Download - HP MSR4000 Router Series - CNET Contentcdn.cnetcontent.com/86/c8/86c8cadd-b270-42dd-8211-79d32d... · 2015-01-30 · 3 Data sheet | HP MSR4000 Router Series Connectivity • Powerful

Key features

•Upto36Mppsforwardingperformance;supportformultipleconcurrentservices

•Highreliabilitywithseparatedhardwaredataandcontrolplanes,anddualmainprocessingunits(MPUs)

•HPOpenApplicationPlatform(OAP)forHPAllianceOneapplications

•Powerfulaggregationcapacity;integrated10GbE;supportforupto64E1oreightE3/T3ports

•Zero-touchsolutionwithsingle-pane-of-glassmanagement

Product overview

TheHPMSR4000RouterSeries,thenextgenerationofrouterfromHP,isacomponentoftheHPFlexBranchsolution,whichisapartofthecomprehensiveHPFlexNetworkarchitecture.Theseroutersfeatureamodulardesignthatdeliversunmatchedapplicationservicesforextralargebranchoffices,headquarters,andcampuses.ThisgivesyourITpersonnelthebenefitofreducedcomplexity,andsimplifiedconfiguration,deployment,andmanagement.TheMSR4000seriesleveragesseparateddataandcontrolplanes,dualmainprocessingunits(MPUs),andsupportforuptofourpowersupplies,whichprovidesoutstandingperformanceandreliability.

TheMSR4000routersprovideafull-featured,resilientroutingplatformwiththelatestmulticoreCPUs,offer10GigabitSFP+integrated,provideanenhancedPCIbus,andshipwiththelatestversionofHPComwaresoftwaretohelpenablehighperformancewithconcurrentservices.TheMSR4000seriesprovidesafull-featured,resilientroutingplatform,includingIPv6andMultiprotocolLabelSwitching(MPLS),withupto36Mppsforwardingcapacityand28Gb/sofIPSecVirtualPrivateNetworks(VPN)encryptedthroughput.TheseroutersalsosupportHPOpenApplicationPlatform(OAP)modulestodeliverintegratedindustry-leadingHPAllianceOnepartnerapplicationssuchasvirtualization,unifiedcommunicationsandcollaboration(UC&C),andapplicationoptimizationcapabilities.

TheMSR4000seriesprovidesanagile,flexiblenetworkinfrastructurethatenablesyoutoquicklyadapttoyourchangingbusinessrequirementswhiledeliveringintegratedconcurrentservicesonasingle,easy-to-manageplatform.

Data sheet

HP MSR4000 Router Series

2

Datasheet|HPMSR4000RouterSeries

Features and benefits

Performance•Excellentforwardingperformance

Providesforwardingperformanceupto36Mpps(24.2Gb/s);meetsthebandwidth-intensiveapplicationdemandsofenterprisebusinesses

•Powerfulsecuritycapacity

TheMSR4000seriesisavailablewithstandardorhighencryption,anembeddedhardwareencryptionacceleratortoimproveencryptionperformance;IPSecencryptionthroughputcanbeupto28Gb/swithamaximumof10,000IPSecVPNtunnels

Product architecture•Idealmultiserviceplatform

ProvidesWANrouter,Ethernetswitch,statefulfirewall,VPN,andSessionInitiationProtocol(SIP)orvoicegatewayallinonedevice

•Advancedhardwarearchitecture

Providesmulticoreprocessors,Gigabitswitching,andPCIebus;dualmainprocessingunits,fourinternalpowersupplies(N+1configuration),andinternalandexternalCFcardsareoffered;newhigh-performanceMIMmodules(HMIM)supported

•Newoperatingsystemversion

ShipswithnewComwarev7OperatingSystemdeliveringthelatestinvirtualizationandrouting

•OpenApplicationPlatformarchitecture

Providesunmatchedapplicationandservicesflexibility,withthepotentialtodeliverthefunctionalityofmultipledevices,creatingcapitalandoperationalexpensesavingsandlastinginvestmentprotection

•Distributedarchitecturewithseparationofdataandcontrolplanes

Deliversenhancedfaulttoleranceandfacilitatesnearcontinuousoperationandzeroservicedisruptionduringplannedorunplannedcontrol-planeevents;serviceprocessingunits(SPUs)performdataforwarding,encryptionordecryption,andanalyzingorfilteringofdatapackets;mainprocessingunitsperformroutecalculation,forwardtablemaintenance,andconfigureandmonitortheSPU

•Field-programmablegatearray(FPGA)

ImprovesthebandwidthofI/Omoduleslotsfrom100Mb/sto1000Mb/s,andimprovesuplinkperformancefrom1Gb/sto10Gb/s

•MultiGigabitFabric(MGF)

EasesutilizationofthemainprocessorbytransmittingLayer2packetsdirectlyviatheMGF

•Mainprocessingunit(MPU)

Provides1GbEmanagementport;hasdefaultof512MBinternalflashand2GBDDR3memory

•Serviceprocessingunits(SPU)

Includesfour1000BASE-TandfourSFP(combo)slots,twovoiceprocessingmoduleslots,and2GBDDR3memory;SPU200/300alsohasone10GbESFP+slot;forwardingperformance:10 Mpps(SPU-100),20Mpps(SPU-200),36Mpps(SPU-300)

3


Connectivity•Powerfulaggregationcapacity

Supportsintegrated10GbELAN,andupto64E1oreightE3/T3ports,andupto148Gigaportsononechassis

•High-densityportconnectivity

Providesuptoeightinterfacemoduleslotsanduptofouron-boardGigabitEthernetandone10GbEports

•MultipleWANinterfaces

ProvidestraditionallinkswithE1,T1,Serial,AsynchronousTransferMode(ATM),andISDN;high-densityEthernetaccesswithWANFastEthernetandGigabitEthernetwithPOE/POE+;andhigh-speedE3/T3,155Mb/sOC3accessoptions

•Packetstormprotection

Protectsagainstbroadcast,multicast,orunicaststormswithuser-definedthresholds

•Loopback

Supportsinternalloopbacktestingformaintenancepurposesandanincreaseinavailability;loopbackdetectionprotectsagainstincorrectcablingornetworkconfigurationsandcanbeenabledonaper-portorper-VLANbasisforaddedflexibility

•USBinterface

UsesUSBmemorydisktodownloadanduploadconfigurationorOSimagefiles;supportsanexternalUSB3G/4Gmodemfora3G/4GWANuplink

•Flexibleportselection

Providesacombinationoffiberandcopperinterfacemodules,100/1000BASE-Xsupport,and10/100/1000BASE-Tauto-speeddetectionplusautoduplexandMDI/MDI-X

Layer 2 switching•SpanningTreeProtocol(STP)

SupportsstandardIEEE802.1DSTP,IEEE802.1wRapidSpanningTreeProtocol(RSTP)forfasterconvergence,andIEEE802.1sMultipleSpanningTreeProtocol(MSTP)

•InternetGroupManagementProtocol(IGMP)andMulticastListenerDiscovery(MLD)protocolsnooping

ControlsandmanagesthefloodingofmulticastpacketsinaLayer2network

•Portmirroring

Duplicatesporttraffic(ingressandegress)toalocalorremotemonitoringport

•VLANs

Supportsupto4,094VLANSorIEEE802.1Q-basedVLANs

•sFlow

Allowstrafficsampling

4


Layer 3 routing•StaticIPv4routing

ProvidessimplemanuallyconfiguredIPv4routing

•RoutingInformationProtocol(RIP)

UsesadistancevectoralgorithmwithUserDatagramProtocol(UDP)packetsforroutedetermination;supportsRIPv1andRIPv2routing;includesloopprotection

•Openshortestpathfirst(OSPF)

Deliversfasterconvergence;usesthislink-stateroutingInteriorGatewayProtocol(IGP),whichsupportsECMP,NSSA,andMD5authenticationforincreasedsecurityandgracefulrestartforfasterfailurerecovery

•BorderGatewayProtocol4(BGP-4)

DeliversanimplementationoftheExteriorGatewayProtocol(EGP)utilizingpathvectors;usesTCPforenhancedreliabilityfortheroutediscoveryprocess;reducesbandwidthconsumptionbyadvertisingonlyincrementalupdates;supportsextensivepoliciesforincreasedflexibility;scalestoverylargenetworks

•Intermediatesystemtointermediatesystem(IS-IS)

UsesapathvectorInteriorGatewayProtocol(IGP),whichisdefinedbytheISOorganizationforIS-ISroutingandextendedbyIETFRFC1195tooperateinbothTCP/IPandtheOSIreferencemodel(IntegratedIS-IS)

•StaticIPv6routing

ProvidessimplemanuallyconfiguredIPv6routing

•DualIPstack

MaintainsseparatestacksforIPv4andIPv6toeasethetransitionfromanIPv4-onlynetworktoanIPv6-onlynetworkdesign

•RoutingInformationProtocolnextgeneration(RIPng)

ExtendsRIPv2tosupportIPv6addressing

•OSPFv3

ProvidesOSPFsupportforIPv6

•BGP+

ExtendsBGP-4tosupportMultiprotocolBGP(MBGP),includingsupportforIPv6addressing

•IS-ISforIPv6

ExtendsIS-IStosupportIPv6addressing

•IPv6tunneling

AllowsIPv6packetstotraverseIPv4-onlynetworksbyencapsulatingtheIPv6packetintoastandardIPv4packet;supportsmanuallyconfigured,6to4,andIntra-SiteAutomaticTunnelAddressingProtocol(ISATAP)tunnels;isanimportantelementforthetransitionfromIPv4toIPv6

•MultiprotocolLabelSwitching(MPLS)

UsesBGPtoadvertiseroutesacrossLabelSwitchedPaths(LSPs),butusessimplelabelstoforwardpacketsfromanyLayer2orLayer3protocol,whichreducescomplexityandincreasesperformance;supportsgracefulrestartforreducedfailureimpact;supportsLSPtunnelingandmultilevelstacks

5


•MultiprotocolLabelSwitching(MPLS)Layer3VPN

AllowsLayer3VPNsacrossaprovidernetwork;usesMultiprotocolBGP(MBGP)toestablishprivateroutesforincreasedsecurity;supportsRFC2547bismultipleautonomoussystemVPNsforaddedflexibility;supportsIPv6MPLSVPN

•MultiprotocolLabelSwitching(MPLS)Layer2VPN

EstablishessimpleLayer2point-to-pointVPNsacrossaprovidernetworkusingonlyMPLSLabelDistributionProtocol(LDP);requiresnoroutingandthereforedecreasescomplexity,increasesperformance,andallowsVPNsofnon-routableprotocols;usesnoroutinginformationforincreasedsecurity;supportsCircuitCrossConnect(CCC),StaticVirtualCircuits(SVCs),Martinidraft,andKompella-drafttechnologies

•Routingpolicy

Allowscustomfiltersforincreasedperformanceandsecurity;supportsaccesscontrollists(ACLs),IPprefix,ASpaths,communitylists,andaggregatepolicies

Layer 3 services•AddressResolutionProtocol(ARP)

DeterminestheMACaddressofanotherIPhostinthesamesubnet;supportsstaticARPs;gratuitousARPallowsdetectionofduplicateIPaddresses;proxyARPallowsnormalARPoperationbetweensubnetsorwhensubnetsareseparatedbyaLayer2network

•UserDatagramProtocol(UDP)helper

RedirectsUDPbroadcaststospecificIPsubnetstopreventserverspoofing

•DynamicHostConfigurationProtocol(DHCP)

SimplifiesthemanagementoflargeIPnetworksandsupportsclientandserver;DHCPRelayenablesDHCPoperationacrosssubnets

Quality of Service (QoS)•Hierarchicalqualityofservice(HQoS)orNestedQoS

Managestrafficuniformly,andhierarchicallyschedulestrafficbyuser,networkservice,andapplication;providesmoregranulartrafficcontrolandqualityassuranceservicesthantraditionalQoS

•Trafficpolicing

SupportsCommittedAccessRate(CAR)andlinerate

•Congestionmanagement

SupportsFIFO,PQ,CQ,WFQ,CBQ,andRTPQ

•Weightedrandomearlydetection(WRED)orrandomearlydetection(RED)

Deliverscongestionavoidancecapabilitiesthroughtheuseofqueuemanagementalgorithms

•OtherQoStechnologies

Supportstrafficshaping,MPLSQoS,MPQoSorLFI,andControlPlanePolicing(CoPP)

6


Security•AutoDiscoverVPN(ADVPN)

Collects,maintains,anddistributesdynamicpublicaddressesthroughtheVPNAddressManagement(VAM)protocol,makingVPNestablishmentavailablebetweenenterprisebranchesthatusedynamicaddressestoaccessthepublicnetwork;comparedtotraditionalVPNtechnologies,ADVPNtechnologyismoreflexibleandhasricherfeatures,suchasNATtraversalofADVPNpackets,AAAidentityauthentication,IPSecprotectionofdatapackets,andmultipleVPNdomains

•IPSecVPN

SupportsDES,TripleDES(3DES),andAdvancedEncryptionStandard(AES)128/192/256encryption,andMD5andSHA-1authentication

•Accesscontrollist(ACL)

SupportspowerfulACLsforbothIPv4andIPv6;ACLsareusedforfilteringtraffictopreventunauthorizedusersfromaccessingthenetwork,orforcontrollingnetworktraffictosaveresources;rulescaneitherdenyorpermittraffictobeforwarded;rulescanbebasedonaLayer2headeroraLayer3protocolheader;rulescanbesettooperateonspecificdatesortimes

•TerminalAccessControllerAccess-ControlSystem(TACACS+)

DeliversanauthenticationtoolusingTCPwithencryptionofthefullauthenticationrequest,providingadditionalsecurity

•UnicastReversePathForwarding(URPF)

Allowsnormalpacketstobeforwardedcorrectly,butdiscardstheattachingpacketduetolackofreversepathrouteorincorrectinboundinterface;preventssourcespoofinganddistributedattacks

•Networklogin

Allowsauthenticationofmultipleusersperport

•RADIUS

Easessecurityaccessadministrationbyusingauserorpasswordauthenticationserver

•Networkaddresstranslation(NAT)

Supportsone-to-oneNAT,many-to-manyNAT,andNATcontrol,enablingNAPTtosupportmultipleconnections;supportsblacklistinNAT,alimitonthenumberofconnections,sessionlogs,andmulti-instances

•SecureShell(SSHv2)

Usesexternalserverstosecurelylogintoaremotedevice;withauthenticationandencryption,itprotectsagainstIPspoofingandplaintextpasswordinterception;increasesthesecurityofSecureFileTransferProtocol(SFTP)transfers

Convergence•InternetGroupManagementProtocol(IGMP)

UtilizesAny-SourceMulticast(ASM)orSource-SpecificMulticast(SSM)tomanageIPv4multicastnetworks;supportsIGMPv1,v2,andv3

•ProtocolIndependentMulticast(PIM)

DefinesmodesofInternetIPv4andIPv6multicastingtoallowone-to-manyandmany-to-manytransmissionofinformation;supportsPIMDenseMode(DM),SparseMode(SM),andSource-SpecificMode(SSM)

7


•MulticastSourceDiscoveryProtocol(MSDP)

AllowsmultiplePIM-SMdomainstointeroperate;isusedforinter-domainmulticastapplications

•MulticastBorderGatewayProtocol(MBGP)

AllowsmulticasttraffictobeforwardedacrossBGPnetworksandkeptseparatefromunicasttraffic

Integration•EmbeddedVPNandfirewall

Providesenhancedstatefulpacketinspectionandfiltering;deliversadvancedVPNserviceswithTripleDES(3DES)andAdvancedEncryptionStandard(AES)encryptionathighperformanceandlowlatency,URLfiltering,andapplicationprioritizationandenhancement

•EmbeddedNetStream

Improvestrafficdistributionusingpowerfulschedulingalgorithms,includingLayer4to7services;monitorsthehealthstatusofserversandfirewalls

•SIPtrunking

Deliversmultipleconcurrentcallsononelink;thecarrierauthenticatesonlythelink,ratherthancarryingeachSIPcallonthelink

Resiliency and high availability•Backupcenter

Actsasapartofthemanagementandbackupfunctiontoprovidebackupfordeviceinterfaces;deliversreliabilitybyswitchingtrafficovertoabackupinterfacewhentheprimaryonefails

•VirtualRouterRedundancyProtocol(VRRP)

Allowsgroupsoftworouterstodynamicallybackeachotheruptocreatehighlyavailableroutedenvironments;supportsVRRPloadbalancing

•In-ServiceSoftwareUpgrade(ISSU)

Lowersdowntimecausedbyplannedmaintenanceandsoftwareupgrades

•EmbeddedAutomationArchitecture(EAA)

Monitorstheinternaleventandstatusofsystemhardwareandsoftware,identifyingpotentialproblemsasearlyaspossible;collectsfieldinformationandattemptstoautomaticallyrepairtheissues;basedontheuserconfiguration,onsiteinformationwillbesenttotechnicalsupport

•Multipleinternalpowersupplyslots

Delivershigherreliabilitywithamaximumoffourinternalpowersupplies,whichcanbeinstalled

•BidirectionalForwardingDetection(BFD)

Detectsquicklythefailuresofthebidirectionalforwardingpathsbetweentwodevicesforupper-layerprotocolssuchasroutingprotocolsandMPLS

8


Management•HPIntelligentManagementCenter(IMC)

Integratesfaultmanagement,elementconfiguration,andnetworkmonitoringfromacentralvantagepoint;built-insupportforthird-partydevicesenablesnetworkadministratorstocentrallymanageallnetworkelementswithavarietyofautomatedtasks,includingdiscovery,categorization,baselineconfigurations,andsoftwareimages;thesoftwarealsoprovidesconfigurationcomparisontools,versiontracking,changealerts,andmore

•Industry-standardCLIwithahierarchicalstructure

Reducestrainingtimeandexpenses,andincreasesproductivityinmultivendorinstallations

•Managementsecurity

Restrictsaccesstocriticalconfigurationcommands;offersmultipleprivilegelevelswithpasswordprotection;ACLsprovidetelnetandSimpleNetworkManagementProtocol(SNMP)access;localandremotesyslogcapabilitiesallowloggingofallaccess

•SNMPv1,v2,andv3

ProvidecompletesupportofSNMP;providefullsupportofindustry-standardManagementInformationBase(MIB)plusprivateextensions;SNMPv3supportsincreasedsecurityusingencryption

•Remotemonitoring(RMON)

UsesstandardSNMPtomonitoressentialnetworkfunctions;supportsevents,alarm,history,andstatisticsgroupplusaprivatealarmextensiongroup

•FTP,TFTP,andSFTPsupport

Offersdifferentmechanismsforconfigurationupdates;FTPallowsbidirectionaltransfersoveraTCP/IPnetwork;trivialFTP(TFTP)isasimplermethodusingUserDatagramProtocol(UDP);SecureFileTransferProtocol(SFTP)runsoveranSSHtunneltoprovideadditionalsecurity

•Debugandsamplerutility

SupportspingandtracerouteforbothIPv4andIPv6

•NetworkTimeProtocol(NTP)

Synchronizestimekeepingamongdistributedtimeserversandclients;keepstimekeepingconsistentamongallclock-dependentdeviceswithinthenetworksothatthedevicescanprovidediverseapplicationsbasedontheconsistenttime

•Informationcenter

Providesacentralrepositoryforsystemandnetworkinformation;aggregatesalllogs,traps,anddebugginginformationgeneratedbythesystemandmaintainstheminorderofseverity;outputsthenetworkinformationtomultiplechannelsbasedonuser-definedrules

•Managementinterfacecontrol

Providesmanagementaccessthroughmodemportandterminalinterface;providesaccessthroughterminalinterface,telnet,orSSH

•NetworkQualityAnalyzer(NQA)

Analyzesnetworkperformanceandservicequalitybysendingtestpackets,andprovidesnetworkperformanceandservicequalityparameterssuchasjitter,TCP,orFTPconnectiondelays;allowsnetworkmanagertodetermineoverallnetworkperformanceanddiagnoseandlocatenetworkcongestionpointsorfailures

•Role-basedsecurity

Deliversrole-basedaccesscontrol(RBAC);supports16userlevels(0~15)

•Standards-basedauthenticationsupportforLDAP

Integratesseamlesslyintoexistingauthenticationservices

9


Ease of deployment•Zero-touchdeployment

SupportsTR069,bothUSBdiskautodeploymentand3GSMSautodeployment

Additional information•OPEXsavings

Simplifiesandstreamlinesdeployment,management,andtrainingthroughtheuseofacommonoperatingsystem,therebycuttingcostsaswellasreducingtheriskofhumanerrorsassociatedwithhavingtomanagemultipleoperatingsystemsacrossdifferentplatformsandnetworklayers

•Fastertimetomarket

Allowsnewandcustomfeaturestobebroughtrapidlytomarketthroughengineeringefficiencies,deliveringbetterinitialandongoingstability

•Greeninitiativesupport

ProvidessupportforRoHSandWEEEregulations

Warranty and support•1-yearWarranty

Advancehardwarereplacementwith10-calendar-daydelivery(availableinmostcountries)

•Electronicandtelephonesupport(forWarranty2.0)

Limitedelectronicand24x7telephonesupportisavailablefromHPfortheentirewarrantyperiod;toreachoursupportcenters,refertohp.com/networking/contact-support;fordetailsonthedurationofsupportprovidedwithyourproductpurchase,refertohp.com/networking/warrantysummary

•Softwarereleases

Tofindsoftwareforyourproduct,refertohp.com/networking/support;fordetailsonthesoftwarereleasesavailablewithyourproductpurchase,refertohp.com/networking/warrantysummary

http://www.hp.com/networking/contact-support

http://www.hp.com/networking/warrantysummary


http://www.hp.com/networking/support



10


HP MSR4000 Router Series

Specifications

HP MSR4060 Router Chassis (JG403A) HP MSR4080 Router Chassis (JG402A)

I/O ports and slots 2MPU(MainProcessingUnit)slots

1SPU(ServiceProcessingUnit)slot

6HMIMslots

4PowerSupplyslots

2MPU(MainProcessingUnit)slots

1SPU(ServiceProcessingUnit)slot

8HMIMslots

4PowerSupplyslots

Physical characteristics

Dimensions

Weight

17.32(w)x18.9(d)x6.89(h)in(44x48x17.50cm)(4Uheight)

45.52lb(20.65kg)

17.32(w)x18.9(d)x8.64(h)in(44x48x21.95cm)(5Uheight)

49.93lb(22.65kg)

Memory and processor MPU-100,2coresRISC@1GHz,512MBflashcapacity,2GBDDR3SDRAM

SPU-100,8coresRISC@1GHz,2GBDDR3SDRAM



MPU-100,2coresRISC@1GHz,512MBflashcapacity,2GBDDR3SDRAM




Mounting and enclosure DesktoporcanbemountedinaEIAstandard19-inchtelcorackwhenusedwiththerack-mountkitinthepackage.

DesktoporcanbemountedinaEIAstandard19-inchtelcorackwhenusedwiththerack-mountkitinthepackage.

Performance

Throughput

Routingtablesize

Forwardingtablesize

SPU-100/SPU-200/SPU-300(10Mpps/20Mpps/36Mpps)

1000000entries(IPv4),1000000entries(IPv6)


SPU-100/SPU-200/SPU-300(10Mpps/20Mpps/36Mpps)



Environment

Operatingtemperature

Operatingrelativehumidity

Nonoperating/Storagetemperature

Nonoperating/Storagerelativehumidity

Altitude

32°Fto113°F(0°Cto45°C)

5%to90%,noncondensing

-40°Fto158°F(-40°Cto70°C)


upto16,404ft(5km)

32°Fto113°F(0°Cto45°C)


-40°Fto158°F(-40°Cto70°C)


upto16,404ft(5km)

11



Electrical characteristics

Frequency

Maximumheatdissipation

ACvoltage

DCvoltage

Maximumpowerrating

PoEpower

50/60Hz

285/347BTU/hr(300.67/366.09kJ/hr),lowernumberiswithSPU-100moduleinstalled;highernumberisforSPU-200

100-240VAC

-36to-75VDC

300W

450WPoE+

NoteMaximumpowerratingandmaximumheatdissipationaretheworst-casetheoreticalmaximumnumbersprovidedforplanningtheinfrastructurewithfullyloadedPoE(ifequipped),100%traffic,allportspluggedin,andallmodulespopulated.

PoEPoweristhepowersuppliedbytheinternalpowersupply,itisdependentonthetypeandquantityofpowersuppliesandmaybesupplementedwiththeuseofaExternalPowerSupply(EPS).

Nodefaultpowersupplyisincludedinthechassis;aminimumofone/maximumoffourpowersuppliesshouldbeordered.

50/60Hz

297/358BTU/hr(313.33/377.69kJ/hr),lowernumberiswithSPU-100moduleinstalled;highernumberisforSPU-200

100-240VAC

-36to-75VDC

300W

450WPoE+

Maximumpowerratingandmaximumheatdissipationaretheworst-casetheoreticalmaximumnumbersprovidedforplanningtheinfrastructurewithfullyloadedPoE(ifequipped),100%traffic,allportspluggedin,andallmodulespopulated.

PoEPoweristhepowersuppliedbytheinternalpowersupply,itisdependentonthetypeandquantityofpowersuppliesandmaybesupplementedwiththeuseofaExternalPowerSupply(EPS).

Nodefaultpowersupplyisincludedinthechassis;aminimumofone/maximumoffourpowersuppliesshouldbeordered.

Reliability

MTBF(years) 178.66 178.66

Safety UL60950-1;EN60825-1SafetyofLaserProducts-Part1;EN60825-2SafetyofLaserProducts-Part2;IEC60950-1;EN60950-1;CAN/CSA-C22.2No.60950-1;FDA21CFR

SubchapterJ;AS/NZS60950-1;GB4943.1

UL60950-1;EN60825-1SafetyofLaserProducts-Part1;EN60825-2SafetyofLaserProducts-Part2;IEC60950-1;EN60950-1;CAN/CSA-C22.2No.60950-1;FDA21CFR

SubchapterJ;AS/NZS60950-1;GB4943.1

Emissions EN61000-4-11:2004;ANSIC63.4-2009;AS/NZSCISPR22:2009;CISPR22Ed2.02008-09;EN55022:2010;EN61000-3-3:2008;GB9254-2008;IEC61000-3-2Ed3.0(2009-02);IEC61000-3-3Ed2.0(2008-06);VCCIV-4/2012.04;CISPR24Ed2.02010-08;EN55024:2010;EN61000-3-2:2006+A1:2009+A2:2009;EN61000-4-2:2009;EN61000-4-29:2000;EN61000-4-3:2006;EN61000-4-4:2012;EN61000-4-5:2006;EN61000-4-6:2009;EN61000-4-8:2010;ETSIEN300386V1.6.1(2012-09);FCC47CFRPart15(latestcurrentversion);ICES-003Issue5;IEC61000-4-11Ed2.0(2004-03);IEC61000-4-2Ed2.0(2008-12);IEC61000-4-29Ed1.0(2000-08);IEC61000-4-3Ed3.2(2010-04);IEC61000-4-4Ed3.0(2012-04);IEC61000-4-5Ed2.0(2005-11);IEC61000-4-6Ed3.0(2008-10);IEC61000-4-8Ed2.0(2009-09);VCCIV-3/2013.04

EN61000-4-11:2004;ANSIC63.4-2009;AS/NZSCISPR22:2009;CISPR22Ed2.02008-09;EN55022:2010;EN61000-3-3:2008;GB9254-2008;IEC61000-3-2Ed3.0(2009-02);IEC61000-3-3Ed2.0(2008-06);VCCIV-4/2012.04;CISPR24Ed2.02010-08;EN55024:2010;EN61000-3-2:2006+A1:2009+A2:2009;EN61000-4-2:2009;EN61000-4-29:2000;EN61000-4-3:2006;EN61000-4-4:2012;EN61000-4-5:2006;EN61000-4-6:2009;EN61000-4-8:2010;ETSIEN300386V1.6.1(2012-09);FCC47CFRPart15(latestcurrentversion);ICES-003Issue5;IEC61000-4-11Ed2.0(2004-03);IEC61000-4-2Ed2.0(2008-12);IEC61000-4-29Ed1.0(2000-08);IEC61000-4-3Ed3.2(2010-04);IEC61000-4-4Ed3.0(2012-04);IEC61000-4-5Ed2.0(2005-11);IEC61000-4-6Ed3.0(2008-10);IEC61000-4-8Ed2.0(2009-09);VCCIV-3/2013.04

12



Telecom FCCpart68;CS-03 FCCpart68;CS-03

Management IMC—IntelligentManagementCenter;command-lineinterface;limitedcommand-lineinterface;configurationmenu;out-of-bandmanagement(RJ-45Ethernet);SNMPManager;Telnet;RMON1;FTP;in-lineandout-of-band;modeminterface;out-of-bandmanagement(serialRS-232CorMicroUSB);IEEE802.3EthernetMIB

IMC—IntelligentManagementCenter;command-lineinterface;limitedcommand-lineinterface;configurationmenu;out-of-bandmanagement(RJ-45Ethernet);SNMPManager;Telnet;RMON1;FTP;in-lineandout-of-band;modeminterface;out-of-bandmanagement(serialRS-232CorMicroUSB);IEEE802.3EthernetMIB

Services RefertotheHPwebsiteathp.com/networking/servicesfordetailsontheservice-leveldescriptionsandproductnumbers.Fordetailsaboutservicesandresponsetimesinyourarea,pleasecontactyourlocalHPsalesoffice.

RefertotheHPwebsiteathp.com/networking/servicesfordetailsontheservice-leveldescriptionsandproductnumbers.Fordetailsaboutservicesandresponsetimesinyourarea,pleasecontactyourlocalHPsalesoffice.

http://www.hp.com/networking/services

http://www.hp.com/networking/services

13


Standards and Protocols

(appliestoallproductsinseries)

BGP RFC1163BorderGatewayProtocol(BGP)

RFC1267BorderGatewayProtocol3(BGP-3)

RFC1657DefinitionsofManagedObjectsforBGPv4

RFC1771BGPv4

RFC1772ApplicationoftheBGP

RFC1773ExperiencewiththeBGP-4Protocol

RFC1774BGP-4ProtocolAnalysis

RFC1965BGP-4confederations

RFC1997BGPCommunitiesAttribute

RFC2439BGPRouteFlapDamping

RFC2547BGP/MPLSVPNs

RFC2796BGPRouteReflection

RFC2842CapabilityAdvertisementwithBGP-4

RFC2858BGP-4Multi-ProtocolExtensions

RFC2918RouteRefreshCapability

RFC3065AutonomousSystemConfederationsforBGP

RFC3107SupportBGPcarryLabelforMPLS

RFC3392CapabilitiesAdvertisementwithBGP-4

RFC4271ABorderGatewayProtocol4(BGP-4)

RFC4273DefinitionsofManagedObjectsforBGP-4

RFC4274BGP-4ProtocolAnalysis

RFC4275BGP-4MIBImplementationSurvey

RFC4276BGP-4ImplementationReport

RFC4277ExperiencewiththeBGP-4Protocol

RFC4360BGPExtendedCommunitiesAttribute

RFC4456BGPRouteReflection:AnAlternativetoFullMeshInternalBGP(IBGP)

RFC4724GracefulRestartMechanismforBGP

RFC4760MultiprotocolExtensionsforBGP-4

RFC1998AnApplicationoftheBGPCommunityAttributeinMulti-homeRouting

Denial of service protection CPUDoSProtection RateLimitingbyACLs

Device management RFC1155StructureandMgmtInformation(SMIv1)

RFC1157SNMPv1/v2c

RFC1305NTPv3

RFC1591DNS(client)

RFC1902(SNMPv2)

RFC1908(SNMPv1/2Coexistence)

RFC1945HypertextTransferProtocol—HTTP/1.0

RFC2271Framework

RFC2573(SNMPv3Applications)

RFC2576(CoexistencebetweenSNMPV1,V2,V3)

RFC2578-2580SMIv2

RFC2579(SMIv2TextConventions)

RFC2580(SMIv2Conformance)

RFC3416(SNMPProtocolOperations v2)

RFC3417(SNMPTransportMappings)

General protocols RFC768UDP

RFC783TFTPProtocol(revision2)

RFC791IP

RFC792ICMP

RFC793TCP

RFC826ARP

RFC896CongestionControlinIP/TCPInternetworks

RFC917InternetSubnets

RFC925Multi-LANAddressResolution

RFC950InternetStandardSubnettingProcedure

RFC951BOOTP

RFC959FileTransferProtocol(FTP)

RFC1027ProxyARP

RFC1048BOOTP(BootstrapProtocol)vendorinformationextensions

RFC1058RIPv1

RFC1091TelnetTerminal-TypeOption

RFC1093NSFNETroutingarchitecture

RFC1141IncrementalupdatingoftheInternetchecksum

RFC1142OSIIS-ISIntra-domainRoutingProtocol

RFC1166InternetaddressusedbyInternetProtocol(IP)

RFC1191PathMTUdiscovery

RFC1195OSIISISforIPandDualEnvironments

RFC1213ManagementInformationBaseforNetworkManagementofTCP/IP-basedinternets

RFC1253(OSPFv2)

RFC1305NTPv3(IPv4only)

RFC1321TheMD5Message-DigestAlgorithm

RFC1323TCPExtensionsforHighPerformance

RFC1349TypeofService

RFC1350TFTPProtocol(revision2)

RFC1449TransportMappingsforversion2oftheSimpleNetworkManagementProtocol(SNMPv2)

RFC1519CIDR

RFC1542BOOTPExtensions

RFC1542ClarificationsandExtensionsfortheBootstrapProtocol

RFC1624IncrementalInternetChecksum

RFC1631NAT

RFC1701GenericRoutingEncapsulation

RFC1702GenericRoutingEncapsulationoverIPv4networks

RFC1721RIP-2Analysis

RFC1722RIP-2Applicability

RFC1723RIPv2

RFC1724RIPVersion2MIBExtension

RFC1777LightweightDirectoryAccessProtocol

RFC1812IPv4Routing

RFC1825SecurityArchitecturefortheInternetProtocol

RFC1826IPAuthenticationHeader

RFC1827IPEncapsulatingSecurityPayload(ESP)

RFC1829TheESPDES-CBCTransform

RFC1945HypertextTransferProtocol—HTTP/1.0

RFC1966BGPRouteReflectionAnalternativetofullmeshIBGP

RFC1981PathMTUDiscoveryforIPversion6

RFC2003IPEncapsulationwithinIP

RFC2018TCPSelectiveAcknowledgementOptions

RFC2082RIP-2MD5Authentication

RFC2104HMAC:Keyed-HashingforMessageAuthentication

RFC2131DHCP

RFC2132DHCPOptionsandBOOTPVendorExtensions

RFC2138RemoteAuthenticationDialInUserService(RADIUS)

RFC2236IGMPSnooping

RFC2246TheTLSProtocolVersion1.0

14




RFC2251LightweightDirectoryAccessProtocol(v3)

RFC2252LightweightDirectoryAccessProtocol(v3):AttributeSyntaxDefinitions

RFC2283MBGP

RFC2309RecommendationsonqueuemanagementandcongestionavoidanceintheInternet

RFC2338VRRP

RFC2451TheESPCBC-ModeCipherAlgorithms

RFC2453RIPv2

RFC2474DefinitionoftheDifferentiatedServicesField(DSField)intheIPv4andIPv6Headers

RFC2510InternetX.509PublicKeyInfrastructureCertificateManagementProtocols

RFC2519AFrameworkforInter-DomainRouteAggregation

RFC2529TransmissionofIPv6overIPv4DomainswithoutExplicitTunnels

RFC2548(MS-RAS-Vendoronly)

RFC2581TCPCongestionControl

RFC2597AssuredForwardingPHBGroup

RFC2598AnExpeditedForwardingPHB

RFC2616HTTPCompatibilityv1.1

RFC2661L2TP

RFC2663NATTerminologyandConsiderations

RFC2694DNSextensionstoNetworkAddressTranslators(DNS_ALG)

RFC2698ATwoRateThreeColorMarker

RFC2716PPPEAPTLSAuthenticationProtocol

RFC2747RSVPCryptographicAuthentication

RFC2763DynamicName-to-SystemIDmapping

RFC2784GenericRoutingEncapsulation(GRE)

RFC2827NetworkIngressFiltering:DefeatingDenialofServiceAttacksWhichEmployIPSourceAddressSpoofing

RFC2865RemoteAuthenticationDialInUserService(RADIUS)

RFC2866RADIUSAccounting

RFC2868RADIUSAttributesforTunnelProtocolSupport

RFC2869RADIUSExtensions

RFC2884PerformanceEvaluationofExplicitCongestionNotification(ECN)inIPNetworks.

RFC2963ARateAdaptiveShaperforDifferentiatedServices

RFC2966Domain-widePrefixDistributionwithTwo-LevelIS-IS

RFC2973IS-ISMeshGroups

RFC2993ArchitecturalImplicationsofNAT

RFC3011TheIPv4SubnetSelectionOptionforDHCP

RFC3022TraditionalIPNetworkAddressTranslator(TraditionalNAT)

RFC3027ProtocolComplicationswiththeIPNetworkAddressTranslator

RFC3031MultiprotocolLabelSwitchingArchitecture

RFC3032MPLSLabelStackEncoding

RFC3036LDPSpecification

RFC3037LDP(LabelDistributionProtocol)Applicability

RFC3046DHCPRelayAgentInformationOption

RFC3063MPLSLoopPreventionMechanism

RFC3137OSPFStubRouterAdvertisement

RFC3168TheAdditionofExplicitCongestionNotification(ECN)toIP

RFC3215LDPStateMachine

RFC3246ExpeditedForwardingPHB

RFC3268AdvancedEncryptionStandard(AES)CiphersuitesforTransportLayerSecurity(TLS)

RFC3277IS-ISTransientBlackholeAvoidance

RFC3279AlgorithmsandIdentifiersfortheInternetX.509PublicKeyInfrastructureCertificateandCertificateRevocationList(CRL)Profile

RFC3280InternetX.509PublicKeyInfrastructureCertificateandCertificateRevocationList(CRL)Profile

RFC3319DynamicHostConfigurationProtocol(DHCPv6)OptionsforSessionInitiationProtocol(SIP)Servers

RFC3359ReservedType,LengthandValue(TLV)CodepointsinIntermediateSystemtoIntermediateSystem

RFC3392SupportBGPcapabilitiesadvertisement

RFC3443TimeToLive(TTL)ProcessinginMulti-ProtocolLabelSwitching(MPLS)Networks

RFC3478GracefulRestartMechanismforLabelDistributionProtocol

RFC3479FaultTolerancefortheLabelDistributionProtocol(LDP)

RFC3509OSPFABRBehavior

RFC3526MoreModularExponential(MODP)Diffie-HellmangroupsforInternetKeyExchange(IKE)

RFC3564RequirementsforSupportofDifferentiatedServices-awareMPLSTrafficEngineering

RFC3567IntermediateSystemtoIntermediateSystem(IS-IS)CryptographicAuthentication

RFC3584CoexistencebetweenVersion1andVersion2oftheInternet-standardNetworkManagementFramework

RFC3602TheAES-CBCCipherAlgorithmandItsUsewithIPSec

RFC3612ApplicabilityStatementforRestartMechanismsfortheLabelDistributionProtocol(LDP)

RFC3623GracefulOSPFRestart

RFC3646DNSConfigurationoptionsforDynamicHostConfigurationProtocolforIPv6(DHCPv6)

RFC3662ALowerEffortPer-DomainBehavior(PDB)forDifferentiatedServices

RFC3704UnicastReversePathForwarding(URPF)

RFC3706ATraffic-BasedMethodofDetectingDead

InternetKeyExchange(IKE)Peers

RFC3719RecommendationsforInteroperableNetworksusingIntermediateSystemtoIntermediateSystem(IS-IS)

RFC3736StatelessDynamicHostConfigurationProtocol(DHCP)ServiceforIPv6

RFC3768VirtualRouterRedundancyProtocol(VRRP)

RFC3782TheNewRenoModificationtoTCP’sFastRecoveryAlgorithm

RFC3786ExtendingtheNumberofIS-ISLSPFragmentsBeyondthe256Limit

RFC3787RecommendationsforInteroperableIPNetworksusingIntermediateSystemtoIntermediateSystem(IS-IS)

RFC3810MulticastListenerDiscoveryVersion2(MLDv2)forIPv6

RFC3812MultiprotocolLabelSwitching(MPLS)TrafficEngineering(TE)ManagementInformationBase(MIB)

RFC3815DefinitionsofManagedObjectsfortheMultiprotocolLabelSwitching(MPLS),LabelDistributionProtocol(LDP)

RFC3847RestartsignalingforIS-IS

RFC3916RequirementsforPseudo-WireEmulationEdge-to-Edge(PWE3)

RFC3948UDPEncapsulationofIPsecESPPackets

RFC3973ProtocolIndependentMulticast-DenseMode(PIM-DM):ProtocolSpecification(Revised)

RFC3985PseudoWireEmulationEdge-to-Edge(PWE3)Architecture

RFC4061BenchmarkingBasicOSPFSingleRouterControlPlaneConvergence

15




RFC4062OSPFBenchmarkingTerminologyandConcepts

RFC4063ConsiderationsWhenUsingBasicOSPFConvergenceBenchmarks

RFC4109AlgorithmsforInternetKeyExchangeversion1(IKEv1)

RFC4133EntityMIB(Version3)

RFC4182RemovingaRestrictionontheuseofMPLSExplicitNULL

RFC4214Intra-SiteAutomaticTunnelAddressingProtocol(ISATAP)

RFC4222PrioritizedTreatmentofSpecificOSPFVersion2PacketsandCongestionAvoidance

RFC4250TheSecureShell(SSH)ProtocolAssignedNumbers

RFC4251TheSecureShell(SSH)ProtocolArchitecture

RFC4252TheSecureShell(SSH)AuthenticationProtocol

RFC4253TheSecureShell(SSH)TransportLayerProtocol

RFC4254TheSecureShell(SSH)ConnectionProtocol

RFC4291IPVersion6AddressingArchitecture

RFC4305CryptographicAlgorithmImplementationRequirementsforEncapsulatingSecurityPayload(ESP)andAuthenticationHeader(AH)

RFC4364BGP/MPLSIPVirtualPrivateNetworks(VPNs)

RFC4365ApplicabilityStatementforBGP/MPLSIPVirtualPrivateNetworks(VPNs)

RFC4381AnalysesoftheSecurityofBGP/MPLSIPVPNs

RFC4382MPLS/BGPLayer3VirtualPrivateNetwork(VPN)ManagementInformationBase

RFC4385PseudowireEmulationEdge-to-Edge(PWE3)ControlWordforUseoveranMPLSPSN

RFC4419Diffie-HellmanGroupExchangefortheSecureShell(SSH)TransportLayerProtocol

RFC4446IANAAllocationsforPseudowireEdgetoEdgeEmulation(PWE3)

RFC4447PseudowireSetupandMaintenanceUsingtheLabelDistributionProtocol(LDP)

RFC4448EncapsulationMethodsforTransportofEthernetoverMPLSNetworks

RFC4451BGPMULTI_EXIT_DISC(MED)Considerations

RFC4486SubcodesforBGPCeaseNotificationMessage

RFC4541ConsiderationsforInternetGroupManagementProtocol(IGMP)andMulticastListenerDiscovery(MLD)SnoopingSwitches

RFC4553Structure-AgnosticTimeDivisionMultiplexing(TDM)overPacket(SAToP)

RFC4562MAC-ForcedForwarding:AMethodforSubscriberSeparationonanEthernetAccessNetwork

RFC4576UsingaLinkStateAdvertisement(LSA)OptionsBittoPreventLoopinginBGP/MPLSIPVirtualPrivateNetworks(VPNs)

RFC4577OSPFastheProvider/CustomerEdgeProtocolforBGP/MPLSIPVirtualPrivateNetworks(VPNs)

RFC4594ConfigurationGuidelinesforDiffServServiceClasses

RFC4601ProtocolIndependentMulticast -SparseMode(PIM-SM):Protocol Specification(Revised)

RFC4618EncapsulationMethodsforTransportofPPP/High-LevelDataLinkControl(HDLC)overMPLSNetworks

RFC4619EncapsulationMethodsforTransportofFrameRelayoverMultiprotocolLabelSwitching(MPLS)Networks

RFC4632ClasslessInter-domainRouting(CIDR):TheInternetAddressAssignmentandAggregationPlan

RFC4659BGP-MPLSIPVirtualPrivateNetwork(VPN)ExtensionforIPv6VPN

RFC4664FrameworkforLayer2VirtualPrivateNetworks(L2VPNs)

RFC4665ServiceRequirementsforLayer2Provider-ProvisionedVirtualPrivateNetworks

RFC4741NETCONFConfigurationProtocol

RFC4742UsingtheNETCONFConfigurationProtocoloverSecureSHell(SSH)

RFC4743UsingNETCONFovertheSimpleObjectAccessProtocol(SOAP)

RFC4765ServiceRequirementsforLayer2ProviderProvisionedVirtualPrivateNetworks

RFC4781GracefulRestartMechanismforBGPwithMPLS

RFC4787NetworkAddressTranslation(NAT)BehavioralRequirementsforUnicastUDP

RFC4798ConnectingIPv6IslandsoverIPv4MPLSUsingIPv6ProviderEdgeRouters(6PE)

RFC4811OSPFOut-of-BandLinkStateDatabase(LSDB)Resynchronization

RFC4812OSPFRestartSignaling

RFC4813OSPFLink-LocalSignaling

RFC4816PseudowireEmulationEdge-to-Edge(PWE3)AsynchronousTransferMode(ATM)TransparentCellTransportService

RFC4835CryptographicAlgorithmImplementationRequirementsforEncapsulatingSecurityPayload(ESP)andAuthenticationHeader(AH)

RFC4861NeighborDiscoveryforIPversion6(IPv6)

RFC4862IPv6StatelessAddressAutoconfiguration

RFC4878DefinitionsandManagedObjectsfor(OAM)FunctionsonEthernet-LikeInterfaces

RFC4893BGPSupportforFour-octetASNumberSpace

RFC4940IANAConsiderationsforOSPF

RFC4941PrivacyExtensionsforStatelessAddressAutoconfigurationinIPv6

RFC5007DHCPv6Leasequery

RFC5036LDPSpecification

RFC5065AutonomousSystemConfederationsforBGP

RFC5086Structure-AwareTimeDivisionMultiplexed(TDM)CircuitEmulationServiceoverPacketSwitchedNetwork(CESoPSN)

RFC5095DeprecationofType0RoutingHeadersinIPv6

RFC5130APolicyControlMechanisminIS-ISUsingAdministrativeTags

RFC5187OSPFv3GracefulRestart

RFC5214Intra-SiteAutomaticTunnelAddressingProtocol(ISATAP)

RFC5254RequirementsforMulti-SegmentPseudowireEmulationEdge-to-Edge(PWE3)

RFC5277NETCONFEventNotifications

RFC5280InternetX.509PublicKeyInfrastructureCertificateandCertificateRevocationList(CRL)Profile

RFC5286BasicSpecificationforIPFastReroute:Loop-FreeAlternates

RFC5287ControlProtocolExtensionsfortheSetupofTime-DivisionMultiplexing(TDM)PseudowiresinMPLSNetworks

RFC5301DynamicHostnameExchangeMechanismforIS-IS

RFC5302Domain-WidePrefixDistributionwithTwo-LevelIS-IS

RFC5304IntermediateSystemtoIntermediateSystem(IS-IS)CryptographicAuthentication

RFC5306RestartSignalingforIS-IS

RFC5308RoutingIPv6withIS-IS

RFC5309Point-to-PointOperationoverLANinLinkStateRoutingProtocols

RFC5381ExperienceofImplementingNETCONFoverSOAP

16




RFC5382TheIPNetworkAddressTranslator(NAT)

RFC5398AutonomousSystem(AS)NumberReservationforDocumentationUse

RFC5492CapabilitiesAdvertisementwithBGP-4

RFC5508NATBehavioralRequirementsforICMP

RFC5539NETCONFoverTransportLayerSecurity(TLS)

RFC5613OSPFLink-LocalSignaling

RFC5659AnArchitectureforMulti-SegmentPseudowireEmulationEdge-to-Edge

RFC5798VirtualRouterRedundancyProtocol(VRRP)Version3forIPv4andIPv6

RFC5880BidirectionalForwardingDetection

RFC5881BFDforIPv4andIPv6(SingleHop)

RFC5882GenericApplicationofBFD

RFC5883BFDforMultihopPaths

RFC5905NetworkTimeProtocolVersion4:ProtocolandAlgorithmsSpecification

RFC854TelnetProtocolSpecification

RFC856TelnetBinaryTransmission

IP multicast RFC1112IGMP

RFC2362PIMSparseMode

RFC2710MulticastListenerDiscovery(MLD)forIPv6

RFC2934ProtocolIndependentMulticastMIBforIPv4

RFC3376IGMPv3

RFC3376IGMPv3(hostjoinsonly)

RFC5059BootstrapRouter(BSR)MechanismforProtocolIndependentMulticast(PIM)

IPv6 RFC2080RIPngforIPv6

RFC2460IPv6Specification

RFC2473GenericPacketTunnelinginIPv6

RFC2475IPv6DiffServArchitecture

RFC2529TransmissionofIPv6PacketsoverIPv4

RFC2545UseofMP-BGP-4forIPv6

RFC2553BasicSocketInterfaceExtensionsforIPv6

RFC2740OSPFv3forIPv6

RFC2893TransitionMechanismsforIPv6HostsandRouters

RFC3056ConnectionofIPv6DomainsviaIPv4Clouds

RFC3162RADIUSandIPv6

RFC3315DHCPv6(clientandrelay)

RFC5340OSPFforIPv6

MIBs RFC1213MIBII

RFC1493BridgeMIB

RFC1724RIPv2MIB

RFC1850OSPFv2MIB

RFC1907SNMPv2MIB

RFC2011SNMPv2MIBforIP

RFC2012SNMPv2MIBforTCP

RFC2013SNMPv2MIBforUDP

RFC2096IPForwardingTableMIB

RFC2233InterfacesMIB

RFC2273SNMP-NOTIFICATION-MIB

RFC2571SNMPFrameworkMIB

RFC2572SNMP-MPDMIB

RFC2573SNMP-NotificationMIB

RFC2574SNMPUSMMIB

RFC2674802.1pandIEEE802.1QBridgeMIB

RFC2737EntityMIB(Version2)

RFC2863TheInterfacesGroupMIB

RFC3813MPLSLSRMIB

Network management IEEE802.1D(STP)

RFC1098SimpleNetworkManagementProtocol(SNMP)

RFC1158ManagementInformationBasefornetworkmanagementofTCP/IP-basedinternets:MIB-II

RFC1212ConciseMIBdefinitions

RFC1215ConventionfordefiningtrapsforusewiththeSNMP

RFC1389RIPv2MIBExtension

RFC1448ProtocolOperationsforversion2oftheSimpleNetworkManagementProtocol(SNMPv2)

RFC1450ManagementInformationBase(MIB)forversion2oftheSimpleNetworkManagementProtocol(SNMPv2)

RFC1902StructureofManagementInformationforVersion2oftheSimpleNetworkManagementProtocol(SNMPv2)

RFC1903SNMPv2TextualConventions

RFC1904SNMPv2Conformance

RFC1905SNMPv2ProtocolOperations

RFC1906SNMPv2TransportMappings

RFC1908CoexistencebetweenVersion1andVersion2oftheInternet-standardNetworkManagementFramework

RFC1918PrivateInternetAddressAllocation

RFC2037EntityMIBusingSMIv2

RFC2261AnArchitectureforDescribingSNMPManagementFrameworks

RFC2262MessageProcessingandDispatchingfortheSimpleNetworkManagementProtocol(SNMP)

RFC2263SNMPv3Applications

RFC2264User-basedSecurityModel(USM)forversion3oftheSimpleNetworkManagementProtocol(SNMPv3)

RFC2265View-basedAccessControlModel(VACM)fortheSimpleNetworkManagementProtocol(SNMP)

RFC2272SNMPv3ManagementProtocol

RFC2273SNMPv3Applications

RFC2274USMforSNMPv3

RFC2275VACMforSNMPv3

RFC2575SNMPv3View-basedAccessControlModel(VACM)

RFC3164BSDsyslogProtocol

RFC3411AnArchitectureforDescribingSimpleNetworkManagementProtocol(SNMP)ManagementFrameworks

RFC3412MessageProcessingandDispatchingfortheSimpleNetworkManagementProtocol(SNMP)

RFC3413SimpleNetworkManagementProtocol(SNMP)Applications

RFC3414SNMPv3User-basedSecurityModel(USM)

RFC3415View-basedAccessControlModel(VACM)fortheSimpleNetworkManagementProtocol(SNMP)

RFC3418ManagementInformationBase(MIB)fortheSimpleNetworkManagementProtocol(SNMP)

17




OSPF RFC1245OSPFprotocolanalysis

RFC1246ExperiencewithOSPF

RFC1583OSPFv2

RFC1587OSPFNSSA

RFC1765OSPFDatabaseOverflow

RFC1850OSPFv2ManagementInformationBase(MIB),traps

RFC2328OSPFv2

RFC2370OSPFOpaqueLSAOption

RFC3101OSPFNSSA

QoS/CoS IEEE802.1P(CoS)

RFC2474DSFieldintheIPv4andIPv6Headers

RFC2475DiffServArchitecture

RFC2597DiffServAssuredForwarding(AF)

RFC2598DiffServExpeditedForwarding(EF)

RFC2697ASingleRateThreeColorMarker

RFC3168TheAdditionofExplicitCongestionNotification(ECN)toIP

RFC3247SupplementalInformationfortheNewDefinitionoftheEFPHB(ExpeditedForwardingPer-HopBehavior)

RFC3260NewTerminologyandClarificationsforDiffServ

Security IEEE802.1XPortBasedNetworkAccessControl

RFC2082RIP-2MD5Authentication

RFC2104Keyed-HashingforMessageAuthentication

RFC2138RADIUSAuthentication


RFC2408InternetSecurityAssociationandKeyManagementProtocol(ISAKMP)

RFC2409TheInternetKeyExchange(IKE)

RFC2412TheOAKLEYKeyDeterminationProtocol

RFC2459InternetX.509PublicKeyInfrastructureCertificateandCRLProfile

RFC2818HTTPOverTLS

RFC2865RADIUSAuthentication


RFC3579RADIUSSupportForExtensibleAuthenticationProtocol(EAP)

RFC3580IEEE802.1XRemoteAuthenticationDialInUserService(RADIUS)UsageGuidelines

VPN RFC1828IPAuthenticationusingKeyedMD5

RFC1853IPinIPTunneling

RFC2401SecurityArchitecturefortheInternetProtocol

RFC2402IPAuthenticationHeader

RFC2403TheUseofHMAC-MD5-96withinESPandAH

RFC2404TheUseofHMAC-SHA-1-96withinESPandAH

RFC2405TheESPDES-CBCCipherAlgorithmWithExplicitIV

RFC2406IPEncapsulatingSecurityPayload(ESP)

RFC2407TheInternetIPSecurityDomainofInterpretationforISAKMP

RFC2410TheNULLEncryptionAlgorithmandItsUseWithIPSec

RFC2411IPSecurityDocumentRoadmap

RFC3948-UDPEncapsulationofIPSecESPPackets

RFC4301-SecurityArchitecturefortheInternetProtocol

RFC4302-IPAuthenticationHeader(AH)

RFC4303-IPEncapsulatingSecurityPayload(ESP)

RFC4305-CryptographicAlgorithmImplementationRequirementsforESPandAH

18


HP MSR4000 Router Series accessories

Transceivers HPX110100MSFPLCFXTransceiver(JD102B)

HPX110100MSFPLCLXTransceiver(JD120B)

HPX110100MSFPLCLH40Transceiver(JD090A)

HPX110100MSFPLCLH80Transceiver(JD091A)

HPX1201GSFPLCSXTransceiver(JD118B)

HPX1201GSFPLCLXTransceiver(JD119B)

HPX1251GSFPLCLH401310nmTransceiver(JD061A)

HPX1201GSFPLCLH401550nmTransceiver(JD062A)

HPX1251GSFPLCLH70Transceiver(JD063B)

HPX1201GSFPLCLH100Transceiver(JD103A)

HPX1201GSFPLCBX10-UTransceiver(JD098B)

HPX1201GSFPLCBX10-DTransceiver(JD099B)

HPX13010GSFP+LCSRTransceiver(JD092B)

HPX13010GSFP+LCLRMTransceiver(JD093B)

HPX13010GSFP+LCLRTransceiver(JD094B)

HPX13010GSFP+LCER40kmTransceiver(JG234A)

HPX24010GSFP+toSFP+0.65mDirectAttachCopperCable(JD095C)

HPX24010GSFP+toSFP+1.2mDirectAttachCopperCable(JD096C)

HPX24010GSFP+toSFP+3mDirectAttachCopperCable(JD097C)

HPX24010GSFP+toSFP+5mDirectAttachCopperCable(JG081C)

Cables HPX200V.24DTE3mSerialPortCable(JD519A)

HPX200V.24DCE3mSerialPortCable(JD521A)

HPX200V.35DTE3mSerialPortCable(JD523A)

HPX200V.35DCE3mSerialPortCable(JD525A)

HPX200X.21DCE3mSerialPortCable(JD529A)

HPX260RS4493mDTESerialPortCable(JF825A)

HPX260RS4493mDCESerialPortCable(JF826A)

HPX260RS5303mDTESerialPortCable(JF827A)

HPX260RS5303mDCESerialPortCable(JF828A)

HPX260AuxiliaryRouterCable(JD508A)

HPX260E1RJ453mRouterCable(JD509A)

HPX260E1RJ4520mRouterCable(JD517A)

HPX260E1(2)BNC75ohm3mRouterCable(JD175A)

HPX260E1BNC20mRouterCable(JD514A)

HPX260E12BNC75ohm40mRouterCable(JD516A)

HPX260E1RJ45BNC75-120ohmConversionRouterCable(JD511A)

HPX260T1RouterCable(JD518A)

HPX2608E1BNC75ohm3mRouterCable(JD512A)

HPX260T3/E3RouterCable(JD531A)

HPX260E3-30E3/T3RouterCable(JD533A)

19


Power Supply HPX351300W100-240VACto12VDCPowerSupply(JG527A)

HPX351300W-48/-60VDCto12VDCPowerSupply(JG528A)

HP5800750WACPowerSupply(JC089A)

Router Modules HPMSR4000MPU-100MainProcessingUnit(JG412A)

HPMSR4000SPU-100ServiceProcessingUnit(JG413A)



HPMSRG2128-channelVoiceProcessingModule(JG417A)

HPMSR1-portE1VoiceHMIMModule(JG429A)

HPMSR2-portE1VoiceHMIMModule(JG431A)

HPMSR1-portT1VoiceHMIMModule(JG430A)

NEWHPMSR2-portT1VoiceHMIMModule(JG432A)

HPMSR4-portFXSHMIMModule(JG446A)

HPMSR4-portFXOHMIMModule(JG447A)

HPMSR4-portEandMHMIMModule(JG448A)

NEWHPMSR16-portFXSHMIMModule(JG434A)

HPMSR4-portEnhancedSync/AsyncSerialHMIMModule(JG442A)

HPMSR8-portEnhancedSync/AsyncSerialHMIMModule(JG443A)

HPMSR2-portE1/CE1/PRIHMIMModule(JG450A)

HPMSR4-portE1/CE1/PRIHMIMModule(JG451A)

HPMSR4-portE1/FractionalE1HMIMModule(JG453A)

HPMSR8-portE1/CE1/PRI(75ohm)HMIMModule(JG452A)

HPMSR2-portT1/CT1/PRIHMIMModule(JG456A)

HPMSR4-portT1/FractionalT1HMIMModule(JG457A)

HPMSR1-portE3/CE3/FE3HMIMModule(JG436A)

HPMSR1-portT3/CT3/FT3HMIMModule(JG435A)

HPMSR1-portOC-3c/STM-1cPOSHMIMModule(JG438A)

HPMSR0.5UHMIMAdapterModule(JG415A)

HPMSR1UHMIMAdapterModule(JG416A)

NEWHPMSR8-port10/100/1000BASE-T/2-port1000BASE-X(Combo)SwitchHMIMModule(JG741A)

HPMSR2-portGig-THMIMModule(JG420A)



HPMSR2-port1000BASE-XHMIMModule(JG423A)



HPMSR24-portGig-TSwitchHMIMModule(JG426A)

HPMSR24-portGig-TPoESwitchHMIMModule(JG427A)

NEWHPMSR1-portOC-3/STM-1CPOSHMIMModule(JG428A)

HPMSROpenApplicationPlatform(OAP)withVMwarevSphereMIMModule(JG532A)

HP MSR4000 Router Series accessories (continued)

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Memory HPX6001GCompactFlashCard(JC684A)

HPX600512MCompactFlashCard(JC685A)

HPX600256MCompactFlashCard(JC686A)

HPX6102GBDDR3SDRAMUDIMMMemory(JG529A)

HPX6104GBDDR3SDRAMUDIMMMemory(JG530A)

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4AA4-8842ENW,August2014,Rev.2

HP MSR4000 Router Series accessories (continued)

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Download - HP MSR4000 Router Series - CNET Contentcdn.cnetcontent.com/86/c8/86c8cadd-b270-42dd-8211-79d32d... · 2015-01-30 · 3 Data sheet | HP MSR4000 Router Series Connectivity • Powerful

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