforsignaldegradation.Byremovingtheneed

forheavyRFcoaxialcabling,thepowerrequirements

fortheWAP400AccessPointarereducedbyover

two-fold.Thereducedpowerrequirementinturn

reducesthenumberofactivepowerelements

requiredbythesystemandofferstheadded

advantageofimprovedequipmentreliability.

Further,positioningtheactiveRFelementsand

heatsinkswithintheintegratedRFModulemore

effectivelysupportsheatdissipationandeases

thecoolingrequirementsoftheBaseControl

Unit.Bettermanagementofheatdissipation

eliminatestheneedfordedicatedrealestateand

airconditioningfortheBCUresultingineaseofinstallationandcostadvantages.

BaseControlUnit

TheBaseControlUnit(BCU)performsbaseband

processing,sitesynchronization,powerdistribution,

andnetworkinterfacing.Additionally,theunithosts

sitelevelsoftwareandprovidesinterfacesforsite

backhaul.

TheBaseControlUnitincludesthefollowing

componentsasrepresentedinFigure4:

SiteControllerCard

TheSiteControllerCardisadigitalprocessingcard

containingamicroprocessorplatformforthesite

levelsoftware,afrequency/timingreferencecircuit,

anEthernetswitch,andinterfacesforbackhauland

sitealarms.TheBCUcabinetcontainsslotsfortwo

SiteControllerCardsinaredundant(1+1)model.

ModemCard

TheModemCardisadigitalbasebandcard

containinghostmicroprocessors,DSPs,and

anFPGAforperforming802.16eMACandPHY

processing.TheModemCardallowsforsoftware

onlyupgradesforPHYandMAClayermodifications.

TheBCUincludesfourModemCardslotswithtypical

configurationrequiringoneModemCardpersector.

Alternatively,oneModemCardcanbeconfiguredto

supporttwosectorsusingatrunkedconfiguration

withsoftwareupgradesupport.

AlarmCard&SiteI/OCard

TheAlarmCardprovidescustomeralarminputsand

relaycontroloutputs,cabinetalarminputs,power

supplyIDinformation,andpowerandinterface

signalstoaGPSreceiver.

PowerSupply

TheBCUcontainsslotsforthreemainpowersupply

units.Twopowersuppliesarerequiredtosupport

afullypopulatedsite,withanoptionalthirdunitto

allowforN+1redundancy.

Fan

TheBCUiscooledbyforcedairviatheairplenum.

andutilizesafanenclosedwithinaninternalfantray.

Backplane

TheBackplaneallowsforinterconnectivityoftheSite

ControllerCards,ModemCard,andtheAlarmCard.

TheBackplaneprovides+54VDCpowertoeachof

thecards.

QuartzHighStabilityOscillator(Q-HSO)

TheQ-HSOisanoptionalmoduleresidingwithintheBCUcabinetthatprovidesahighlystable1pulseper

secondsignalforuseasafrequencyreferenceinthe

eventofGPSfailure.TheQ-HSOcanprovideupto

24hoursofholdover.

Figure4:BaseControlUnitInternalComponentsView


7/12


SurgeProtection

TheBCUprovidessurgeelementstoprotectthe

mainpowerinputaswellasthebackhaul,GPS,

customerI/O,andpowerfeedstotheRFheads.

DirectAirCooling(DAC)Filter

TheDACfilterrestrictsmovementofmoistureand

particulatematterandprovidesacostandsize

effectivemethodforcabinetcooling.

Heater

AheatermoduleisincludedwithintheBCUcabinet

foroperationsincoldenvironments.Duringcold

startuptheheatermoduleoperatestoquicklyraise

theinternaltemperaturesto0C.

WAP400Redundancy

TheWAP400AccessPointhasbeendesignedto

achievehighavailabilityforcarrierclassdeployments

andcanbeconfiguredtosupportvariousredundancy

options.

RedundantEthernetbackhaulinterfacesmaintainintegrityofsitethroughputaggregationand

distributiontothenetworkcore.

WAP400AccessPointSystemSpecificationsApplication FixedandMobile(optional)

BaseSiteArchitecture ActiveRFheadswithintegratedantennasandhigh-speeddigitalconnectionstoBaseControl

Unitoverfiber

FrequencyBands 2.3GHz(2.3002.400GHz);2.5GHz(2.4952.690GHz);3.5GHz(3.4003.600GHz)

ChannelBandwidth 2.3GHz:5or10MHz;2.5GHz:5or10MHz;3.5GHz:5or7MHz

AirInterface WiMAXcertifiedIEEE802.16e-2005(S-OFDMA)

DuplexMode TDD

FrequencyReuse Upto4sectorswithmult iplefrequencyreuseoptions

PhysicalDimensions-

DiversityRFModule (HxWxD):712x178x229mm(28x7x9);Weight:16kg(35lbs)

ControlUnit (HxWxD):813x508x508mm(32x20x20);Weight:68kg(150lbs)

OperatingTemperature -40Cto55COutdoorandIndoor

ModulationandCoding QPSK(codingratesof1/2and3/4);16QAM(codingratesof1/2and3/4);64QAM(codingrates

of1/2,2/3,3/4,and5/6)

EIRP* Upto50.8dBm

PowerInputs -48VDC,+27VDC,88-240VAC

TrafficPrioritizationFeatures IEEE802.1Q

Layer2IEEE802.1p,IPv4Diffserv(DSCP)

QoS UnsolicitedGrantService(UGS),Real-timePollingService(rtPS),ExtendedReal-timePolling

service(ertPS),Non-real-timePollingService(nrtPS)andBestEffort(BE)

Security EAPauthentication;CCM-AES128bitdataencyptionandauthentication;PKMv2key

managementprotocol

BasebandControlUnitto

RFAccessPointCabling

Connection OpticalFiber,DCPower

WirelineInterface IEEE802.3 (10/100/1000BaseTEthernet)

Availability Targetupto99.995%

RegulatoryCompliance ETSI&FCCtypeapproved&RoHS/WEEEcompliant

AntennaElements 2

Transmit/ReceiveChains 2/2

*ActualEIRPmayvaryasafunctionofgovernmentregulationandspectralmaskrequirements(countryspecific)

Thetwotransceiverline-upscontainedwithineach

RFModuleareimplementedinasoft-failfashion.

Intheeventthatoneofthetransceiversshouldfail,

theRFModulewillcontinuetooperateutilizinga

singletransceiverchain.Eachuserwilleffectively

operateatalowermodulationandcodingrateto

compensateforthereductionindiversitygain.

Futurereleaseswillsupportadditionalhigh-

availabilityconfigurationoptionswithintheBase

ControllerUnit(BCU)subsystemusingeither1+1or

N+1redundancyincluding:

SiteControllerCards(1+1)

ModemCardsSoft-failandN+1redundancy

OptionalQuartzHighStabilityOscillator(Q-HSO)

Providingupto24hoursofoperationincaseof

GPSsignalfailure

Powersupplymodules(N+1)

TheRFModulehasalsobeendesignedwith

redundancyfeatures.Redundantfiberlinksare

supportedbetweentheRFModuleandtheBCUto

maintainthedatalinkintheeventofdamagetoa

givenfiberconnection.


8/12


ThroughputandCoverage

InBroadbandwirelessnetworkdeployments,

capacityorcoveragerequirementswilltypically

determinehowtodimensionthenetworkfor

necessaryperformance.Forcapacity-focused

deployments,theoperatorsprimaryobjectivemay

betodeliveraspecifiedaveragethroughputtoa

discretesubscriberbasewithinafocusedregion.

Forcoverage-focuseddeployments,theoperators

primaryobjectivemaybetoprovideabasiclevelof

servicetoabroadgeographicarea,extendingthereachofthenetworktoaddressasmanysubscribers

aspossible.

TheWAP400AccessPointcanbeeffectively

deployedtoaddressboththroughputandcoverage.

Throughputandcoveragecapabilitiesofbroadband

wirelessnetworksarehighlyinfluencedbytheradio

environment,theprofileofdataandvoicetraffic

onthenetwork,fixedversusmobileapplication,

throughputrequirementsofsubscribers,andthe

levelofinterferencepresentatthesystem.

DistributedNetworkArchitecture

AWAP400systemisdeployedbasedona

distributednetworkarchitecture.Capacityand

coveragerequirementswillfactorintonetwork

dimensioningtodeterminetheinitialscaleof

thedeployment.Ascoverageorcapacityneeds

grow,additionalbasesitescanbereadilydeployed

andseamlesslydroppedintothedistributed

architecture.

Conventionalcellularsystemshavereliedon

hierarchicalarchitectureswithmultiplelayersof

controlandinterconnectplatforms.Motorolas

WiMAXsystemsleverageasimplified,peer-to-peer

networkarchitecturethatisaflat,IP-baseddesign

inamannersimilartothatofcurrent802.11Wi-Fi

AccessPoints.

Initiallyproposedforcellularsystems,this

distributedarchitecturewasadoptedbyMotorolas

WiMAXsystemsandoffersfullsupportofmobility

applications.

TheWiMAXdistributednetworkarchitecture

approachoffersthefollowingbenefits:

Seamlesslyintegrateswirelesstechnologyspecific

functionalitywithIPnetworkingequipment

Allowsfortheuseofacommonnetworkformultiplewirelessaccesstechnologies

Enablescost-effectiveimplementationfor

deploymentsrangingfromsmalltolargescale

Enablestheuseofmobiledevices

Eliminateshigh-costcentralizedboxes

Enablesnewtypesoftransportnetworkssuchas

metroEthernetforbackhaul

Reduceslatenciesduetoeliminationofmultiple

boxes

Enablesdistributionofapplicationlevel

functionalitysuchascontentdeliverynetworks

WiMAXAccessPointController

Whilepreservingthebenefitsofadistributednetworkarchitecture,theWAP400AccessPoint

systemalsomaintainsacentralizedplatform

forthosefunctionsbestservedbylocalized

management.TheMotorolaWiMAXAccessPoint

Controller(WiMAXAPC)providesmanagementof

keysecurityandmobilityrelatedfunctionsinaWAP

400networkdeployment.

TheWiMAXAPCsupportsthefollowingfeatures:

Authenticationliaisonbetweentheuser/device

andtheAAAserver

SecurityfunctionssuchasLocalKeyDistribution

Function(LKDF)fordeliveringAuthenticationKeys

PagingController(PC)

QoSPolicyDecisionPoint

Flowadmissioncontrolrelatedtohandovers

AccessControl

HandoverDecisionPoint

ProxyMobileIPClientValidation

ContextRepository(CR)function

TheWiMAXAPCisbasedontheATCAplatform

architectureanddesignedtobehighlyscaleable

AdeploymentofWAP400AccessPointsin

conjunctionwithaWiMAXAPCandseparatebearer

controlpathrealizedfromIProutersandswitches

formstheAccessServiceNetworkasdefinedinthe

WiMAXForumReferenceArchitecture.Adeployment

ofWAP400AccessPointsinconjunctionwithaCAP

ControllerformstheAccessServiceNetworkas

definedintheWiMAXForumReferenceArchitecture.


9/12


QoS

TheWAP400systemutilizesfiveclassesofQoS

asdefinedbytheIEEE802.16especification.The

broadsupportofthevariedschedulingclassesat

theMAClevelenablearangeofservicesincluding

robustvoiceanddatamanagementandservicelevel

assurance.

ThefiveQoSclassessupportedbyMotorolaare

UnsolicitedGrantService(UGS),Real-timePolling

Service(rtPS),ExtendedReal-timePollingservice(ertPS),Non-real-timePollingService(nrtPS)and

BestEffort(BE)

FurtherenhancingtheQoScapabilitiesoftheWAP

400system,MotorolaextendstheQoScapability

withanend-to-endQoSframeworktomeetthe

needsoftruecarrier-classdeployments.

Eachend-userisprovisionedwithasetofservice

flowsmappingtothevariousservicesofferedby

theoperator.Forexample,VoIPanddataservices

maybedefinedastwodistinctserviceflowsforan

end-user.Bothserviceflowscouldbeassociated

withappropriateQoSrelatedparametersincluding

the802.16edefinedschedulingclass,DiffServ

CodePoint(DSCP),aswellasminimumand

maximumdatarates.Theseparametersareutilized

atmultiplepointsacrossthenetworktoproviding

properhandlingoftheend-to-endservice.

Security

TheWAP400systemimplements802.16ebased

securityarchitecturetoensureinter-networkand

devicecompatibilityandinteroperability.

Forover-the-airtraffic,PKMv2protocolis

implementedbetweenthedeviceandtheAccess

PointtocarrytheEAPmessages.CCM-modeAESisimplementedfordataencryptionandauthentication.

EAPiscarriedusingAAAprotocols(RADIUS)

betweentheAAAproxyintheWiMAXAPCandthe

AAAserver.Bothdeviceanduserauthenticationis

supported.

AAAserversareanintegralpartofthesecurity

infrastructurefortheDiversityAccessPoint.The

AAAframeworkcallsforaSupplicant,Authenticator,

andanAuthenticationServerrole.Theuserdevice

istheSupplicant,theWiMAXAPCprovidesthe

AuthenticatorfunctionandtheAAAserverplaysthe

AuthenticationServerrole.

TheWAP400solutionsupportsstandard,off-the-

shelfAAAserversforeaseinnetworkdesign.

TheWAP400solutionisbeingdesignedtoachieve

ahighdegreeofsecuritytopreventattackssuchas

DenialofService.Afuturereleasewillintroducea

host-basedIntrusionDetectionSystem(IDS)anda

host-basedfirewallareintothesystemdesign.When

implementedinindividualnetworkelements,theIDS

monitorssystemlogs,criticalsystemresources,and

sensitivefiles,andprovidedimmediatevisibilityinto

unauthorizedaccess.

Devices

Motorolaswi4WiMAXportfoliowillofferafullsuite

ofWiMAX802.16e-2005compliantend-userdevices.

BecauseWiMAXstandards-basedtechnologyis

backedbymajorchipsetmanufacturers,WiMAX

operatorswillbenefitfromsignificantcost

reductionsasdeploymentsexpandandtheyare

abletodeliverconnectionstoalargeecosystemof

WiMAXcompliantdevices.

Motorolaswi4WiMAXportfolioisconformant

tothe802.16e-2005specificationandwillfollow

thecertificationrequirementsdefinedbythe

WiMAXForumindustrygroup.Thiswillensure

thatMotorolasWiMAXequipmentanddevices

arecapableofinteroperatingwithequipment

anddevicesfromabroadspectrumofcompliant

vendors.

MotorolassuiteofWiMAXdeviceswillinclude:

OutdoorSubscriberUnit(CPEo)

Intendedforfixedbroadbandapplication,theOutdoor

SubscriberUnit(CPEo)canbeunobtrusivelymountedoutside

aresidenceorbusinesstodeliverWiMAXconnections

viaEthernettotheindoors.TheCPEoprovidessignificant

advantageinextendedcoverageandcapacity.

DesktopSubscriberUnits(CPEi)

Simple,self-installdevicesthatoperateindoorstoreceive

WiMAXsignalsthroughthebuildingwalls.AvarietyofCPEi

unitswillbeincludedintheportfoliotoaddressvaryingfeature

setsincludingbasicdataconnection,VoIP,andWi-Fi.

PCCard

WiMAXPCcardscanbeutilizedtobringtheWiMAX

connectiondirectlytothelaptopforatrulynomadicexperience

.

Handsets

Asuiteofmultimodemobilehandsetsfeaturingfashionable

designwilldelivercellular-likemobileperformancewith

broadband-likedatathroughput.


10/12


Backhaul

DiversityAccessPointdeploymentswilluse

backhaulsolutionstomanagetheaggregatedata

throughputsservicedbyeachbasesite.

TheWAP400systemwillsupportahostofwireline

andwirelessbackhauloptions.MotorolasWAP

400AccessPointsitesandtheWiMAXAPCcan

beconnectedtoanoperatorsexistingnetwork

throughsimpleL2,Ethernetconnections.Typical

implementationsbenefitbyusingMotorolas

WirelessBackhaulSolutionsconfiguredinaPoint-to-

Pointmanner.

MultipleWAP400basesitescanbepairedwith

MotorolaWirelessBackhaulModulestodirect

trafficfromeachindividualbasesitetoasingle

WAP400basesitelocation.There,thetrafficcanbeaggregatedanddeliveredtotheoperatorscore

network.

OperationsandManagementSystem

MotorolaoffersaWiMAXOperationsand

ManagementSystem(WiMAXOAM)toaddress

theoperationsandmanagementrequirementsof

WiMAXdeployments.TheWiMAXOAMleverages

Motorolasextensiveexperienceinmanaging

wirelessbroadbandnetworks.TheWiMAXOAMwas

developedtoaddressMotorolasWiMAXportfolioof

infrastructureanddevices.

TheWiMAXOAMisdesignedonahighlyflexibleand

scalableplatformtomeetanoperatorsprovisioning

andmanagementrequirementstodayaswellas

growtomeettheneedsofanexpandednetwork

tomorrow.

TheWiMAXOAMcanbeintegratedwithotherOSS

systemsusing3GPP/3GPP2definednorth-bound

interfaces(NBI).TheWiMAXOAMfunctionalelements

canbedistributedacrossmultipleservers.Table3

highlightskeyplatformspecificationsfortheWiMAX

OAMandtable4highlightskeyfeatures&benefits.

TheWiMAXOAMprovidesfunctionalandoperational

featuresdesignedtoincreasesystemavailability,improveservicelevels,andsimplifyprovisioningand

managementofnetworkoperations.

SomeofthekeyinnovationsoftheWiMAXOAM

include:

Actionablealarmsandincidents

Dashboards

Wizardsandwizardtemplates

Incidentandconsolidatedinformationreports

WiMAXOAMPlatformSpecifications

Environment

Hardwareplatform:IntelbasedPC

OS:Windows2003ServerorWindowsXP

Professional

Software:JavaTMRuntimeEnvironment

InterfacetoNetworkElements

XMLflatfiles

SNMPv3

SecureFTP

HTTP/HTTPS

NBI

SNMPv1

UserInterfaces

WebaccesstoEMS(localandremote) LocalEMSapplicat ionsforsecuritymanagement

WIMAXOAMFeatures&Benefits

Features Benefits

FaultManagement

Real-timealarmviewer

andalarmmanagement

Eventlogging

E-maileventnotifications

NetworkElement

availabilityreporting

NetworkElementdiagnostics

Reducesthenumberof

maintenancedispatches

Providestargetedissue

identificationlowering

resolutiontime

ConfigurationManagement

Softwareandconfiguration

distribution

Configurationreports

Inventorydata

Autodiscoveryand

configuration

Simplifiedprovisioningof

newnetworkelementsand

devices

Improvedservicereliability

bymanagingeffective

installationsandautomated

productupdates

PerformanceManagement

Historicalstatisticsretrieve

andprocessing

Real-timeandhistorical

statisticsdisplay

Statisticsstorage

Improvedserviceavailability

throughmonitoringof

networkperformanceand

trendstoidentifyissues

early

SecurityManagement

EMSaccesscontrol

Securitylogging

Safeguardsthenetwork

andensuresappropriate

levelsofsecurity


11/12


WAP400FeatureSet

Thefollowingisalistofhigh-levelfeaturessupported

bytheWAP400AccessPointarchitecture:

Fixedandnomadicapplication

Fullmobilitysupport(upto120km/hr)tobe

introducedviasoftwareupdateinfuturesystem

release

ComplianttoIEEE802.16especifications

Multi-bandandmulti-frequencysupport

o2.3GHzbandwith5MHzand10MHzchannel

bandwidth


bandwidth


bandwidth

oOtherbandclassunderconsideration

WAP400designfeatures

o Trunkedmodems

oUpto4-sectorsupport

oMIMO-A,MIMO-B&ULCollaborativeMIMO

readysystem

oDiversityantennaschemes

Physicallayer

oPartialUsageofSubchannels(PUSC),Full

UsageofSubchannels(FUSC),Advanced,

Modulation&Coding(AMC)

oAdaptivemodulationup64QAMdownlink&16

QAMuplink

MAClayer

oCompressedMAP

oHARQ

oChannelsounding

oQoSsupport

oEncryption

oIPv4CS(IPv6planned)

oPHS,RoHC

EAPsupport

Securitykeydistribution

AAAauthentication

MobileIPproxyMIPfunction(futuresystem

release) SNMPv3

IPSec

Firewall,IDS(futuresystemrelease)

Sleep&idlemodes(futuresystemrelease)

L2andL3handoverswithroamingsupport(future

systemrelease)

Highavailability

IMSintegration

Networkmanagementoptions

IMSBasedFeatures&Services

TheIPMultimediaSubsystem(IMS)representsan

evolvedvisionofthecarrierclassall-IPcorenetwork

andisasignificantcomponentofMotorolasnetworevolutionstrategy.MotorolaIMSunleashesthetrue

potentialofpacket-basedbroadbandnetworks.

TheWAP400systemcombinedwiththeMotorola

IMSsolutioncanprovideacompellingarrayof

featuresandapplicationsfurtherenhancingthe

servicetotheenduser.

Theseservicesmayinclude,butarenotlimitedto

thefollowing:

VoIP

SeamlessMobility(WiFi/Cellular)

SeamlessMobility(CommonServiceProfile)

Presence

CommonAddressBook

Location

VideoCall

VideoStreaming(e.g.Advertising,TV,VOD)

AudioStreaming(e.g.Advertising,Radio,MOD)

Audio/VideoFileDownload

MachinetoMachineSolutions(e.g.Vending

Machines)

PrepaidPushToX(Talk,View,Video)

InstantMessaging(PictureorVideoComponent) InstantVoiceMessage

UnifiedMessaging

TextMessaging(Alerts,Notifications)

Conferencing(Audio/Video)

FindMe/FollowMe

Multi-PlayerGaming

IVR

RingBackTones


12/12

www.motorola.com/wi4

Theinformationpresentedhereinistothebestofourknowledgetrueandaccurate.Nowarrantyorguaranteeexpressedorimpliedismaderegardingthecapacity,performanc

orsuitabilityofanyproduct.MOTOROLAandtheStylizedMLogoareregisteredintheU.S.PatentandTrademarkOffice.Allotherproductorservicenamesarethepropertyof

theirregisteredowners.Motorola,Inc.20070207networksgms

Summary

TheWAP400AccessPointsolutionfeaturing

diversityantennatechniquesaddressesthe

marketneedforcost-effective,high-performing,

broadbandwirelessaccesssolutions.Basedon

802.16e-2005technology,theWAP400solutionwill

allowoperatorstoservicetheirfixedandmobile

broadbandwirelessrequirements.

Motorolaisuniquelypositionedtoaddressthe

wirelessbroadbandmarketthroughtheMOTOwi4vision.Motorolahasaligneditsbusinessunitsand

roadmapstoprovideacomprehensive,end-to-

endsolutioncoveringallaspectsofthebroadband

wirelessaccessdeployment.Withourdeepand

extensivepatentportfolio,overadecadeofR&D

investment,andourexperienceasaglobalsupplier

ofbroadbandwirelessaccesssolutions,Motorolais

primedtodeliveritsbest-of-breedWiMAXsolutions.

Withtheadvancementofwirelessbroadband,we

havetheopportunitytofurtheradvanceourservice

totheend-userfrombasicconnectionsinunserved

regionstohigh-speed,mobileaccessindensemetro

markets.Motorolaoffersoperatorsameanstotruly

transformtheend-userexperience.

motorola - wap400 series access point 6645

Documents