hp 6600 router series - curvesales.com€¦ · the hp 6600 router series is a family of...

Key features

•High-performanceWANrouting

•Multicoredistributedorcentralizedprocessing

•Comprehensiverouting,switching,andsecurity

•Embeddedhardwareencryption

•Robusthighavailabilityandresiliency

Product overview

TheHP6600RouterSeriesisafamilyofhigh-performanceWANroutersthatisidealforcampusanddatacenterWANedgeandaggregationdeployments.

Theseroutersarebuiltwithamulticorearchitectureofferingdistributedorcentralizedprocessingtohelpbalanceperformanceandcost.The6600RouterSeriesdeliversrobustrouting,security,fullLayer2switching,andmodularhigh-densityWANandLANinterfaceoptions,allintegratedinasinglehigh-performanceroutingplatform.

Inaddition,theHP6600RouterSeriesfeaturesrobustcarrier-classreliabilitycapabilitiestohelpreducedisruptionfromnetworkorsystemfailures.

Features and benefits

Quality of Service (QoS)•Trafficpolicing

supportsCommittedAccessRate(CAR)andlinerate

•Congestionmanagement

supportsFIFO,PQ,CQ,WFQ,CBQ,andRTPQ

Data sheet

HP 6600 Router Series

2

•OtherQoStechnologies

supporttrafficshaping,FRQoS,MPLSQoS,andMPQoS/LFI

•Congestionavoidance

weightedrandomearlydetection(WRED)/randomearlydetection(RED)

Management•Managementinterfacecontrol

providesmanagementaccessthroughmodemportandterminalinterface,aswellasin-bandandout-of-bandEthernetports

•Managementsecurity

includesmultipleadministrationlevels,withpasswordprotectionandrestrictedaccesstocriticalconfigurationcommands;accesscontrollists(ACLs)providetelnetandSNMPaccess;localandremotesyslogcapabilityallowsloggingofallaccess

•SNMPv1,v2,andv3

providescompletesupportofSNMP,aswellasfullsupportofindustry-standardMIBsandprivateMIBextensions

•Industry-standardCLIwithahierarchicalstructure

reducestrainingneedsandincreasesproductivityinmultivendorinstallations

•Remotemonitoring(RMON)

usesstandardSNMPtomonitoressentialnetworkfunctions;supportsevents,alarm,history,andstatisticsgroupplusaprivatealarmextensiongroup

•Debugandsamplerutility

supportspingandtracerouteforbothIPv4andIPv6

•NetworkQualityAnalyzer(NQA)

analyzesnetworkperformanceandservicequalitybysendingtestpackets,andprovidesnetworkperformanceandservicequalityparameterssuchasjitter,TCP,orFTPconnectiondelaysandfiletransferrates;allowsanetworkmanagertodetermineoverallnetworkperformanceandtodiagnoseandlocatenetworkcongestionpointsorfailures

•NetworkTimeProtocol(NTP)

synchronizestimekeepingamongdistributedtimeserversandclients;keepstimekeepingconsistentamongallclock-dependentdeviceswithinthenetworksothatthedevicescanprovidediverseapplicationsbasedontheconsistenttime

•Informationcenter

providesacentralrepositoryforsystemandnetworkinformation;aggregatesalllogs,traps,anddebugginginformationgeneratedbythesystemandmaintainstheminorderofseverity;outputsthenetworkinformationtomultiplechannelsbasedonuser-definedrules

•FTPandTFTPsupport

FileTransferProtocolallowsbidirectionaltransfersoveraTCP/IPnetworkandisusedforconfigurationupdates;TrivialFTPisasimplermethodusingUserDatagramProtocol(UDP)

•Loopback

supportsinternalloopbacktestingformaintenancepurposesandhighavailability;loopbackdetectionprotectsthesystemfromincorrectcablingornetworkconfigurationsandcanbeenabledonaportorVLAN

•InternetGroupManagementProtocol(IGMP)

isusedbyIPhoststoestablishandmaintainmulticastgroups;supportsv1,v2,andv3;utilizesAny-SourceMulticast(ASM)orSource-SpecificMulticast(SSM)tomanageIPv4multicastnetworks

Datasheet|HP6600RouterSeries

3

Connectivity•Highportdensity

providesupto16interfacemoduleslots,andhigh-densityEthernetinterfacecards;asinglecardcanprovideupto48GbEinterfaces,whichenablestherouterstofullysatisfythedemandsofhigh-densityEthernet(MSTP)linkdistribution

•MultipleWANinterfaces

supportFastEthernet/GigabitEthernet/10GbEports,OC3~OC48POS/CPOS,andATMports

•Flexibleportselection

providesacombinationoffiberandcopperinterfacemodules,100/1000BASE-Xautospeedselection,and10/100/1000BASE-TautospeeddetectionplusautoduplexandMDI/MDI-X;speedisadaptablebetween155MPOSand622MPOS

Performance•Industry-leadingperformance

providesupto252Mppsforwardingperformance

•Flexiblechassisselection

consistsof4models:16HIM-slotchassis,8HIM-slotchassis,4HIM-slotchassis,and2HIM-slotchassis

•Scalablesystemdesign

backplaneisdesignedforsmoothbandwidthupgrade

Resiliency and high availability•Separatedataandcontrolplanes

providegreaterflexibilityandenablecontinualservices

•Hitlesssoftwareupgrades

allowpatchestobeinstalledwithoutrestartingthedevice,increasingnetworkuptimeandsimplifyingmaintenance

•Redundantdesignofmainprocessingunitandpowersupply

increasestheoverallsystemavailability

•VirtualRouterRedundancyProtocol(VRRP)

enablesfastconvergenceofroutesandpacketforwardingwhenlinksfail,ensuringhighnetworkavailability

•IPFastRerouteFramework(FRR)

nodesareconfiguredwithbackupportsandroutes;localimplementationrequiresnocooperationofadjacentdevices,simplifyingthedeployment;solvesthetraditionalconvergencefaultsinIPforwarding;providesrestorationwithin50ms,withtherestorationtimeindependentofthenumberofroutesandfastlinkswitchoverswithoutrouteconvergence

•Gracefulrestart

featuresarefullysupported,includinggracefulrestartforOSPF,IS-IS,BorderGatewayProtocol(BGP),LDP,andRSVP;networkremainsstableduringtheactive-standbyswitchover;aftertheswitchover,thedevicequicklylearnsthenetworkroutesbycommunicatingwithadjacentrouters;forwardingremainsuninterruptedduringtheswitchovertorealizenonstopforwarding(NSF)

•Hot-swappablemodules

facilitatesthereplacementofhardwareinterfacemoduleswithoutimpactingthetrafficflowthroughthesystem

Layer 3 services•AddressResolutionProtocol(ARP)

determinestheMACaddressofanotherIPhostinthesamesubnet;supportsstaticARPs;gratuitousARPallowsdetectionofduplicateIPaddresses;proxyARPallowsnormalARPoperationbetweensubnetsorwhensubnetsareseparatedbyaLayer2network


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•UserDatagramProtocol(UDP)helper

redirectsUDPbroadcaststospecificIPsubnetstopreventserverspoofing

•DynamicHostConfigurationProtocol(DHCP)

simplifiesthemanagementoflargeIPnetworksandsupportsclientandserver;DHCPRelayenablesDHCPoperationacrosssubnets

•DomainNameSystem(DNS)

providesadistributeddatabasethattranslatesdomainnamesandIPaddresses,whichsimplifiesnetworkdesign;supportsclientandserver

Layer 3 routing•StaticIPv4routing

providessimplemanuallyconfiguredIPv4routing

•RoutingInformationProtocol(RIP)

usesadistancevectoralgorithmwithUDPpacketsforroutedetermination;supportsRIPv1andRIPv2routing;includesloopprotection

•Openshortestpathfirst(OSPF)

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

•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

•MultiprotocolLabelSwitching(MPLS)Layer3VPN

allowsLayer3VPNsacrossaprovidernetwork;usesMP-BGPtoestablishprivateroutesforincreasedsecurity;supportsRFC2547bismultipleautonomoussystemVPNsforaddedflexibility


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•MultiprotocolLabelSwitching(MPLS)Layer2VPN

establishessimpleLayer2point-to-pointVPNsacrossaprovidernetworkusingonlyMPLSLabelDistributionProtocol(LDP);requiresnoroutingandthereforedecreasescomplexity,increasesperformance,andallowsVPNsofnon-routableprotocols;usesnoroutinginformationforincreasedsecurity;supportsCircuitCrossConnect(CCC),StaticVirtualCircuits(SVCs),Martinidraft,andKompella-drafttechnologies

•Policyrouting

allowscustomfiltersforincreasedperformanceandsecurity;supportsACLs,IPprefix,ASpaths,communitylists,andaggregatepolicies

•MulticastVPN

supportsMulticastDomain(MD)multicastVPN,whichcanbedistributedonseparateservicecards,providinghighperformanceandflexibleconfiguration

•BorderGatewayProtocol4

ExteriorGatewayProtocol(EGP)withpathvectorprotocolusesTCPforenhancedreliabilityfortheroutediscoveryprocess,reducesbandwidthconsumptionbyadvertisingonlyincrementalupdates,andsupportsextensivepoliciestoincreaseflexibilityandscaletolargenetworks

•OSPFv3MCE

Multi-VPN-InstanceCE(MCE)bindsdifferentVPNstodifferentinterfacesononesingleCE;theOSPFv3MCEfeaturecreatesandmaintainsseparateOSPFv3routingtablesforeachIPv6VPNtoisolateVPNservicesinthedevice

Security•Accesscontrollist

supportspowerfulACLsforbothIPv4andIPv6;ACLsareusedforfilteringtraffictopreventillegalusersfromaccessingthenetworkorforcontrollingnetworktrafficflow;rulescaneitherdenyorpermittraffictobeforwarded;rulescanbebasedonaLayer2headeroraLayer3protocolheader;rulescanalsobesettooperateonspecificdatesortimes

•RemoteAuthenticationDial-InUserService(RADIUS)

easesswitchsecurityaccessadministrationbyusingapasswordauthenticationserver

•TerminalAccessControllerAccess-ControlSystem(TACACS+)deliversanauthenticationtoolusingTCPwithencryptionofthefullauthenticationrequest,providingadditionalsecurity

•Networkaddresstranslation(NAT)

supportsrepeatedmultiplexingofaportandautomatic5-tuplecollisiondetection,enablingNAPTtosupportunlimitedconnections;supportsblacklistinNAT/NAPT/internalserver,alimitonthenumberofconnections,sessionlog,andmulti-instance

•Secureshell(SSHv2)

usesexternalserverstosecurelylogintoaremotedevice;withauthenticationandencryption,itprotectsagainstIPspoofingandplain-textpasswordinterception;increasesthesecurityofSecureFTP(SFTP)transfers

•UnicastReversePathForwarding(URPF)

allowsnormalpacketstobeforwardedcorrectly,butdiscardstheattachingpacketduetolackofreversepathrouteorincorrectinboundinterface;preventssourcespoofinganddistributedattacks;supportsdistributedURPF

•DynamicVirtualPrivateNetwork(DVPN)

collects,maintains,anddistributesdynamicpublicaddressesthroughtheVPNAddressManagement(VAM)protocol,makingVPNestablishmentavailablebetweenenterprisebranchesthatusedynamicaddressestoaccessthepublicnetwork;comparedtotraditionalVPNtechnologies,DVPNtechnologyismoreflexibleandhasricherfeatures,suchasNATtraversalofDVPNpackets,AAAidentityauthentication,IPSecprotectionofdatapackets,andmultipleVPNdomains


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Multicast support•InternetGroupManagementProtocol(IGMP)

isusedbyIPhoststoestablishandmaintainmulticastgroups;supportsv1,v2,andv3;utilizesAny-SourceMulticast(ASM)orSource-SpecificMulticast(SSM)tomanageIPv4multicastnetworks

•ProtocolIndependentMulticast(PIM)

isusedforIPv4andIPv6multicastapplications;supportsPIMDenseMode(PIM-DM),SparseMode(PIM-SM),andSource-SpecificMode(PIM-SSM)

•MulticastSourceDiscoveryProtocol(MSDP)

isusedforinterdomainmulticastapplications,allowingmultiplePIM-SMdomainstointeroperate

•MulticastBorderGatewayProtocol(MBGP)

allowsmulticasttraffictobeforwardedacrossBGPnetworksseparatelyfromunicasttraffic

Integration•EmbeddedVPNfirewall

providesenhancedstatefulpacketinspectionandfiltering;providesadvancedVPNserviceswith3DESandAESencryptionathighperformanceandlowlatency

•OpenApplicationArchitecture(OOA)

providesbothsoftwareandhardwareplatformsbasedonopenstandardssothatthird-partyapplicationscanbeintegratedseamlesslyintorouters

Additional information•Greeninitiativesupport

providessupportforRoHSandWEEEregulations

Product architecture•MulticoreCPU

deliversmulti-threadedprocessing,witheightcoresand32hardwarethreads

•Distributedprocessing

themainprocessingengineandserviceenginehaveseparatehardwareforhighperformanceandparallelprocessing;themainprocessingengineisusedforroutecalculationandsystemmanagement,whiletheserviceengineisusedforserviceprocessing

•SeparateFIPcardandinterfacecard

interfacecardsareseparatedfromtheFIPcardtosupportflexibleserviceconfigurations

Warranty and support•1-yearWarranty2.0

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



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Specifications

HP 6602 Router (JC176A) HP 6604 Router Chassis (JC178B)

I/O ports and slots 2HIMslots 4HIMslotsor2SAPslots,oracombination

Additional ports and slots 2MPU(formanagementmodules)slots

Physical characteristics

WeightFullconfigurationweight

17.40(w)x18.11(d)x1.73(h)in(44.2x46x4.4cm)(1Uheight)

16.53lb(7.5kg)

17.17(w)x18.9(d)x8.66(h)in(43.61x48.01x22cm)(5Uheight)83.77lb(38kg)83.77lb(38kg)

Memory and processor Multi-coreMIPS@1000MHz,2GBDDR2SDRAM,4GBDDR2SDRAM,256MBflash,1GBflash;packetbuffersize:128MBDDR2SDRAM

Mounting and enclosure EIA-standard19-inchrack EIA-standard19-inchrack

PerformanceThroughputRoutingtablesizeForwardingtablesizeBackplanebandwidth

upto4.5millionpps1000000entries(IPv4),300000entries(IPv6)1000000entries(IPv4),100000entries(IPv6)48Gb/s

upto36millionpps2000000entries(IPv4),500000entries(IPv6)1000000entries(IPv4),300000entries(IPv6)100Gb/s

EnvironmentOperatingtemperatureOperatingrelativehumidityNonoperating/StoragetemperatureNonoperating/Storagerelativehumidity

32°Fto113°F(0°Cto45°C)10%to95%,noncondensing14°Fto131°F(-10°Cto55°C)5%to95%,noncondensing


Electrical characteristicsFrequencyMaximumheatdissipationACvoltageMaximumpowerrating

50/60+/-2Hz410BTU/hr(432.55kJ/hr)100-240VAC150W


ReliabilityMTBF(years)MTTR(hours)

26.241

31.191

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Safety CSA22.2No.60950;cUL(CSA22.2No.60950);CSA22.2No.609503rdedition;CSA22.2No.950;CSA950;cUL(CSA950);EN60950/IEC60950;UL19503rdedition;UL1950;UL60950;UL60950-1;CAN/CSA22.2No.60950;CAN/CSA22.2No.60950-1;EN60825;AS/NZS60950;KN60950;GOSTRMEK60950;EN60825-1SafetyofLaserProducts-Part1;EN60825-2SafetyofLaserProducts-Part2;EN609500SafetyInformationTechnologyEquipment;UL60950;CSA22.2No.60950/cUL;IEC60950;IEC60950-1;EN60950;EN60950-1;IEC60825;CSA22.2No.950-95;IEC60950-1:2001(withCBReport);CAN/CSA-C22.2No.60950-1-03;CAN/CSA-C22.2No.60950-1;CSA60950-1;CSAC22.260950-1;EURoHSCompliant;EN60950-1/A11;CSA22.260950-1;EN60950:2000,ZBandZCDeviations;IEC60950:1999,CorrFeb2000,allnationaldeviations;As/NZS60950:2000,Australia;UL60950-1:2003;UL60950-1:2001;CSA22.260950-1:2003;IEC60950-1:2001;EN60950-1:2001;CSA22.2-60950;AS/NZS60950:2000Australia,RussianGOSTSafetyApproval;CSA22.2No.9503rdEdition1995;UL609503rdEdition;CAN/CSA22.2No.60950-00/UL609503rdEdition,SafetyInformationforTechnologyEquipment;EN60950/IEC609503rdEdition;UL60950StandardfortheSafetyofInformationTechnologyEquipment;EN60825:SafetyofLaserProducts

CSA22.2No.60950;cUL(CSA22.2No.60950);CSA22.2No.609503rdedition;CSA22.2No.950;CSA950;cUL(CSA950);EN60950/IEC60950;UL19503rdedition;UL1950;UL60950;UL60950-1;CAN/CSA22.2No.60950;CAN/CSA22.2No.60950-1;EN60825;AS/NZS60950;KN60950;GOSTRMEK60950;EN60825-1SafetyofLaserProducts-Part1;EN60825-2SafetyofLaserProducts-Part2;EN609500SafetyInformationTechnologyEquipment;UL60950;CSA22.2No.60950/cUL;IEC60950;IEC60950-1;EN60950;EN60950-1;IEC60825;CSA22.2No.950-95;IEC60950-1:2001(withCBReport);CAN/CSA-C22.2No.60950-1-03;CAN/CSA-C22.2No.60950-1;CSA60950-1;CSAC22.260950-1;EURoHSCompliant;EN60950-1/A11;CSA22.260950-1;EN60950:2000,ZBandZCDeviations;IEC60950:1999,CorrFeb2000,allnationaldeviations;As/NZS60950:2000,Australia;UL60950-1:2003;UL60950-1:2001;CSA22.260950-1:2003;IEC60950-1:2001;EN60950-1:2001;CSA22.2-60950;AS/NZS60950:2000Australia,RussianGOSTSafetyApproval;CSA22.2No.9503rdEdition1995;UL609503rdEdition;CAN/CSA22.2No.60950-00/UL609503rdEdition,SafetyInformationforTechnologyEquipment;EN60950/IEC609503rdEdition;UL60950StandardfortheSafetyofInformationTechnologyEquipment;EN60825:SafetyofLaserProducts

Emissions FCCpart15ClassA;FCCRulesPart15,SubpartBClassA;EN55022/CISPR-22ClassA;VCCIClassA;EN55022/CISPR22ClassA;EN55022ClassA;CISPR22ClassA;EN55024;CISPR22/A2;IEC/EN61000-3-2;IEC/EN61000-3-3;EN55024/A1;IEC61000:4-2,4-3,4-4,4-5,4-6,4-8,4-11;BSMICNS13438;EMCDirective89/336/EEC;ICES-003ClassA;ANSIC63.42003;CISPR24;ETSIEN300386V1.3.3;AS/NZSCISPR22ClassA;EN61000-3-2;EN61000-3-3;KoreanEMIClassA;CNS13438ClassA;EN55024:1998;EN61000-4-2;EN61000-4-3;EN61000-4-4;EN61000-4-5;EN61000-4-6;EN61000-4-11

FCCpart15ClassA;FCCRulesPart15,SubpartBClassA;EN55022/CISPR-22ClassA;VCCIClassA;EN55022/CISPR22ClassA;EN55022ClassA;CISPR22ClassA;EN55024;CISPR22/A2;IEC/EN61000-3-2;IEC/EN61000-3-3;EN55024/A1;IEC61000:4-2,4-3,4-4,4-5,4-6,4-8,4-11;BSMICNS13438;EMCDirective89/336/EEC;ICES-003ClassA;ANSIC63.42003;CISPR24;ETSIEN300386V1.3.3;AS/NZSCISPR22ClassA;EN61000-3-2;EN61000-3-3;KoreanEMIClassA;CNS13438ClassA;EN55024:1998;EN61000-4-2;EN61000-4-3;EN61000-4-4;EN61000-4-5;EN61000-4-6;EN61000-4-11

Management IMC—IntelligentManagementCenter;command-lineinterface;limitedcommand-lineinterface;out-of-bandmanagement(serialRS-232C);out-of-bandmanagement(DB-9serialportconsole);out-of-bandmanagement;SNMPManager;Telnet;RMON1;FTP;in-lineandout-of-band;terminalinterface(serialRS-232C);modeminterface;IEEE802.3EthernetMIB;EthernetInterfaceMIB

IMC—IntelligentManagementCenter;command-lineinterface;limitedcommand-lineinterface;out-of-bandmanagement(serialRS-232C);out-of-bandmanagement(DB-9serialportconsole);out-of-bandmanagement;SNMPManager;Telnet;RMON1;FTP;in-lineandout-of-band;terminalinterface(serialRS-232C);modeminterface;IEEE802.3EthernetMIB;EthernetInterfaceMIB

Notes RoutersthatwillbeshippedtoRussiawillsupportonlylow-levelencryption(56bit)securityfeaturesbydefault.

ThechassissupportsamaximumoffourHIMortwoSAPslots,oracombinationthereof;itsupportstwoHIMoroneSAPslotwiththeredundantJC566A.TheforwardingtablesizeshowniswiththeuseofJC566A.JC165Adeliversforwardingof500,000IPv4and100,000IPv6addresses.


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Services 3-year,partsonly,globalnext-dayadvanceexchange(HP826E)3-year,4-houronsite,13x5coverageforhardware(HP830E)3-year,4-houronsite,24x7coverageforhardware(HP817E)3-year,4-houronsite,24x7coverageforhardware,24x7SWphonesupportandSWupdates(HP820E)3-year,24x7SWphonesupport,softwareupdates(HP823E)1-year,post-warranty,4-houronsite,13x5coverageforhardware(HR524E)1-year,post-warranty,4-houronsite,24x7coverageforhardware(HR525E)1-year,post-warranty,4-houronsite,24x7coverageforhardware,24x7softwarephonesupport(HR526E)4-year,4-houronsite,13x5coverageforhardware(HP831E)4-year,4-houronsite,24x7coverageforhardware(HP818E)4-year,4-houronsite,24x7coverageforhardware,24x7softwarephone(HP821E)4-year,24x7SWphonesupport,softwareupdates(HP824E)5-year,4-houronsite,13x5coverageforhardware(HP832E)5-year,4-houronsite,24x7coverageforhardware(HP819E)5-year,4-houronsite,24x7coverageforhardware,24x7softwarephone(HP822E)5-year,24x7SWphonesupport,softwareupdates(HP825E)3-year6hrCall-to-RepairOnsite(HP827E)4-year6hrCall-to-RepairOnsite(HP828E)5-year6hrCall-to-RepairOnsite(HP829E)1-year,6hourCall-To-RepairOnsiteforhardware(HR528E)1-year,24x7softwarephonesupport,softwareupdates(HR527E)RefertotheHPwebsiteathp.com/networking/servicesfordetailsontheservice-leveldescriptionsandproductnumbers.Fordetailsaboutservicesandresponsetimesinyourarea,pleasecontactyourlocalHPsalesoffice.

3-year,partsonly,globalnext-dayadvanceexchange(UW054E)3-year,4-houronsite,13x5coverageforhardware(UW062E)3-year,4-houronsite,24x7coverageforhardware(UV930E)3-year,4-houronsite,24x7coverageforhardware(HR530E)3-year,4-houronsite,24x7coverageforhardware,24x7SWphonesupportandSWupdates(UV943E)3-year,24x7SWphonesupport,softwareupdates(UV955E)1-year,post-warranty,4-houronsite,13x5coverageforhardware(HR529E)1-year,post-warranty,4-houronsite,24x7coverageforhardware,24x7softwarephonesupport(HR531E)4-year,4-houronsite,13x5coverageforhardware(UW063E)4-year,4-houronsite,24x7coverageforhardware(UV931E)4-year,4-houronsite,24x7coverageforhardware,24x7softwarephone(UV944E)4-year,24x7SWphonesupport,softwareupdates(UV956E)5-year,4-houronsite,13x5coverageforhardware(UW064E)5-year,4-houronsite,24x7coverageforhardware(UV932E)5-year,4-houronsite,24x7coverageforhardware,24x7softwarephone(UV945E)5-year,24x7SWphonesupport,softwareupdates(UV957E)3-year6hrCall-to-RepairOnsite(UW055E)4-year6hrCall-to-RepairOnsite(UW056E)5-year6hrCall-to-RepairOnsite(UW057E)1-year,6hourCall-To-RepairOnsiteforhardware(HR533E)1-year,24x7softwarephonesupport,softwareupdates(HR532E)RefertotheHPwebsiteathp.com/networking/servicesfordetailsontheservice-leveldescriptionsandproductnumbers.Fordetailsaboutservicesandresponsetimesinyourarea,pleasecontactyourlocalHPsalesoffice.

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


10

HP 6608 Router Chassis (JC177B) HP 6616 Router Chassis (JC496A)

I/O ports and slots 8HIMslotsor4SAPslots,oracombination 16HIMslotsor8SAPslots,oracombination

Additional ports and slots 2MPU(formanagementmodules)slots 2MPU(formanagementmodules)slots

Physical characteristics

WeightFullconfigurationweight

17.17(w)x18.74(d)x12.13(h)in(43.61x47.6x30.81cm)(7Uheight)110.23lb(50kg)110.23lb(50kg)

17.17(w)x18.74(d)x34.88(h)in(43.61x47.6x88.6cm)(20Uheight)

220.46lb(100kg)

Mounting and enclosure EIA-standard19-inchrack EIA-standard19-inchrack

PerformanceThroughputRoutingtablesizeForwardingtablesizeBackplanebandwidth

upto108mpps2000000entries(IPv4),500000entries(IPv6)1000000entries(IPv4),300000entries(IPv6)300Gb/s

upto252mpps2000000entries(IPv4),500000entries(IPv6)1000000entries(IPv4),300000entries(IPv6)700Gb/s

EnvironmentOperatingtemperatureOperatingrelativehumidityNonoperating/StoragetemperatureNonoperating/Storagerelativehumidity



Electrical characteristicsFrequencyMaximumheatdissipationACvoltageMaximumpowerrating



ReliabilityMTBF(years)MTTR(hours)

26.81

24.51



Specifications (continued)

11


Safety CSA22.2No.60950;cUL(CSA22.2No.60950);CSA22.2No.609503rdedition;CSA22.2No.950;CSA950;cUL(CSA950);EN60950/IEC60950;UL19503rdedition;UL1950;UL60950;UL60950-1;CAN/CSA22.2No.60950;CAN/CSA22.2No.60950-1;EN60825;AS/NZS60950;KN60950;GOSTRMEK60950;EN60825-1SafetyofLaserProducts-Part1;EN60825-2SafetyofLaserProducts-Part2;EN609500SafetyInformationTechnologyEquipment;UL60950;CSA22.2No.60950/cUL;IEC60950;IEC60950-1;EN60950;EN60950-1;IEC60825;CSA22.2No.950-95;IEC60950-1:2001(withCBReport);CAN/CSA-C22.2No.60950-1-03;CAN/CSA-C22.2No.60950-1;CSA60950-1;CSAC22.260950-1;EURoHSCompliant;EN60950-1/A11;CSA22.260950-1;EN60950:2000,ZBandZCDeviations;IEC60950:1999,CorrFeb2000,allnationaldeviations;As/NZS60950:2000,Australia;UL60950-1:2003;UL60950-1:2001;CSA22.260950-1:2003;IEC60950-1:2001;EN60950-1:2001;CSA22.2-60950;AS/NZS60950:2000Australia,RussianGOSTSafetyApproval;CSA22.2No.9503rdEdition1995;UL609503rdEdition;CAN/CSA22.2No.60950-00/UL609503rdEdition,SafetyInformationforTechnologyEquipment;EN60950/IEC609503rdEdition;UL60950StandardfortheSafetyofInformationTechnologyEquipment;EN60825:SafetyofLaserProducts

CSA22.2No.60950;cUL(CSA22.2No.60950);CSA22.2No.609503rdedition;CSA22.2No.950;CSA950;cUL(CSA950);EN60950/IEC60950;UL19503rdedition;UL1950;UL60950;UL60950-1;CAN/CSA22.2No.60950;CAN/CSA22.2No.60950-1;EN60825;AS/NZS60950;KN60950;GOSTRMEK60950;EN60825-1SafetyofLaserProducts-Part1;EN60825-2SafetyofLaserProducts-Part2;EN609500SafetyInformationTechnologyEquipment;UL60950;CSA22.2No.60950/cUL;IEC60950;IEC60950-1;EN60950;EN60950-1;IEC60825;CSA22.2No.950-95;IEC60950-1:2001(withCBReport);CAN/CSA-C22.2No.60950-1-03;CAN/CSA-C22.2No.60950-1;CSA60950-1;CSAC22.260950-1;EURoHSCompliant;EN60950-1/A11;CSA22.260950-1;EN60950:2000,ZBandZCDeviations;IEC60950:1999,CorrFeb2000,allnationaldeviations;As/NZS60950:2000,Australia;UL60950-1:2003;UL60950-1:2001;CSA22.260950-1:2003;IEC60950-1:2001;EN60950-1:2001;CSA22.2-60950;AS/NZS60950:2000Australia,RussianGOSTSafetyApproval;CSA22.2No.9503rdEdition1995;UL609503rdEdition;CAN/CSA22.2No.60950-00/UL609503rdEdition,SafetyInformationforTechnologyEquipment;EN60950/IEC609503rdEdition;UL60950StandardfortheSafetyofInformationTechnologyEquipment;EN60825:SafetyofLaserProducts

Emissions FCCpart15ClassA;FCCRulesPart15,SubpartBClassA;EN55022/CISPR-22ClassA;VCCIClassA;EN55022/CISPR22ClassA;EN55022ClassA;CISPR22ClassA;EN55024;CISPR22/A2;IEC/EN61000-3-2;IEC/EN61000-3-3;EN55024/A1;IEC61000:4-2,4-3,4-4,4-5,4-6,4-8,4-11;BSMICNS13438;EMCDirective89/336/EEC;ICES-003ClassA;ANSIC63.42003;CISPR24;ETSIEN300386V1.3.3;AS/NZSCISPR22ClassA;EN61000-3-2;EN61000-3-3;KoreanEMIClassA;CNS13438ClassA;EN55024:1998;EN61000-4-2;EN61000-4-3;EN61000-4-4;EN61000-4-5;EN61000-4-6;EN61000-4-11

FCCpart15ClassA;FCCRulesPart15,SubpartBClassA;EN55022/CISPR-22ClassA;VCCIClassA;EN55022/CISPR22ClassA;EN55022ClassA;CISPR22ClassA;EN55024;CISPR22/A2;IEC/EN61000-3-2;IEC/EN61000-3-3;EN55024/A1;IEC61000:4-2,4-3,4-4,4-5,4-6,4-8,4-11;BSMICNS13438;EMCDirective89/336/EEC;ICES-003ClassA;ANSIC63.42003;CISPR24;ETSIEN300386V1.3.3;AS/NZSCISPR22ClassA;EN61000-3-2;EN61000-3-3;KoreanEMIClassA;CNS13438ClassA;EN55024:1998;EN61000-4-2;EN61000-4-3;EN61000-4-4;EN61000-4-5;EN61000-4-6;EN61000-4-11

Management IMC—IntelligentManagementCenter;command-lineinterface;limitedcommand-lineinterface;out-of-bandmanagement(serialRS-232C);out-of-bandmanagement(DB-9serialportconsole);out-of-bandmanagement;SNMPManager;Telnet;RMON1;FTP;in-lineandout-of-band;terminalinterface(serialRS-232C);modeminterface;IEEE802.3EthernetMIB;EthernetInterfaceMIB

IMC—IntelligentManagementCenter;command-lineinterface;limitedcommand-lineinterface;out-of-bandmanagement(serialRS-232C);out-of-bandmanagement(DB-9serialportconsole);out-of-bandmanagement;SNMPManager;Telnet;RMON1;FTP;in-lineandout-of-band;terminalinterface(serialRS-232C);modeminterface;IEEE802.3EthernetMIB;EthernetInterfaceMIB

Notes ThechassissupportsamaximumofeightHIMorfourSAPslots,oracombinationthereof;itsupportssixHIMorthreeSAPslots,oracombinationthereof,withtheredundantJC566A.TheforwardingtablesizeshowniswiththeuseofJC566A.JC165Adeliversforwardingof500,000IPv4and100,000IPv6addresses.

Thechassissupportsamaximumof16HIMor8SAPslots,oracombinationthereof;itsupports14HIMor7SAPslots,oracombinationthereof,withtheredundantJC566A.TheforwardingtablesizeshowniswiththeuseofJC566A.JC165Adeliversforwardingof500,000IPv4and100,000IPv6addresses.


12



Services 3-year,partsonly,globalnext-dayadvanceexchange(UW054E)3-year,4-houronsite,13x5coverageforhardware(UW062E)3-year,4-houronsite,24x7coverageforhardware(UV930E)3-year,4-houronsite,24x7coverageforhardware(HR530E)3-year,4-houronsite,24x7coverageforhardware,24x7SWphonesupportandSWupdates(UV943E)3-year,24x7SWphonesupport,softwareupdates(UV955E)1-year,post-warranty,4-houronsite,13x5coverageforhardware(HR529E)1-year,post-warranty,4-houronsite,24x7coverageforhardware,24x7softwarephonesupport(HR531E)4-year,4-houronsite,13x5coverageforhardware(UW063E)4-year,4-houronsite,24x7coverageforhardware(UV931E)4-year,4-houronsite,24x7coverageforhardware,24x7softwarephone(UV944E)4-year,24x7SWphonesupport,softwareupdates(UV956E)5-year,4-houronsite,13x5coverageforhardware(UW064E)5-year,4-houronsite,24x7coverageforhardware(UV932E)5-year,4-houronsite,24x7coverageforhardware,24x7softwarephone(UV945E)5-year,24x7SWphonesupport,softwareupdates(UV957E)3-year6hrCall-to-RepairOnsite(UW055E)4-year6hrCall-to-RepairOnsite(UW056E)5-year6hrCall-to-RepairOnsite(UW057E)1-year,6hourCall-To-RepairOnsiteforhardware(HR533E)1-year,24x7softwarephonesupport,softwareupdates(HR532E)RefertotheHPwebsiteathp.com/networking/servicesfordetailsontheservice-leveldescriptionsandproductnumbers.Fordetailsaboutservicesandresponsetimesinyourarea,pleasecontactyourlocalHPsalesoffice.

3-year,partsonly,globalnext-dayadvanceexchange(UW054E)3-year,4-houronsite,13x5coverageforhardware(UW062E)3-year,4-houronsite,24x7coverageforhardware(UV930E)3-year,4-houronsite,24x7coverageforhardware(HR530E)3-year,4-houronsite,24x7coverageforhardware,24x7SWphonesupportandSWupdates(UV943E)3-year,24x7SWphonesupport,softwareupdates(UV955E)1-year,post-warranty,4-houronsite,13x5coverageforhardware(HR529E)1-year,post-warranty,4-houronsite,24x7coverageforhardware,24x7softwarephonesupport(HR531E)4-year,4-houronsite,13x5coverageforhardware(UW063E)4-year,4-houronsite,24x7coverageforhardware(UV931E)4-year,4-houronsite,24x7coverageforhardware,24x7softwarephone(UV944E)4-year,24x7SWphonesupport,softwareupdates(UV956E)5-year,4-houronsite,13x5coverageforhardware(UW064E)5-year,4-houronsite,24x7coverageforhardware(UV932E)5-year,4-houronsite,24x7coverageforhardware,24x7softwarephone(UV945E)5-year,24x7SWphonesupport,softwareupdates(UV957E)3-year6hrCall-to-RepairOnsite(UW055E)4-year6hrCall-to-RepairOnsite(UW056E)5-year6hrCall-to-RepairOnsite(UW057E)1-year,6hourCall-To-RepairOnsiteforhardware(HR533E)1-year,24x7softwarephonesupport,softwareupdates(HR532E)RefertotheHPwebsiteathp.com/networking/servicesfordetailsontheservice-leveldescriptionsandproductnumbers.Fordetailsaboutservicesandresponsetimesinyourarea,pleasecontactyourlocalHPsalesoffice.

Standards and Protocols(appliestoallproductsinseries)

BGP RFC1267BorderGatewayProtocol3(BGP-3)RFC1657DefinitionsofManagedObjectsforBGPv4RFC1771BGPv4RFC1772ApplicationoftheBGPRFC1773ExperiencewiththeBGP-4ProtocolRFC1774BGP-4ProtocolAnalysisRFC1997BGPCommunitiesAttributeRFC1998PPPGandalfFZACompressionProtocolRFC2385BGPSessionProtectionviaTCPMD5RFC2439BGPRouteFlapDampingRFC2796BGPRouteReflectionRFC2842CapabilityAdvertisementwithBGP-4

RFC2858BGP-4Multi-ProtocolExtensionsRFC2918RouteRefreshCapabilityRFC4271ABorderGatewayProtocol4(BGP-4)RFC4272BGPSecurityVulnerabilitiesAnalysisRFC4274BGP-4ProtocolAnalysisRFC4275BGP-4MIBImplementationSurveyRFC4276BGP-4ImplementationReportRFC4277ExperiencewiththeBGP-4ProtocolRFC4360BGPExtendedCommunitiesAttributeRFC4451BGPMULTI_EXIT_DISC(MED)ConsiderationsRFC4456BGPRouteReflection:AnAlternativetoFullMeshInternalBGP(IBGP)

RFC4486SubcodesforBGPCeaseNotificationMessageRFC4724GracefulRestartMechanismforBGPRFC4760MultiprotocolExtensionsforBGP-4RFC4893BGPSupportforFour-octetASNumberSpaceRFC5065AutonomousSystemConfederationsforBGPRFC5291OutboundRouteFilteringCapabilityforBGP-4RFC5292Address-Prefix-BasedOutboundRouteFilterforBGP-4RFC5398AutonomousSystem(AS)NumberReservationforDocumentationUseRFC5883BFDforMultihopPaths



13


Denial of service protection CPUDoSProtection RateLimitingbyACLs

Device management RFC1155StructureandMgmtInformation(SMIv1)RFC1157SNMPv1/v2cRFC1305NTPv3RFC1901(CommunitybasedSNMPv2)RFC1901-1907SNMPv2c,SMIv2andRevisedMIB-IIRFC1902(SNMPv2)RFC1908(SNMPv1/2Coexistence)RFC1945HypertextTransferProtocol—HTTP/1.0

RFC2068HypertextTransferProtocol—HTTP/1.1RFC2452MIBforTCP6RFC2454MIBforUDP6RFC2573(SNMPv3Applications)RFC2576(CoexistencebetweenSNMPV1,V2,V3)RFC2578-2580SMIv2RFC2579(SMIv2TextConventions)RFC2580(SMIv2Conformance)

RFC2819(RMONgroupsAlarm,Event,HistoryandStatisticsonly)RFC2819RMONRFC3410(ManagementFramework)RFC3416(SNMPProtocolOperationsv2)RFC3417(SNMPTransportMappings)MultipleConfigurationFilesMultipleSoftwareImagesSNMPv3andRMONRFCsupportSSHv1/SSHv2SecureShellTACACS/TACACS+

General protocols IEEE802.1adQ-in-QIEEE802.1adQ-in-QIEEE802.1agServiceLayerOAMIEEE802.1ahProviderBackboneBridgesIEEE802.1AX-2008LinkAggregationIEEE802.1DMACBridgesIEEE802.1pPriorityIEEE802.1Q(GVRP)IEEE802.1QVLANsIEEE802.1s(MSTP)IEEE802.1sMultipleSpanningTreesIEEE802.1vVLANclassificationbyProtocolandPortIEEE802.1wRapidReconfigurationofSpanningTreeIEEE802.1XPAEIEEE802.3Type10BASE-TIEEE802.3ab1000BASE-TIEEE802.3ac(VLANTaggingExtension)IEEE802.3adLinkAggregation(LAG)IEEE802.3adLinkAggregationControlProtocol(LACP)IEEE802.3ae10-GigabitEthernetIEEE802.3agEthernetOAMIEEE802.3ahEthernetinFirstMileoverPointtoPointFiber-EFMFIEEE802.3i10BASE-TIEEE802.3u100BASE-XIEEE802.3xFlowControlIEEE802.3z1000BASE-XRFC768UDPRFC783TFTPProtocol(revision2)RFC791IPRFC792ICMPRFC793TCPRFC826ARPRFC854TELNETRFC855TelnetOptionSpecificationRFC856TELNETRFC857TelnetEchoOptionRFC858TelnetSuppressGoAheadOptionRFC894IPoverEthernetRFC896CongestionControlinIP/TCPInternetworksRFC906TFTPBootstrapRFC925Multi-LANAddressResolution

RFC1213ManagementInformationBaseforNetworkManagementofTCP/IP-basedinternetsRFC1661ThePoint-to-PointProtocol(PPP)RFC1662PPPinHDLC-likeFramingRFC1695DefinitionsofManagedObjectsforATMManagementVersion8.0usingSMIv2RFC1700AssignedNumbersRFC1701GenericRoutingEncapsulationRFC1702GenericRoutingEncapsulationoverIPv4networksRFC1721RIP-2AnalysisRFC1722RIP-2ApplicabilityRFC1723RIPv2RFC1812IPv4RoutingRFC1829TheESPDES-CBCTransformRFC1853IPinIPTunnelingRFC1877PPPInternetProtocolControlProtocolExtensionsforNameServerAddressesRFC1944BenchmarkingMethodologyforNetworkInterconnectDevicesRFC1945HypertextTransferProtocol—HTTP/1.0RFC1973PPPinFrameRelayRFC1974PPPStacLZSCompressionProtocolRFC1981PathMTUDiscoveryforIPversion6RFC1990ThePPPMultilinkProtocol(MP)RFC1994PPPChallengeHandshakeAuthenticationProtocol(CHAP)RFC2003IPEncapsulationwithinIPRFC2082RIP-2MD5AuthenticationRFC2091TriggerRIPRFC2104HMAC:Keyed-HashingforMessageAuthenticationRFC2131DHCPRFC2132DHCPOptionsandBOOTPVendorExtensionsRFC2138RemoteAuthenticationDialInUserService(RADIUS)RFC2205ResourceReSerVationProtocol(RSVP)-Version1FunctionalSpecification

RFC2833RTPPayloadforDTMFDigits,TelephonyTonesandTelephonySignalsRFC2856TextualConventionsforAdditionalHighCapacityDataTypesRFC2865RemoteAuthenticationDialInUserService(RADIUS)RFC2866RADIUSAccountingRFC2868RADIUSAttributesforTunnelProtocolSupportRFC2869RADIUSExtensionsRFC2915TheNamingAuthorityPointer(NAPTR)DNSResourceRecordRFC2916E.164numberandDNSP.FaltstromRFC2961RSVPRefreshOverheadReductionExtensionsRFC2966Domain-widePrefixDistributionwithTwo-LevelIS-ISRFC2973IS-ISMeshGroupsRFC2993ArchitecturalImplicationsofNATRFC3022TraditionalIPNetworkAddressTranslator(TraditionalNAT)RFC3027ProtocolComplicationswiththeIPNetworkAddressTranslatorRFC3031MultiprotocolLabelSwitchingArchitectureRFC3032MPLSLabelStackEncodingRFC3036LDPSpecificationRFC3046DHCPRelayAgentInformationOptionRFC3063MPLSLoopPreventionMechanismRFC3065SupportASconfederationRFC3137OSPFStubRouterAdvertisementRFC3209RSVP-TEExtensionstoRSVPforLSPTunnelsRFC3210ApplicabilityStatementforExtensionstoRSVPforLSP-TunnelsRFC3212Constraint-BasedLSPsetupusingLDP(CR-LDP)RFC3214LSPModificationUsingCR-LDPRFC3215LDPStateMachineRFC3246ExpeditedForwardingPHBRFC3268AdvancedEncryptionStandard(AES)CiphersuitesforTransportLayerSecurity(TLS)


14


RFC950InternetStandardSubnettingProcedureRFC951BOOTPRFC959FileTransferProtocol(FTP)RFC1006ISOtransportservicesontopoftheTCP:Version3RFC1027ProxyARPRFC1034DomainConceptsandFacilitiesRFC1035DomainImplementationandSpecificationRFC1042IPDatagramsRFC1058RIPv1RFC1071ComputingtheInternetChecksumRFC1091TelnetTerminal-TypeOptionRFC1093NSFNETroutingarchitectureRFC1122HostRequirementsRFC1141IncrementalupdatingoftheInternetchecksumRFC1142OSIIS-ISIntra-domainRoutingProtocolRFC1144CompressingTCP/IPheadersforlow-speedseriallinksRFC1171Point-to-PointProtocolforthetransmissionofmulti-protocoldatagramsoverPoint-to-PointlinksRFC1191PathMTUdiscoveryRFC1195OSIISISforIPandDualEnvironmentsRFC1253(OSPFv2)RFC1256ICMPRouterDiscoveryProtocol(IRDP)RFC1293InverseAddressResolutionProtocolRFC1305NTPv3RFC1315ManagementInformationBaseforFrameRelayDTEsRFC1321TheMD5Message-DigestAlgorithmRFC1332ThePPPInternetProtocolControlProtocol(IPCP)RFC1333PPPLinkQualityMonitoringRFC1334PPPAuthenticationProtocols(PAP)RFC1334PPPAuthenticationProtocols(PAP)RFC1349TypeofServiceRFC1350TFTPProtocol(revision2)RFC1377ThePPPOSINetworkLayerControlProtocol(OSINLCP)RFC1381SNMPMIBExtensionforX.25LAPBRFC1389RIPv2MIBExtensionRFC1471TheDefinitionsofManagedObjectsfortheLinkControlProtocolofthePoint-to-PointProtocolRFC1472TheDefinitionsofManagedObjectsfortheSecurityProtocolsofthePoint-to-PointProtocolRFC1473TheDefinitionsofManagedObjectsfortheIPNetworkControlProtocolofthePoint-to-PointProtocolRFC1490MultiprotocolInterconnectoverFrameRelay

RFC2209ResourceReSerVationProtocol(RSVP)—Version1MessageProcessingRulesRFC2225ClassicalIPandARPoverATMRFC2236IGMPSnoopingRFC2246TheTLSProtocolVersion1.0RFC2251LightweightDirectoryAccessProtocol(v3)RFC2252LightweightDirectoryAccessProtocol(v3):AttributeSyntaxDefinitionsRFC2280RoutingPolicySpecificationLanguage(RPSL)RFC2283MBGPRFC2284EAPoverLANRFC2338VRRPRFC2338VRRP(PremiumEdgeLicense)RFC2364PPPOverAAL5RFC2374AnAggregatableGlobalUnicastAddressFormatRFC2390InverseAddressResolutionProtocolRFC2427MultiprotocolInterconnectoverFrameRelayRFC2451TheESPCBC-ModeCipherAlgorithmsRFC2453RIPv2RFC2510InternetX.509PublicKeyInfrastructureCertificateManagementProtocolsRFC2511InternetX.509CertificateRequestMessageFormatRFC2514DefinitionsofTextualConventionsandOBJECT-IDENTITIESforATMManagementRFC2515DefinitionsofManagedObjectsforATMManagementRFC2516AMethodforTransmittingPPPOverEthernet(PPPoE)RFC2519AFrameworkforInter-DomainRouteAggregationRFC2529TransmissionofIPv6overIPv4DomainswithoutExplicitTunnelsRFC2544BenchmarkingMethodologyforNetworkInterconnectDevicesRFC2581TCPCongestionControlRFC2615PPPoverSONET/SDH(SynchronousOpticalNetwork/SynchronousDigitalHierarchy)RFC2616HTTPCompatibilityv1.1RFC2617HTTPAuthentication:BasicandDigestAccessAuthenticationRFC2622RoutingPolicySpecificationLanguage(RPSL)RFC2644DirectedBroadcastControlRFC2661L2TPRFC2663NATTerminologyandConsiderationsRFC2684MultiprotocolEncapsulationoverATMAdaptationLayer5RFC2694DNSextensionstoNetworkAddressTranslators(DNS_ALG)RFC2702RequirementsforTrafficEngineeringOverMPLSRFC2716PPPEAPTLSAuthenticationProtocol

RFC3272OverviewandPrinciplesofInternetTrafficEngineeringRFC3277IS-ISTransientBlackholeAvoidanceRFC3279AlgorithmsandIdentifiersfortheInternetX.509PublicKeyInfrastructureCertificateandCertificateRevocationList(CRL)ProfileRFC3280InternetX.509PublicKeyInfrastructureCertificateandCertificateRevocationList(CRL)ProfileRFC3359ReservedType,LengthandValue(TLV)CodepointsinIntermediateSystemtoIntermediateSystemRFC3392SupportBGPcapabilitiesadvertisementRFC3410ApplicabilityStatementsforSNMPRFC3416ProtocolOperationsforSNMPRFC3417TransportMappingsfortheSimpleNetworkManagementProtocol(SNMP)RFC3442TheClasslessStaticRouteOptionforDynamicHostConfigurationProtocol(DHCP)version4RFC3479FaultTolerancefortheLabelDistributionProtocol(LDP)RFC3487GracefulRestartMechanismforLDPRFC3509OSPFABRBehaviorRFC3526MoreModularExponential(MODP)Diffie-HellmangroupsforInternetKeyExchange(IKE)RFC3562KeyManagementConsiderationsfortheTCPMD5SignatureOptionRFC3564RequirementsforSupportofDifferentiatedServices-awareMPLSTrafficEngineeringRFC3567IntermediateSystemtoIntermediateSystem(IS-IS)CryptographicAuthenticationRFC3590SourceAddressSelectionfortheMulticastListenerDiscovery(MLD)ProtocolRFC3602TheAES-CBCCipherAlgorithmandItsUsewithIPSecRFC3619EthernetAutomaticProtectionSwitching(EAPS)RFC3623GracefulOSPFRestartRFC3704UnicastReversePathForwarding(URPF)RFC3706ATraffic-BasedMethodofDetectingDeadInternetKeyExchange(IKE)PeersRFC3768VRRPRFC3768VRRPRFC3768VRRP(PremiumEdgeLicense)RFC3784ISISTEsupportRFC3786ExtendingtheNumberofIS-ISLSPFragmentsBeyondthe256LimitRFC3811DefinitionsofTextualConventions(TCs)forMultiprotocolLabelSwitching(MPLS)ManagementRFC3812MultiprotocolLabelSwitching(MPLS)TrafficEngineering(TE)ManagementInformationBase(MIB)RFC3847RestartsignalingforIS-IS


15


RFC1519CIDRRFC1531DynamicHostConfigurationProtocolRFC1533DHCPOptionsandBOOTPVendorExtensionsRFC1534DHCP/BOOTPInteroperationRFC1541DHCPRFC1542BOOTPExtensionsRFC1542ClarificationsandExtensionsfortheBootstrapProtocolRFC1552ThePPPInternetworkingPacketExchangeControlProtocol(IPXCP)RFC1577ClassicalIPandARPoverATMRFC1613CiscoSystemsX.25overTCP(XOT)RFC1624IncrementalInternetChecksumRFC1631NATRFC1638PPPBridgingControlProtocol(BCP)

RFC2747RSVPCryptographicAuthenticationRFC2763DynamicName-to-SystemIDmappingsupportRFC2765StatelessIP/ICMPTranslationAlgorithm(SIIT)RFC2766NetworkAddressTranslation-ProtocolTranslation(NAT-PT)RFC2767DualStacksIPv4&IPv6RFC2782ADNSRR(DNSResourceRecord)forspecifyingthelocationofservices(DNSSRV)DomainNameSystemServerRFC2784GenericRoutingEncapsulation(GRE)RFC2787DefinitionsofManagedObjectsforVRRPRFC2965HTTPStateManagementMechanism

RFC3879DeprecatingSiteLocalAddressesRFC3906CalculatingInteriorGatewayProtocol(IGP)RoutesOverTrafficEngineeringTunnelsRFC3917RequirementsforIPFlowInformationExport(IPFIX)RFC3954CiscoSystemsNetFlowServicesExportVersion9RFC4213BasicIPv6TransitionMechanismsRFC4884ExtendedICMPtoSupportMulti-PartMessagesRFC5082TheGeneralizedTTLSecurityMechanism(GTSM)RFC5286BasicSpecificationforIPFastReroute:Loop-FreeAlternatesRFC5880BidirectionalForwardingDetectionRFC5882GenericApplicationofBFDIPPing

IP multicast RFC1112IGMPRFC2236IGMPv2RFC2283MultiprotocolExtensionsforBGP-4RFC2362PIMSparseModeRFC2362PIMSparseModeRFC2362PIMSparseMode(PremiumEdgeLicense)RFC2365AdministrativelyScopedIPMulticastRFC2934ProtocolIndependentMulticastMIBforIPv4RFC3376IGMPv3RFC3376IGMPv3(hostjoinsonly)RFC3446AnycastRendezvousPoint(RP)mechanismusingProtocolIndependentMulticast(PIM)andMulticastSourceDiscoveryProtocol(MSDP)

RFC3569AnOverviewofSource-SpecificMulticast(SSM)RFC3618MulticastSourceDiscoveryProtocol(MSDP)RFC3973Draft2PIMDenseModeRFC3973Draft2PIMDenseModeRFC3973PIMDenseModeRFC3973PIMDenseModeRFC3973PIMDenseMode(PremiumEdgeLicense)RFC4601Draft10PIMSparseModeRFC4601Draft10PIMSparseModeRFC4604UsingInternetGroupManagementProtocolVersion3(IGMPv3)andMulticastListenerDiscoveryProtocolVersion2(MLDv2)forSource-SpecificMulticast

RFC4605IGMP/MLDProxyingRFC4607Source-SpecificMulticastforIPRFC4608Source-SpecificProtocolIndependentMulticastin232/8(PIMSSM)RFC4611MulticastSourceDiscoveryProtocol(MSDP)DeploymentScenariosRFC4950ICMPExtensionsforMultiprotocolLabelSwitchingRFC5015BidirectionalProtocolIndependentMulticast(BIDIR-PIM)RFC5059BootstrapRouter(BSR)MechanismforProtocolIndependentMulticast(PIM)RFC5060ProtocolIndependentMulticastMIBRFC5240ProtocolIndependentMulticast(PIM)

IPv6 RFC1350TFTPRFC1881IPv6AddressAllocationManagementRFC1886DNSExtensionforIPv6RFC1887IPv6UnicastAddressAllocationArchitectureRFC1981IPv6PathMTUDiscoveryRFC2080RIPngforIPv6RFC2292AdvancedSocketsAPIforIPv6RFC2373IPv6AddressingArchitectureRFC2375IPv6MulticastAddressAssignmentsRFC2460IPv6SpecificationRFC2461IPv6NeighborDiscovery

RFC2925DefinitionsofManagedObjectsforRemotePing,Traceroute,andLookupOperations(Pingonly)RFC2925RemoteOperationsMIB(Pingonly)RFC3056ConnectionofIPv6DomainsviaIPv4CloudsRFC3162RADIUSandIPv6RFC3306Unicast-Prefix-basedIPv6MulticastAddressesRFC3307IPv6MulticastAddressAllocationRFC3315DHCPv6(clientandrelay)RFC3315DHCPv6(clientonly)

RFC3956EmbeddingtheRendezvousPoint(RP)AddressinanIPv6MulticastAddressRFC4001TextualConventionsforInternetNetworkAddressesRFC4007IPv6ScopedAddressArchitectureRFC4022MIBforTCPRFC4113MIBforUDPRFC4251SSHv6ArchitectureRFC4252SSHv6AuthenticationRFC4252SSHv6TransportLayerRFC4253SSHv6TransportLayerRFC4254SSHv6ConnectionRFC4291IPVersion6AddressingArchitecture


16


IPv6 (Continued) RFC2462IPv6StatelessAddressAuto-configurationRFC2463ICMPv6RFC2464TransmissionofIPv6overEthernetNetworksRFC2472IPVersion6overPPPRFC2473GenericPacketTunnelinginIPv6RFC2475IPv6DiffServArchitectureRFC2529TransmissionofIPv6PacketsoverIPv4RFC2545UseofMP-BGP-4forIPv6RFC2553BasicSocketInterfaceExtensionsforIPv6RFC2710MulticastListenerDiscovery(MLD)forIPv6RFC2711IPv6RouterAlertOptionRFC2740OSPFv3forIPv6RFC2893TransitionMechanismsforIPv6HostsandRoutersRFC2894RouterRenumberingforIPv6

RFC3363DNSsupportRFC3484DefaultAddressSelectionforIPv6RFC3493BasicSocketInterfaceExtensionsforIPv6RFC3513IPv6AddressingArchitectureRFC3542AdvancedSocketsAPIforIPv6RFC3587IPv6GlobalUnicastAddressFormatRFC3596DNSExtensionforIPv6RFC3646DNSConfigurationoptionsforDynamicHostConfigurationProtocolforIPv6RFC3736StatelessDynamicHostConfigurationProtocol(DHCP)ServiceforIPv6RFC3810MLDv2(hostjoinsonly)RFC3810MLDv2forIPv6RFC3810MulticastListenerDiscoveryVersion2(MLDv2)forIPv6

RFC4293MIBforIPRFC4419KeyExchangeforSSHRFC4443ICMPv6RFC4541IGMP&MLDSnoopingSwitchRFC4552Authentication/ConfidentialityforOSPFv3RFC4798ConnectingIPv6IslandsoverIPv4MPLSUsingIPv6ProviderEdgeRouters(6PE)RFC4861IPv6NeighborDiscoveryRFC4862IPv6StatelessAddressAuto-configurationRFC4940IANAConsiderationsforOSPFRFC5072IPVersion6overPPPRFC5095DeprecationofType0RoutingHeadersinIPv6RFC5340OSPFforIPv6RFC5340OSPFv3forIPv6RFC5722HandlingofOverlappingIPv6FragmentsRFC5881BFDforIPv4andIPv6(SingleHop)

MIBs IEEE8021-PAE-MIBIEEE8023-LAG-MIBRFC1156(TCP/IPMIB)RFC1212ConciseMIBDefinitionsRFC1213MIBIIRFC1229InterfaceMIBExtensionsRFC1286BridgeMIBRFC1493BridgeMIBRFC1573SNMPMIBIIRFC1643EthernetMIBRFC1650Ethernet-LikeMIBRFC1657BGP-4MIBRFC1724RIPv2MIBRFC1757RemoteNetworkMonitoringMIBRFC1850OSPFv2MIBRFC1907SNMPv2MIBRFC2011SNMPv2MIBforIPRFC2012SNMPv2MIBforTCPRFC2013SNMPv2MIBforUDPRFC2021RMONv2MIB

RFC2096IPForwardingTableMIBRFC2233InterfaceMIBRFC2233InterfacesMIBRFC2452IPV6-TCP-MIBRFC2454IPV6-UDP-MIBRFC2465IPv6MIBRFC2466ICMPv6MIBRFC2571SNMPFrameworkMIBRFC2572SNMP-MPDMIBRFC2573SNMP-NotificationMIBRFC2573SNMP-TargetMIBRFC2574SNMPUSMMIBRFC2618RADIUSClientMIBRFC2620RADIUSAccountingMIBRFC2665Ethernet-Like-MIBRFC2668802.3MAUMIBRFC2674802.1pandIEEE802.1QBridgeMIBRFC2688MAU-MIBRFC2737EntityMIB(Version2)

RFC2787VRRPMIBRFC2819RMONMIBRFC2863TheInterfacesGroupMIBRFC2932IP(MulticastRoutingMIB)RFC2933IGMPMIBRFC3273HC-RMONMIBRFC3414SNMP-Userbased-SMMIBRFC3415SNMP-Viewbased-ACMMIBRFC3418MIBforSNMPv3RFC3621PowerEthernetMIBRFC3813MPLSLSRMIBRFC3814MPLSFTNMIBRFC3815MPLSLDPMIBRFC3826AESforSNMP’sUSMMIBRFC4113UDPMIBRFC4133EntityMIB(Version3)RFC4221MPLSFTNMIBLLDP-EXT-DOT1-MIBLLDP-EXT-DOT3-MIBLLDP-MIB

MPLS RFC3037LDP(LabelDistributionProtocol)ApplicabilityRFC3270Multi-ProtocolLabelSwitching(MPLS)SupportofDifferentiatedServicesRFC3429Assignmentofthe‘OAMAlertLabel’forMultiprotocolLabelSwitchingRFC3443TimeToLive(TTL)ProcessinginMulti-ProtocolLabelSwitching(MPLS)NetworksRFC3478GracefulRestartMechanismforLabelDistributionProtocolRFC3612ApplicabilityStatementforRestartMechanismsfortheLabelDistributionRFC3916RequirementsforPseudo-WireEmulationEdge-to-Edge(PWE3)RFC3985PseudoWireEmulationEdge-to-Edge(PWE3)ArchitectureRFC4023EncapsulatingMPLSinIPorGenericRoutingEncapsulation(GRE)RFC4090FastRerouteExtensionstoRSVP-TEforLSPTunnels

RFC4182RemovingaRestrictionontheuseofMPLSExplicitNULLRFC4216MPLSInter-AutonomousSystem(AS)TrafficEngineering(TE)RequirementsRFC4364BGP/MPLSIPVirtualPrivateNetworks(VPNs)RFC4365ApplicabilityStatementforBGP/MPLSIPVirtualPrivateNetworks(VPNs)RFC4381AnalysesoftheSecurityofBGP/MPLSIPVPNsRFC4385PseudowireEmulationEdge-to-Edge(PWE3)ControlWordforUseoveranMPLSPSNRFC4446IANAAllocationsforPseudowireEdgetoEdgeEmulation(PWE3)RFC4448EncapsulationMethodsforTransportofEthernetoverMPLSNetworks

RFC4664FrameworkforLayer2VirtualPrivateNetworksRFC4665ServiceRequirementsforLayer2ProviderProvisionedVirtualPrivateNetworksRFC4717EncapsulationMethodsforTransportofAsynchronousTransferMode(ATM)overMPLSRFC4761VirtualPrivateLANService(VPLS)UsingBGPforAuto-DiscoveryandSignalingRFC4762VirtualPrivateLANService(VPLS)UsingLabelDistributionProtocol(LDP)SignalingRFC4764FrameworkforLayer2VirtualPrivateNetworks(L2VPNs)RFC4765ServiceRequirementsforLayer2ProviderProvisionedVirtualPrivateNetworksRFC4816PseudowireEmulationEdge-to-Edge(PWE3)AsynchronousTransferMode(ATM)


17


MPLS (Continued) RFC4105RequirementsforInter-AreaMPLSTrafficEngineeringRFC4124ProtocolExtensionsforSupportofDiffServ-awareMPLSTrafficEngineeringRFC4125MaximumAllocationBandwidthConstraintsModelforDiffServ-awareMPLSTrafficRFC4127RussianDollsBandwidthConstraintsModelforDiffServ-awareMPLSTraffic

RFC4576UsingaLinkStateAdvertisement(LSA)OptionsBittoPreventLoopinginBGP/MPLSRFC4618EncapsulationMethodsforTransportofPPP/High-LevelDataLinkControl(HDLC)overMPLSNetworksRFC4619EncapsulationMethodsforTransportofFrameRelayoverMultiprotocolLabelRFC4659BGP-MPLSIPVirtualPrivateNetwork(VPN)ExtensionforIPv6VPN

RFC4941PrivacyExtensionsforStatelessAddressAutoconfigurationinIPv6RFC5085PseudowireVirtualCircuitConnectivityVerification(VCCV):AControlChannelRFC5443LDPIGPSynchronizationRFC5601Pseudowire(PW)ManagementInformationBase(MIB)RFC5602Pseudowire(PW)overMPLSPSNManagementInformationBase(MIB)

Network management IEEE802.1ABLinkLayerDiscoveryProtocol(LLDP)IEEE802.1D(STP)RFC1098ASimpleNetworkManagementProtocol(SNMP)RFC1155StructureofManagementInformationRFC1157SNMPv1RFC1215SNMPGenerictrapsRFC1382SNMPMIBExtensionfortheX.25PacketLayerRFC1757RMON4groups:Stats,History,AlarmsandEventsRFC1901SNMPv2IntroductionRFC1902SNMPv2StructureRFC1903SNMPv2TextualConventionsRFC1904SNMPv2ConformanceRFC1905SNMPv2ProtocolOperationsRFC1906SNMPv2TransportMappingsRFC1918PrivateInternetAddressAllocationRFC2272SNMPv3ManagementProtocolRFC2273SNMPv3ApplicationsRFC2274USMforSNMPv3

RFC2275VACMforSNMPv3RFC2570SNMPv3OverviewRFC2571SNMPManagementFrameworksRFC2572SNMPv3MessageProcessingRFC2573SNMPv3ApplicationsRFC2574SNMPv3User-basedSecurityModel(USM)RFC2575SNMPv3View-basedAccessControlModel(VACM)RFC2575VACMforSNMPRFC2576CoexistencebetweenSNMPversionsRFC2578SMIv2RFC2581TCP6RFC2819FourgroupsofRMON:1(statistics),2(history),3(alarm)and9(events)RFC3164BSDsyslogProtocolRFC3176sFlowRFC3411SNMPManagementFrameworksRFC3412SNMPv3MessageProcessingRFC3413SimpleNetworkManagementProtocol(SNMP)Applications

RFC3414SNMPv3User-basedSecurityModel(USM)RFC3415SNMPv3View-basedAccessControlModel(VACM)RFC3584CoexistencebetweenVersion1andVersion2oftheInternet-standardNetworkRFC3593TextualConventionsforMIBModulesUsingPerformanceHistoryBasedon15MinuteRFC3636DefinitionsofManagedObjectsforIEEE802.3MediumAttachmentUnits(MAUs)RFC4292IPForwardingTableMIBRFC4502RemoteNetworkMonitoringManagementInformationBaseVersion2RFC4878DefinitionsandManagedObjectsforOperations,Administration,andMaintenance(OAM)FunctionsonANSI/TIA-1057LLDPMediaEndpointDiscovery(LLDP-MED)SNMPv1/v2SNMPv1/v2cSNMPv1/v2c(readonly)SNMPv1/v2c/v3

OSPF RFC1245OSPFprotocolanalysisRFC1246ExperiencewithOSPFRFC1253OSPFv2MIBRFC1583OSPFv2RFC1587OSPFNSSARFC1745OSPFInteractionsRFC1765OSPFDatabaseOverflowRFC1850OSPFv2ManagementInformationBase(MIB),trapsRFC2178OSPFv2RFC2328OSPFv2RFC2328OSPFv2(PremiumEdgeLicense)

RFC2370OSPFOpaqueLSAOptionRFC3101OSPFNSSARFC3623GracefulOSPFRestartRFC3630TrafficEngineeringExtensionstoOSPFVersion2RFC4061BenchmarkingBasicOSPFSingleRouterControlPlaneConvergenceRFC4062OSPFBenchmarkingTerminologyandConceptsRFC4063ConsiderationsWhenUsingBasicOSPFConvergenceBenchmarks

RFC4222PrioritizedTreatmentofSpecificOSPFVersion2PacketsandCongestionAvoidanceRFC4577OSPFastheProvider/CustomerEdgeProtocolforBGP/MPLSIPVirtualPrivateNetworks(VPNs)RFC4811OSPFOut-of-BandLSDBResynchronizationRFC4812OSPFRestartSignalingRFC4813OSPFLink-LocalSignalingRFC5187OSPFv3GracefulRestartRFC5340OSPFforIPv6RFC5340OSPFv3forIPv6RFC5613OSPFLink-LocalSignaling

QoS/CoS IEEE802.1P(CoS)RFC2309RecommendationsonqueuemanagementandcongestionavoidanceintheInternetRFC2474DiffServPrecedence,including8queues/portRFC2474DiffServprecedence,with4queuesperportRFC2474DSFieldintheIPv4andIPv6HeadersRFC2474DSCPDiffServ

RFC2474,with4queuesperportRFC2475DiffServArchitectureRFC2597DiffServAssuredForwarding(AF)RFC2597DiffServAssuredForwarding(AF)-partialsupportRFC2598DiffServExpeditedForwarding(EF)RFC2697ASingleRateThreeColorMarkerRFC2698ATwoRateThreeColorMarkerRFC2751SignaledPreemptionPriorityPolicyElement

RFC3247SupplementalInformationfortheNewDefinitionoftheEFPHB(ExpeditedForwardingPer-HopBehavior)RFC3260NewTerminologyandClarificationsforDiffServRFC3662ALowerEffortPer-DomainBehavior(PDB)forDifferentiatedServicesRFC4594ConfigurationGuidelinesforDiffServServiceClassesIngressRateLimiting


18


Security IEEE802.1XPortBasedNetworkAccessControlRFC1321TheMD5Message-DigestAlgorithmRFC1492TACACS+RFC2082RIP-2MD5AuthenticationRFC2104Keyed-HashingforMessageAuthenticationRFC2138RADIUSAuthenticationRFC2139RADIUSAccountingRFC2209RSVP-MessageProcessingRFC2246TransportLayerSecurity(TLS)RFC2459InternetX.509PublicKeyInfrastructureCertificateandCRLProfileRFC2548MicrosoftVendor-specificRADIUSAttributes

RFC2716PPPEAPTLSAuthenticationProtocolRFC2818HTTPOverTLSRFC2865RADIUS(clientonly)RFC2865RADIUSAuthenticationRFC2866RADIUSAccountingRFC2867RADIUSAccountingModificationsforTunnelProtocolSupportRFC2868RADIUSAttributesforTunnelProtocolSupportRFC2869RADIUSExtensionsRFC3567IntermediateSystem(IS)toISCryptographicAuthenticationRFC3576DynamicAuthorizationExtensionstoRADIUS

RFC3579RADIUSSupportForExtensibleAuthenticationProtocol(EAP)RFC3580IEEE802.1XRADIUSRFC4250TheSecureShell(SSH)ProtocolAssignedNumbersRFC5214Intra-SiteAutomaticTunnelAddressingProtocol(ISATAP)AccessControlLists(ACLs)GuestVLANfor802.1xMACAuthenticationPortSecuritySecureSocketsLayer(SSL)SSHv1SecureShellSSHv1.5SecureShellSSHv1/SSHv2SecureShellSSHv2SecureShell

VPN RFC2403—HMAC-MD5-96RFC2404—HMAC-SHA1-96RFC2405—DES-CBCCipheralgorithmRFC2407—DomainofinterpretationRFC2547BGP/MPLSVPNsRFC2764AFrameworkforIPBasedVirtualPrivateNetworksRFC2796BGPRouteReflection-AnAlternativetoFullMeshIBGP

RFC2842CapabilitiesAdvertisementwithBGP-4RFC2858MultiprotocolExtensionsforBGP-4RFC2917ACoreMPLSIPVPNArchitectureRFC2918RouteRefreshCapabilityforBGP-4

RFC3107CarryingLabelInformationinBGP-4RFC4301—SecurityArchitecturefortheInternetProtocolRFC4302—IPAuthenticationHeader(AH)RFC4303—IPEncapsulatingSecurityPayload(ESP)RFC4305—CryptographicAlgorithmImplementationRequirementsforESPandAH

IPSec RFC1828IPAuthenticationusingKeyedMD5RFC2401IPSecurityArchitectureRFC2402IPAuthenticationHeaderRFC2406IPEncapsulatingSecurityPayloadRFC2407—Domainofinterpretation

RFC2408—InternetSecurityAssociationandKeyManagementProtocol(ISAKMP)RFC2409—TheInternetKeyExchangeRFC2410—TheNULLEncryptionAlgorithmanditsusewithIPSecRFC2411IPSecurityDocumentRoadmap

RFC2412–OAKLEYRFC2865—RemoteAuthenticationDialInUserService(RADIUS)RFC4835CryptographicAlgorithmImplementationRequirementsforEncapsulatingSecurity

IKEv1 RFC2865—RemoteAuthenticationDialInUserService(RADIUS)

RFC3748—ExtensibleAuthenticationProtocol(EAP)

RFC4109AlgorithmsforInternetKeyExchangeversion1(IKEv1)

PKI RFC5280InternetX.509PublicKeyInfrastructureCertificateandCertificateRevocationList(CRL)Profile

HP 6600 Router Series accessories

Transceivers HPX110100MSFPLCLH40Transceiver(JD090A)HPX110100MSFPLCLH80Transceiver(JD091A)HPX110100MSFPLCFXTransceiver(JD102B)HPX110100MSFPLCLXTransceiver(JD120B)HPX120622MSFPLCLX15kmTransceiver(JF829A)HPX120622MSFPLCLH40km1310Transceiver(JF830A)HPX120622MSFPLCLH80km1550Transceiver(JF831A)HPX1251GSFPLCLH401310nmTransceiver(JD061A)HPX1201GSFPLCLH401550nmTransceiver(JD062A)HPX1201GSFPLCBX10-UTransceiver(JD098B)HPX1201GSFPLCBX10-DTransceiver(JD099B)HPX1201GSFPLCLH100Transceiver(JD103A)HPX1201GSFPLCSXTransceiver(JD118B)HPX1201GSFPLCLXTransceiver(JD119B)HPX1251GSFPLCLH70Transceiver(JD063B)HPX1201GSFPRJ45TTransceiver(JD089B)HPX1602.5GSFPLC2kmTransceiver(JD084A)HPX1602.5GSFPLC15kmTransceiver(JD085A)HPX1602.5GSFPLC40kmTransceiver(JD086A)


19

Transceivers (Continued) HPX1602.5GSFPLC80kmTransceiver(JD087A)HPX13510GXFPLCERTransceiver(JD121A)HPX13010GXFPLCLRTransceiver(JD108B)HPX13010GXFPLCSRTransceiver(JD117B)

Cables HPX200V.24DTE3mSerialPortCable(JD519A)HPX200V.24DCE3mSerialPortCable(JD521A)HPX200V.35DTE3mSerialPortCable(JD523A)HPX200V.35DCE3mSerialPortCable(JD525A)HPX200X.21DTE3mSerialPortCable(JD527A)HPX200X.21DCE3mSerialPortCable(JD529A)HPX260RS4493mDTESerialPortCable(JF825A)HPX260RS4493mDCESerialPortCable(JF826A)HPX260RS5303mDTESerialPortCable(JF827A)HPX260RS5303mDCESerialPortCable(JF828A)HPX2608E1BNC75ohm3mRouterCable(JD512A)HPX260E1RJ45BNC75-120ohmConversionRouterCable(JD511A)

Router Modules HP6600RSE-X1MainProcessingUnit(JC566A)HP6600RPE-X1MainProcessingUnit(JC165A)HP6600MCP-X1RouterMainProcessingUnit(JG355A)HP6600MCP-X2RouterMainProcessingUnit(JG356A)HP6600FIP-10FlexibleInterfacePlatformRouterModule(JG357A)HP6600FIP-20FlexibleInterfacePlatformRouterModule(JG358A)HP6600FIP-110FlexibleInterfacePlatformModule(JC166B)HP6600FIP-210FlexibleInterfacePlatformModule(JC167B)HP66008-portOC-3c/OC-12cPOS/GbESFPHIMModule(JG673A)HP66001-portOC-3/STM-1(E1/T1)CPOSSFPHIMModule(JC161A)HP66002-portOC-3/STM-1(E1/T1)CPOSSFPHIMModule(JC162A)HP66002-portOC-3/STM-1(E3/T3)CPOSSFPHIMModule(JC169A)HP66001-portOC-3/STM-1(E3/T3)CPOSSFPHIMModule(JC170A)HP66004-portOC-3c/STM-1cor2-portOC-12c/STM-4cPOSSFPHIMModule(JC172A)HP66002-portOC-3c/STM-1cor1-portOC-12c/STM-4cPOSSFPHIMModule(JC173A)HP66001-portOC-48c/STM-16cPOS/CPOSSFPHIMModule(JC494A)HP66001-portOC-3c/STM-1cATMSFPHIMModule(JC175A)HP66002-portOC-3c/STM-1cATMSFPHIMModule(JC495A)HP66004-portGbESFPHIMModule(JC171A)HP66008-portGbESFPHIMModule(JC174A)HP66004-portGig-THIMModule(JC163A)HP66008-portGig-THIMModule(JC164A)HP66001-port10-GbEXFPHIMModule(JC168A)HPMSR2-portEnhancedSync/AsyncSerialMIMModule(JD540A)HPMSR4-portEnhancedSync/AsyncSerialMIMModule(JD541A)HPMSR8-portEnhancedSync/AsyncSerialMIMModule(JD552A)HPMSR2-portGig-TMIMModule(JD548A)HPMSR8-portE1/CE1/PRI(75ohm)MIMModule(JD563A)HPMSR8-portE1/FractionalE1(75ohm)MIMModule(JF255A)HPMSR8-portT1/CT1/PRIMIMModule(JC160A)HPMSR1-portFE3/CE3MIMModule(JD630A)HPMSR8-portT1/FractionalT1MIMModule(JC159A)HPMSR1-portT3/CT3/FT3MIMModule(JD628A)HP66008-port10/100Base-THIMModule(JC575A)HP66002-portOC-48c/STM-16cRPRSFPHIMModule(JC576A)HP660048-portGbESFPServiceAggregationPlatformModule(JG556A)HP660048-portGig-TServiceAggregationPlatformModule(JC567A)HP660024-portGbESFPServiceAggregationPlatformModule(JC568A)HPMSR8-portE1/CE1/PRI(75ohm)HMIMModule(JG452A)HPMSR4-portE1/CE1/PRIHMIMModule(JG451A)HPMSR2-portE1/CE1/PRIHMIMModule(JG450A)HPMSR1-portT3/CT3/FT3HMIMModule(JG435A)HPMSR1-portE3/CE3/FE3HMIMModule(JG436A)

Memory HP66001GBSDRAM(JC179A)

HP 6602 Router (JC176A) HPRPS800RedundantPowerSupply(JD183A)HPX290MSR301mRPSCable(JD637A)

HP 6604 Router Chassis (JC178B) HPX13010GSFP+LCSRTransceiver(JD092B)HPX13010GSFP+LCLRTransceiver(JD094B)HPX13010GSFP+LCER40kmTransceiver(JG234A)HP7500650WDCPowerSupply(JD209A)


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©Copyright2010-2011,2013-2014Hewlett-PackardDevelopmentCompany,L.P.Theinformationcontainedhereinissubjecttochangewithoutnotice.TheonlywarrantiesforHPproductsandservicesaresetforthintheexpresswarrantystatementsaccompanyingsuchproductsandservices.Nothinghereinshouldbeconstruedasconstitutinganadditionalwarranty.HPshallnotbeliablefortechnicaloreditorialerrorsoromissionscontainedherein.

4AA3-0765ENW,February2014,Rev.6

HP 6604 Router Chassis (JC178B) (Continued) HP7500650WACPowerSupply(JD217A)HP6604DustproofFrame(JC572A)HP6604SpareFanAssembly(JC569A)HP6600RouterSoftwareLicense(JC180A)HP6600MCP-X1RouterMainProcessingUnit(JG355A)HP6600MCP-X2RouterMainProcessingUnit(JG356A)HP6600RPE-X1MainProcessingUnit(JC165A)HP6600RSE-X1MainProcessingUnit(JC566A)HP660024-portGbESFPServiceAggregationPlatformModule(JC568A)HP660048-portGig-TServiceAggregationPlatformModule(JC567A)HP6600FIP-10FlexibleInterfacePlatformRouterModule(JG357A)HP6600FIP-110FlexibleInterfacePlatformModule(JC166B)HP6600FIP-20FlexibleInterfacePlatformRouterModule(JG358A)HP6600FIP-210FlexibleInterfacePlatformModule(JC167B)

HP 6608 Router Chassis (JC177B) HPX13010GSFP+LCSRTransceiver(JD092B)HPX13010GSFP+LCLRTransceiver(JD094B)HPX13010GSFP+LCER40kmTransceiver(JG234A)HP7500650WDCPowerSupply(JD209A)HP7500650WACPowerSupply(JD217A)HP6608SpareFanAssembly(JC570A)HP6608DustproofFrame(JC573A)HP6600RouterSoftwareLicense(JC180A)HP6600MCP-X1RouterMainProcessingUnit(JG355A)HP6600MCP-X2RouterMainProcessingUnit(JG356A)HP6600RPE-X1MainProcessingUnit(JC165A)HP6600RSE-X1MainProcessingUnit(JC566A)HP660024-portGbESFPServiceAggregationPlatformModule(JC568A)HP660048-portGig-TServiceAggregationPlatformModule(JC567A)HP6600FIP-10FlexibleInterfacePlatformRouterModule(JG357A)HP6600FIP-110FlexibleInterfacePlatformModule(JC166B)HP6600FIP-20FlexibleInterfacePlatformRouterModule(JG358A)HP6600FIP-210FlexibleInterfacePlatformModule(JC167B)

HP 6616 Router Chassis (JC496A) HPX13010GSFP+LCSRTransceiver(JD092B)HPX13010GSFP+LCLRTransceiver(JD094B)HPX13010GSFP+LCER40kmTransceiver(JG234A)HP6600650WACPowerSupply(JC492A)HP6600650WDCPowerSupply(JC493A)HP6616SpareFanAssembly(JC571A)HP6616DustproofFrame(JC574A)HP6600RPE-X1CarrierCard(JC497A)HP6600RouterSoftwareLicense(JC180A)HP6600MCP-X1RouterMainProcessingUnit(JG355A)HP6600MCP-X2RouterMainProcessingUnit(JG356A)HP6600RPE-X1MainProcessingUnit(JC165A)HP6600RSE-X1MainProcessingUnit(JC566A)HP660024-portGbESFPServiceAggregationPlatformModule(JC568A)HP660048-portGig-TServiceAggregationPlatformModule(JC567A)HP6600FIP-10FlexibleInterfacePlatformRouterModule(JG357A)HP6600FIP-110FlexibleInterfacePlatformModule(JC166B)HP6600FIP-20FlexibleInterfacePlatformRouterModule(JG358A)HP6600FIP-210FlexibleInterfacePlatformModule(JC167B)

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