summit x480 series - tornado€¦ · the summit x480 series switch is a versatile, high-end...

Extreme Networks Data Sheet

Summit X480 Series

Make Your Network Mobile

High-Performance Switching and Routing• 48-portGigabitEthernetor24-portgigabitand2-port10GigabitEthernetconnectivityina1RUformfactor

• Optional4-port10GigabitEthernet(GbE)toprovide40Gbpsuplinks

• Optional40Gbpsstackingforuptoeightswitchesinastacktoprovideupto384GigabitEthernetconnectionsinonelogicallyintegratedunit

• Optional128Gbpsstackingforuptoeightswitchesinastacktoprovidehigh-speedstacking

• Optionalstackingvia10GbEports(SummitStack-V),oroptionalSummitStack-V8080Gbpsstacking

• SupportsLayer2andLayer3switching,aswellasMPLS/H-VPLS

High Scalability in a 1RU Compact Switch • Upto512KMACaddresssupportforscalableLayer2networks

• Upto512KIPv4routesforscalableLayer3networks

• Upto60KAccessControlLists(ACLs)forsecurenetworks

High Availability• ExtremeXOS®modularOSforhighlyavailablenetworkoperation

• Carrier-graderedundantnetworkingprotocolincludingEthernetAutomaticProtectionSwitching(EAPS)

• InternalredundantAC/DCpowersupplyandfieldreplaceable/hotswappablefantray

Summit® X480 Series—the scalable and versatile gigabit and 10 Gigabit Ethernet switch.

TheSummitX480seriesswitchisaversatile,high-endEthernetswitchfordatacenter,enterpriseaggregation,andCarrierEthernetdeployments.SummitX480helpsoptimizeapplicationperformanceforavarietyofnetworkdeploymentswithitsrichfeaturesandhighscalability.

SummitX480provideshighdensityforGigabitEthernetinasmall1RUformfactorforupto48portsinonesystemand384portsinastackedsystemusingback-wardcompatibleSummitStack™,high-speedSummitStack128runningat128gigabitspersecond,orSummitStack-V,whichutilizes10GbEportsasstackingports,enablingtheuseofstandardcablingandopticstechnologiesusedfor10GbE.SummitX480alsooffers10GigabitEthernetconnectivityforuptosixportsinonesystemand16portsinastackedsystemwiththeindustry-standardXFPinterface.

Foremergingdemandsfromvoice/dataconvergenceandstorage,SummitX480provideshighlyscalableLayer2/3switchingandMPLS/H-VPLSbysupportingupto512KLayer2MACaddressesor512KIPv4LongestPrefixMatchroutingtables.SummitX480enablesdatacenter,enterpriseandCarrierEthernetaggregationandcorebackbonedeploymentinAC-poweredandDC-poweredenvironments.

SummitX480simplifiesnetworkoperationwiththeExtremeXOSmodularOS,availableacrossawiderangeofExtremeNetworks®Ethernetswitches.TheExtremeXOSoperatingsystemprovideshighavailabilityandsimplicitywithoneOSeverywhereinthenetwork.

Target Applications• Top-of-rackswitchforserversinenterprisedatacenters

• High-performancecoreswitchforasmallnetwork

• High-performancegigabitaggregationswitchinatraditionalthree-tierednetwork

• CarrierEthernetnetworkswitchthatcanaggregateconnectivityforfirstmileaccessconcentratorssuchasDSLAMandCMTS

Extreme Networks Data Sheet: Summit X480 Series

High-Performance and Highly Scalable Switching and Routing Summit X480 offers core-class intelligent switching and routing with exceptional port density and high-performance stacking technology powered by the ExtremeXOS modular OS. With its high performance switching and routing, Summit X480 helps enhance the data center, Carrier Ethernet and enterprise aggregation network.

SummitStack – High-Performance StackingSummitX480supportsSummitStack,whichprovides40Gbps(VIM2-SummitStack),80Gbps(VIM2-SummitStack-V80)or128Gbps(VIM2-SummitStack128)ofstackingbandwidth.High-speed128Gbpsstackingisidealfordemandingapplica-tionswhereahighvolumeoftraffictraversesthroughthestackinglinks,yetbandwidthisnotcompromisedthroughstacking.High-speedstackingisveryusefulinapplicationssuchastopofrackwhenstackedwithSummitX480andSummitX650(requiresoptionalconversioncable)andgigabitaggregationinlargeenterpriseordatacenternetworks.Withthelongerstackingcablessuchas5-meters,stackingcanbeconfiguredthroughdifferentrackshorizontallyinarow(seeFigure3)asopposedtotypicalstackingsysteminstalledverticallyinarack.

SummitStack-V – Flexible Stacking Over 10 Gigabit Ethernet SummitStack-Vcapabilityutilizes10GbEportsasstackingports,enablingtheuseofstandardcablingandopticstech-nologiesusedfor10GbEsuchasXFP,SFP+,10GBASE-TandXENPAK.SummitStack-Vprovideslong-distancestackingconnectivityofupto40kmwhilereducingthecablecomplexityofimplementingastackingsolution.SummitStack-Venabled10GbEportsmustbephysicallydirect-connected.SummitStack-ViscompatiblewithSummitX450e,X450a,X460,X480,X650,X670andX670VswitchesrunningthesameversionofExtremeXOS.

High-Performance Switching and Routing SummitX480isavailableinthreedifferentportconfigurationoptions:24-portGigabitEthernetand2-port10GigabitEthernet(SummitX480-24x),48-portcopperGigabitEthernet(SummitX480-48t),or48-portfiberGigabitEthernet(SummitX480-48x).Allfrontpanelportsrunatnon-blocking,wire-speedperformanceandcancarrywire-ratetraffictowardstheVersatileInterfaceModule-2(VIM2)slot.SummitX480offersflexibleconfigurationbyusingoptionalVIM2moduleswhichare:4-port10GigabitEthernetModule(VIM2-10G4X),2-portSummitStackModule(VIM2-SummitStack),2-portSummitStack128Module(VIM2-SummitStack128)or2-portSummitStack-V80Module(VIM2-SummitStack-V80)(seeFigure1:PortconfigurationoptionsforSummitX480switches).

Flexible Port ConfigurationSummitX480offersflexibleportconfigurationsfromstandardconfigurationtooptionalVIM2modules.ForSummitX480-24x,halfoftheGigabitEthernetportscanhandledualpersonality—selectfromeither10/100/1000BASE-TcopperGigabitEthernetor100/1000BASE-XfiberGigabitEthernetconnectivity.InthecaseofSummitX480-48t,thelastfourGigabitEthernetportsareconfiguredasdualpersonalityportstoprovideflexibilitybetweencopperandfiberGigabitEthernet.

ThroughtheVIM2slot,SummitX480canaddanadditionalfour10GigabitEthernetorSummitStackstackingports.Forstacking,dependingupontheneedsforbandwidthacrosstheunitsinastack,SummitX480supports40GbpsSummitStack,80GbpsSummitStack-V80or128GbpsSummitStack128throughVIM2optionmodules(SeeFigure2:SummitX480-24xflexibleportconfiguration).Athirdoption,SummitStack-V,utilizes10GbEportsasstackingports.

SummitX480supportsflexible10gigabitopticaltransceiverssuchas10GBASE-SR,LR,ERandZRaswellastunableDWDM.TunableDWDM(DenseWavelengthDivisionMultiplexing)supportallowsserviceprovidersandotherstotuneXFP10GigabitEthernetopticstoaspecificfrequency,reducingtheneedforadditionalfiberrunsandXFPsparing.DigitalDiagnosticsMonitoringInterfacesupportallowsserviceprovid-erstomonitoranddiagnosepluggableopticsinreal-time.

High-Performance and Highly Scalable Switching and Routing

VIM Options None (default option) VIM2-10G4X VIM2-SummitStack VIM2-SummitStack-V80 VIM2-SummitStack128

Summit X480-24x • 24x100/1000BASE-X(SFP)

• 12x10/100/1000BASE-T(sharedwiththelast12SFPports)

• 2x10GBASE-X(XFP)

• 24x100/1000BASE-X(SFP)

• 2x10GBASE-X(XFP)• 2xSummitStack

• 24x100/1000BASE-X(SFP)

• 2x10GBASE-X(XFP)• 2xSummitStack-V80

• 24x100/1000BASE-X(SFP)

• 2x10GBASE-X(XFP)• 2xSummitStack128

Summit X480-48t • 48x10/100/1000BASE-T• 4x100/1000BASE-X

SFP(sharedwiththelast410/100/1000BASE-Tports)

• 48x10/100/1000BASE-T• 4x100/1000BASE-X

• 2xSummitStack

• 48x10/100/1000BASE-T• 4x100/1000BASE-X

• 2xSummitStack-V80

• 48x10/100/1000BASE-T• 4x100/1000BASE-X

• 2xSummitStack128

Summit X480-48x • 48x100/1000BASE-XSFP

• 48x100/1000BASE-XSFP

• 2xSummitStack

• 2xSummitStack-V80

• 2xSummitStack128

Figure 1: Port Configuration Options for Summit X480 Switches

Figure 3: SummitStack Across Racks in a Row

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Rack Server

Rack ServerRack ServerRack ServerRack ServerRack ServerRack ServerRack Server Rack Server

Save Power, Cost and SpaceSummit® X480 provides virtualized end-of-row switches by physically installing top-of-rack switches with a 128G stacking module.

Figure 2: Summit X480-24x Flexible Port Configuration

12x100/1000BASE-X 2-port10GBSE-XXFP12x100/1000BASE-Xor12x10/100/1000BASE-T

High Scalability in 1RU Compact Switch

SummitX480supportshighlyscalableLayer2orLayer3networks,aswellashighlysecurenetworks.SummitX480hasexpansionmemorycalledTCAMbuiltinsidewhichcanbepartitionedbyapplicationtypesorbydeploymentscenarios.ForlargerLayer2networkdeployments,SummitX480can

supportupto512KMACaddresses.SimilarlyforlargerLayer3routingenvironments,SummitX480cansupportcoreroutingclassscalabilityforupto512KIPv4routingLPMentriesinhardware(SeeFigure4:SummitX480scalability).

Supports Virtualized Data Centers

SummitX480switchesalsosupportDirectAttach™,whicheliminatesthevirtualswitchlayer,simplifyingthenetworkandimprovingperformance.DirectAttachenablesdatacentersimplificationbyreducingnetworktiersfrom4or5tierstojust3or2tiers,dependingonthesizeofthedatacenter.Tofurtherenhancedatacenteroperations,SummitX480switches

supportXNV™(ExtremeXOSNetworkVirtualization),asetofsoftwaremodulesfortheExtremeXOSbasedswitchingproductportfolio,andavailableviatheDataCenterFeaturePackforExtremeNetworksRidgeline™,anetworkandservicemanagementapplication.XNVbringsinsight,controlandautomationforhighlyvirtualizeddatacenterstothenetwork.

Type L2 MAC L3 Host (IPv4/v6)

L3 LPM Route (IPv4/v6)

ACL(Ingress/Egress)

Lower Power Mode 32K 16K/8K 16K/8K 8K/1K

Default (Layer 2+Layer 3) 256K 16K/8K 256K/8K 8K/1K

Large Layer 2 Network Configuration 512K 16K/8K 16K/8K 8K/1K

Security Configuration 32K 16K/8K 16K/8K 60K/1K

Figure 4: Summit X480 Scalability

Figure 5: Summit X480 in a Carrier Ethernet Application

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Subscriber Access WAN CoreMetroContent and

Service Providers

Mobile

Private Data

Public IP

Mobile Data

Mobile Video

E-Line

Residential

Fixed• DSL• TDM• CMTS• PON• FTTX

Wireless• Mobile• LTE• WiMAX

Business

Mobile

Roaming

Metro Ethernet TransportIP Services IP ServicesMPLS

Core Router

Metro Core

BlackDiamond®

8810 with 8900-xlSeries Modules

MetroAggregation

Summit X480

MetroAggregation

Summit X480

MetroAggregation

Summit® X480

1 GbE 10 GbE

96-port 10/100/1000BASE-T, MPU21

Intelligent Switching and MPLS/ H-VPLS Support

SummitX480supportssophisticatedandintelligentLayer2switching,aswellasLayer3IPv4/IPv6routingincludingpolicy-basedswitching/routing,ProviderBridges,bidirectionalingressandegressAccessControlLists,andbandwidthcontrolby8Kbpsgranularitybothforingressandegress.ToprovidescalablenetworkarchitecturesusedmainlyforCarrierEthernetnetworkdeployment,throughafeaturepackSummitX480

supportsMPLSLSPbasedLayer3forwardingandHierarchicalVPLS(H-VPLS)fortransparentLANservices.WithH-VPLS,transparentLayer3networkscanbeextendedthroughouttheLayer3networkcloudbyusingaVPLStunnelbetweentheregionaltransparentLANservicestypicallybuiltbyProviderBridges(IEEE802.1ad)technology(seeFigure5:SummitX480inaCarrierEthernetapplication).

High Availability Powered by the ExtremeXOS OS, Summit X480 supports process recovery and application upgrades without the need for a system reboot. Summit X480 provides the high network availability required for mission-critical servers and applications through its advanced modular OS, highly available hardware architecture and carrier-grade network redundancy protocols.

Software-Enhanced AvailabilitySoftware-enhancedavailabilityallowsuserstoremaincon-nectedtothenetworkevenifpartofthenetworkinfrastructureisdown.SummitX480continuouslychecksforproblemsintheuplinkconnectionsusingadvancedLayer3protocolssuchasOSPF,VRRPandExtremeStandbyRouterProtocol™(ESRP,supportedinLayer2orLayer3),anddynamicallyroutestrafficaroundtheproblem.

Equal Cost MultipathEqualCostMultipath(ECMP)routingallowsuplinkstobeloadbalancedforperformanceandcostsavingswhilealsosupport-ingredundantfailover.Ifanuplinkfails,trafficisautomaticallyroutedtotheremaininguplinksandconnectivityismaintained.

Link Aggregation (802.3ad)Linkaggregation(LAG)allowstrunkingofuptoeightlinksonasinglelogicalconnection.Amaximumof128linkaggregationgroupscanbecreated.

Multi-Switch LAG (M-LAG)M-LAGcanaddressbandwidthlimitationsandimprovenetworkresiliency,inpartbyroutingnetworktrafficaroundbottlenecks,reducingtherisksofasinglepointoffailure,andallowingloadbalancingacrossmultipleswitches.

Voice-Grade Stacking with SummitStackAllSummitStackstackingarchitectureisdesignedtosupportmission-criticalapplicationsbyitshighlyavailable,rapidfailovercapabilitywithn-1masterredundancy,distributedLayer2andLayer3switching,linkaggregationacrossthestack,anddistributeduplinks.SummitStacksupportsuptoeightunitsinastack,includinganymixofSummitX650,X480,X460,X450a,X450eandX250erunningthesameversionofExtremeXOSandprovides50millisecondsfailoverforpathfailureandhitlessmaster/backupfailoveralongwithhitlessprotocolsupportsuchasOSPFgracefulrestartandNetworkLoginuserauthentication.

Modular Operating System for Continuous Operation

Preemptive Multitasking and Protected MemorySummitX480seriesswitchesalloweachofmanyapplica-tions—suchasOpenShortestPathFirst(OSPF)andSpanningTreeProtocol(STP)—torunasseparateOSprocessesthatareprotectedfromeachother.ThisdrivesincreasedsystemintegrityandinherentlyprotectsagainstDoSattacks.

Process Monitoring and RestartExtremeXOSincreasesnetworkavailabilityusingprocessmonitoringandrestart.EachindependentOSprocessismonitoredinrealtime.Ifaprocessbecomesunresponsiveorstopsrunning,itcanbeautomaticallyrestarted.

Loadable Software ModulesThemodulardesignofExtremeXOSOSallowstheupgradingofindividualsoftwaremodules,shouldthisbenecessary,leadingtohigheravailabilityinthenetwork(SeeFigure7:ExtremeXOSmodulardesign).

High Availability Network Protocols

Ethernet Automatic Protection Switching (EAPS)EAPSallowstheIPnetworktoprovidethelevelofresiliencyanduptimethatusersexpectfromtheirtraditionalvoicenetwork.EAPSismoreadaptablethanSpanningTreeorRapidSpanningTreeProtocolsandofferssub-second(lessthan50milliseconds)recoverythatdeliversconsistentfailoverregard-lessofthenumberofVLANs,networknodesornetworktopology.SinceEAPSallowsthenetworktorecoveralmosttransparently,Voice-over-IP(VoIP)callswillnotdropanddigitalvideofeedswillnotfreezeorpixelizeinmostsituations.

Spanning Tree/Rapid Spanning Tree ProtocolsSummitX480supportsSpanningTree(802.1D),PerVLANSpanningTree(PVST+),RapidSpanningTree(802.1w)andMultipleInstancesofSpanningTree(802.1s)protocolsforLayer2resiliency.

High Availability

SummitX480provideschassis-likemanagementandavailabilitywithitsSummitStackstackingtechnology(SeeFigure8:SummitStackstackingarchitecture).

Hardware RedundancySummitX480supportsadualredundantAC/DCpowersupplytoprovidehighavailability.Thepowersupplycanbehot-swappedandreplacedshoulditfail.SummitX480supportsahot-swappable,fieldreplaceablefan.

Alternatively,youmaychoosehigh-speed80Gbpsstacking,whichisidealfordemandingapplicationswhereahighvolumeoftraffictraversesthroughthestackinglinks,yetbandwidthisnotcompromisedthroughstacking.SummitStack-V80alsobreaksthedistancelimitationforstackingtechnologybyusingQSFP+technology.SummitStack-V80cansupportpassivecoppercable(upto5m),activemulti-modefibercable(upto100m),andQSFP+opticaltransceiverswhichwillbethestandardtechnologyfor40GbE.WithSummitStack-V80,theSummitX460providesaflexiblestackingsolutioninsidethedatacenterorcentralofficetocreateavirtualizedswitchinginfrastructureacrossrowsofracks.SummitStack-V80iscompatiblewithSummitX460,X480andX670VswitchesrunningthesameversionofExtremeXOS.

Figure 6: Summit X480 High Availability Design4-port10GXFP SummitStack-V80SummitStack128G

VIM2SlotRemovableFan

(Hot-SwappablewithSummitX480) RedundantHot-SwappableAC/DCPSU

SummitStack40G

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• Processes are monitored and can be restarted or other action taken if necessary

• Hitless failover infrastructure for dual management systems and stacking

BGP OSPF SSH-2 V1.3.1

SSH-2 V1.3.2

ThirdParty

Application

ExtremeXOSKernel

Kernel LoadableModule

Memory protected processes under

real-time scheduling that cannot impact each other nor

kernel

1Designed to allow

application modules to be

upgraded during runtime

Application modules can be added during

runtime

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• Single management point for up to eight units• High-speed 40G–128G stacking• Rapid Failover for converged applications• Can mix Summit X650, X480, X460, X450e, X450a, and X250e series switches for SummitStack™ 40 Gbps stacking

Figure 7: ExtremeXOS Modular Design Figure 8: SummitStack Stacking Architecture

Comprehensive Security Management Implementing a secure network means providing protection at the network perimeter as well as the core. Summit X480 uses advanced security functions in protecting your network from known or potential threats.

communicatewithotherportsinthesameVLANoverLayer2orLayer3.PrivateVLANportscanonlycommunicatewithadesignated“uplink”port.Inaddition,aPrivateVLANprovidesseparationofbroadcastdomainswithinthesameVLAN.

Threat Detection and Response

CLEAR-Flow Security Rules EngineCLEAR-Flowprovidesfirstorderthreatdetectionandmitiga-tion,andmirrorstraffictoappliancesforfurtheranalysisofsuspicioustrafficinthenetwork.

Protocol Anomaly DetectionTheExtremeNetworkschipsetscontainbuilt-inhardwareprotocolcheckersthatsupportportsecurityfeaturesforsecurityapplications,suchasstatelessDoSprotection.Theprotocolcheckersallowuserstodropthepacketsbasedonconditions,whicharecheckedforingresspacketspriortotheLayer2/Layer3entrytable.

sFlowsFlow®isasamplingtechnologythatprovidestheabilitytosampleapplication-leveltrafficflowsonallinterfacessimultaneously.

IPFIXIPFIX(InternetProtocolFlowInformationeXport)definesanInternetstandards-trackprotocolforafollow-onprotocoltotheproprietaryNetflow.ThetechnologyisacomplementaryprotocoltosFlow.IPFIXgathersinformationaboutnetworkflowsthroughtheswitchandsendstheinformationtoanexternalcollector.SummitX480includeshardwaresupporttokeeptrackoftheflowrecords.

Port MirroringSummitX480supportsmany-to-oneandone-to-manyportmirroring.Thisallowsthemirroringoftraffictoanexternalnetworkappliancesuchasanintrusiondetectiondevicefortrendanalysisorforutilizationbyanetworkadministratorfordiagnosticpurposes.Portmirroringcanalsobeenabledacrossswitchesinastack.

Robust IP and MAC Security Framework

NetLoginNetworkLoginprovidesthreetypesofauthentication—Web-based,MAC-based,and802.1x—toproperlyauthenticatenetworkusersagainstRADIUSservers.WhencombinedwithExtremeNetworksUniversalPortManager(UPM),ITadminis-tratorscandynamicallyprovisionpoliciestoassociatednetworkusersbasedonrolesorUPMprofiles.

Media Access Control (MAC) SecurityMACsecurityallowsthelockdownofaporttoagivenMACaddressandlimitingthenumberofMACaddressesonaport.Thiscanbeusedtodedicateportstospecifichostsordevicesandavoidabuseoftheport.Inaddition,anagingtimercanbeconfiguredfortheMAClockdown,protectingthenetworkfromtheeffectsofattacksusing(oftenrapidly)changingMACaddresses.

IP SecurityExtremeXOSIPsecurityframeworkprotectsthenetworkinfrastructure,networkservicesandhostcomputersfromrogueaccess,spoofingandman-in-the-middleattacks.Italsoprotectsthenetworkfromstaticallyconfiguredand/orspoofedIPaddressesandbuildsanexternaltrusteddatabaseofMAC/IP/portbindingsprovidingthetraffic’ssourcefromaspecificaddressforimmediatedefense.

Identity ManagerIdentityManagerallowsnetworkmanagerstotrackuserswhoaccesstheirnetwork.UseridentityiscapturedbasedonNetLoginauthentication,LLDPdiscoveryandKerberossnooping.ExtremeXOSusestheinformationtothenreportontheMAC,VLAN,computerhostname,andportlocationoftheuser.Further,IdentityManagercancreatebothrolesandpolicies,andthenbindthemtogethertocreaterole-basedprofilesbasedonorganizationalstructureorotherlogicalgroupings,andapplythemacrossmultipleuserstoallowappropriateaccesstonetworkresources.

Private VLANsPrivateVLANsprovideport-to-portsecuritytopreventunauthorizedcommunicationofuserswithinthesameVLAN.UnlikenormalVLANs,portsenabledforPrivateVLANscannot

Comprehensive Security Management

ExtremeNetworkshasdevelopedtoolsthatsimplifyandhelpinefficientlymanagingyournetwork.Ridgelinenetworkandservicemanagementprovidesfault,configuration,accounting,performanceandsecurityfunctions,allowingmoreeffectivemanagementofExtremeNetworksproducts,solutionsandthird-partydevices,inaconvergednetwork.

Forcarriernetworks,Ridgelineenablestheshiftfromreactivecircuitmonitoringtoproactiveservicemanagement.ThekeyfeaturesintegratedintotheServiceAdvisorFeaturePackunifyservicefulfillment,serviceassuranceandserviceengineeringtoenablecarrierstomoreeffectivelymanagenext-generationresidentialtripleplay,businessEthernetandEthernetmobilebackhaulservices.

Line-Rate ACLsACLsareoneofthemostpowerfulcomponentsusedincontrollingnetworkresourceutilizationaswellasprotectingthenetwork.ACLsareusedforfilteringthetraffic,aswellasclassifyingthetrafficflowtocontrolbandwidth,priority,mirroring,andpolicy-basedrouting/switching.

Denial of Service ProtectionSummitX480effectivelyhandlesDenialofService(DoS)attacks.IftheswitchdetectsanunusuallylargenumberofpacketsintheCPUinputqueue,itassemblesACLsthatautomaticallystopthesepacketsfromreachingtheCPU.Afteraperiodoftime,theseACLsareremoved,andreinstallediftheattackcontinues.

Secure and Comprehensive Network ManagementSummitX480supportscomprehensivenetworkmanagementthroughCommandLineInterface(CLI),SNMPv1,v2c,v3,andExtremeXOSScreenPlay™embeddedXML-basedWebuserinterface.Withavarietyofmanagementoptionsandconsis-tencyacrossotherExtremeNetworksmodularandstackableswitches,SummitX480seriesswitchesprovideeaseofmanagementfordemandingconvergedapplications.

Target Applications

Top-of-Rack Switch for Servers in the Enterprise Data Centers Intheenterprisedatacenter,manyserversandstoragesystemsarepackedinracks,withallsystemsneedinghigh-speedconnectivity.Atop-of-rackarchitectureisonewaytosimplifythecablinginfrastructureandminimizethespacerequirementsintheenterprisedatacenter.SummitX480isoptimizedtosupporthigh-densityGigabitEthernetconnectivityforserversandothernetwork-attacheddevicesandprovideshigh-speed80Gbpsor128GbpsstackingconnectivitywiththeSummitX65010GigabitEthernetswitchtoprovidethehybriddeploymentforbothgigabitand10gigabitenabledserversinthedatacenters.

High-Performance 10 Gigabit Core Switch for a Small Network and Aggregation Switch in a Traditional Three-Tiered Network SummitX480offersenterprisecore-classscalabilityforbothLayer2andLayer3switching.SummitX480cansupportupto512,000Layer2MACaddressesor512,000IPv4longestprefixmatchingroutes.TheSummitX480switchcanalsobeusedinthenetworkaggregationlayerinanenterprisenetwork.Withitsversatiledesign,SummitX480canhelpsimplifyenterprisenetworkdeployment.

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BlackDiamond®

8810BlackDiamond

Core Layer

Access LayerTop of the Rack

Summit® X480 Summit X650 Summit X480 Summit X650 Summit X480 Summit X650

CampusNetwork

ServerRack

Figure 9: Top-of-Rack Architecture with Hybrid Deployment

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Summit X480

Summit X460Summit® X460

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Summit X450e

Summit X480Summit® X480

Summit X460Summit X450eSummit X460

Network Core

Figure 10: High-Performance 10G Core Switch

Figure 11: Summit X480 as an Aggregation Switch in a Three-Tier Network

Target Applications

Carrier Ethernet Network Switch that can Aggregate Connectivity for First Mile Access Concentrators SummitX480isanidealservicedeliveryplatformforCarrierEthernetnetworks.Theadvancedtrafficmanagement,resiliencyandscalabilityfeaturesgiveittheflexibilitytobedeployedattheProviderEdgeorasanaggregationswitch.BysupportinghighlyscalableLayer2andLayer3featuresalongwithMPLS/H-VPLSinhardware,SummitX480canhelpsimplifythenetworkdeployment.

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Subscriber Access WAN CoreMetroContent and

Service Providers

Mobile

Private Data

Public IP

Mobile Data

Mobile Video

E-Line

Residential

Fixed• DSL• TDM• CMTS• PON• FTTX

Wireless• Mobile• LTE• WiMAX

Business

Mobile

Roaming

Metro Ethernet TransportIP Services IP ServicesMPLS

Core Router

Metro Core

BlackDiamond®

8810 with 8900-xlSeries Modules

MetroAggregation

Summit X480

MetroAggregation

Summit X480

MetroAggregation

Summit® X480

1 GbE 10 GbE

96-port 10/100/1000BASE-T, MPU21

Figure 12: Summit X480 in a Carrier Ethernet Application

Technical Specifications

ExtremeXOS 12.5 Supported Protocols

Switching • Switching(EAPS)andEAPSv2• IEEE802.1D–1998SpanningTreeProtocol(STP)

• IEEE802.1D–2004SpanningTreeProtocol(STPandRSTP)

• IEEE802.1w–2001RapidReconfigurationforSTP,RSTP

• IEEE802.1Q–2003(formerlyIEEE802.1s)MultipleInstancesofSTP,MSTP

• EMISTP,ExtremeMultipleInstancesofSpanningTreeProtocol

• PVST+,PerVLANSTP(802.1Qinteroperable)• Draft-ietf-bridge-rstpmib-03.txt–DefinitionsofManagedObjectsforBridgeswithRapidSpanningTreeProtocol

• ExtremeStandbyRouterProtocol(ESRP)• IEEE802.1Q–1998VirtualBridgedLocalAreaNetworks

• IEEE802.3adStaticloadsharingconfigura-tionandLACPbaseddynamicconfiguration

• SoftwareRedundantPorts• Multi-switchLinkAggregationGroups(M-LAG)

• IEEE802.1AB–LLDPLinkLayerDiscoveryProtocol

• LLDPMediaEndpointDiscovery(LLDP-MED),ANSI/TIA-1057,draft08

• ExtremeDiscoveryProtocol(EDP)• ExtremeLoopRecoveryProtocol(ELRP)• ExtremeLinkStateMonitoring(ELSM)• IEEE802.1agL2Pingandtraceroute,ConnectivityFaultManagement

• ITU-TY.1731Framedelaymeasurements

Management and Traffic Analysis • RFC2030SNTP,SimpleNetworkTimeProtocolv4

• RFC854Telnetclientandserver• RFC783TFTPProtocol(revision2)• RFC951,1542BootP• RFC2131BOOTP/DHCPrelayagentandDHCPserver

• RFC1591DNS(clientoperation)• RFC1155StructureofManagementInformation(SMIv1)

• RFC1157SNMPv1• RFC1212,RFC1213,RFC1215MIB-II,Ethernet-LikeMIB&TRAPs

• RFC1573EvolutionofInterface• RFC1650Ethernet-LikeMIB(updateofRFC1213forSNMPv2)

• RFC1901,1905–1908SNMPv2c,SMIv2andRevisedMIB-II

• RFC2576CoexistencebetweenSNMPVersion1,Version2andVersion3

• RFC2578–2580SMIv2(updatetoRFC1902–1903)

• RFC3410–3415SNMPv3,userbasedsecurity,encryptionandauthentication

• RFC3826–TheAdvancedEncryptionStandard(AES)CipherAlgorithmintheSNMPUser-basedSecurityModel

• RFC1757RMON4groups:Stats,History,AlarmsandEvents

• RFC2021RMON2(probeconfiguration)• RFC2613SMONMIB• RFC2925Ping/TracerouteMIB• RFC2668802.3MAUMIB• draft-ietf-hubmib-mau-mib-v3-02.txt• RFC1643EthernetMIB• RFC1493BridgeMIB• RFC2096IPv4ForwardingTableMIB• RFC2737EntityMIBv2• RFC2233InterfaceMIB• RFC3621PoE-MIB(PoEswitchesonly)• IEEE802.1agMIB• SecureShell(SSH-2)clientandserver• SecureCopy(SCP-2)clientandserver• SecureFTP(SFTP)server• sFlowversion5• RFC3917IPFIX• Configurationlogging• MultipleImages,MultipleConfigs• RFC3164BSDSyslogProtocolwithMultipleSyslogServers– 999LocalMessages(criticalsstoredacrossreboots)

• ExtremeNetworksvendorMIBs(includesFDB,PoE,CPU,MemoryMIBs)

• XMLAPIsoverTelnet/SSHandHTTP/HTTPS• Web-baseddevicemanagementinterface–ExtremeXOSScreenPlay™

• IPRouteCompression• SFF-8472DDMI(DigitalDiagnosticsMonitoringInterface)

• Stacking–SummitStack,SummitStack-VandSummitStack128

Security, Switch and Network Protection • SecureShell(SSH-2),SecureCopy(SCP-2)andSFTPclient/serverwithencryption/authentication(requiresexportcontrolledencryptionmodule)

• SNMPv3userbasedsecurity,withencryption/authentication(seeabove)

• RFC1492TACACS+• RFC2138RADIUSAuthentication• RFC2139RADIUSAccounting• RFC3579RADIUSEAPsupportfor802.1x• RADIUSPer-commandAuthentication• AccessProfilesonAllRoutingProtocols• AccessPoliciesforTelnet/SSH-2/SCP-2• NetworkLogin–802.1x,WebandMAC-basedmechanisms

• IEEE802.1x–2001Port-BasedNetworkAccessControlforNetworkLogin

• MultiplesupplicantswithmultipleVLANsforNetworkLogin(allmodes)

• Fallbacktolocalauthenticationdatabase(MACandWeb-basedmethods)

• GuestVLANfor802.1x• RFC1866HTML–UsedforWeb-basedNet-workLoginandExtremeXOSScreenPlay

• SSL/TLStransport–usedforWeb-basedNetworkLoginandExtremeXOSScreen-Play(requiresexportcontrolledencryptionmodule)

• MACSecurity–LockdownandLimit• IPSecurity–RFC3046DHCPOption82withportandVLANID

• IPSecurity–TrustedDHCPServer• Layer2/3/4AccessControlLists(ACLs)• RFC2267NetworkIngressFiltering

• RPF(UnicastReversePathForwarding)ControlviaACLs

• Wire-speedACLs• RateLimiting/ShapingbyACLs• IPBroadcastForwardingControl• ICMPandIP-OptionResponseControl• SYNattackprotection• CPUDoSProtectionwithtrafficrate-limitingtomanagementCPU

• Robustagainstcommonnetworkattacks:– CERT(http://www.cert.org)– CA-2003-04:“SQLSlammer”– CA-2002-36:“SSHredder”– CA-2002-03:SNMPvulnerabilities– CA-98-13:tcp-denial-of-service– CA-98.01:smurf– CA-97.28:Teardrop_Land-Teardropand“LAND“attack– CA-96.26:ping– CA-96.21:tcp_syn_flooding– CA-96.01:UDP_service_denial– CA-95.01:IP_Spoofing_Attacks_and_Hijacked_Terminal_Connections– IPOptionsAttack

• HostAttackProtection– Teardrop,boink,opentear,jolt2,newtear,nestea,syndrop,smurf,fraggle,papasmurf,synk4,raped,winfreeze,ping–f,pingofdeath,pepsi5,Latierra,Winnuke,Simping,Sping,Ascend,Stream,Land,Octopus

Security, Router Protection• IPSecurity–DHCPenforcementviaDisableARPLearning

• IPSecurity–GratuitousARPProtection• IPSecurity–DHCPSecuredARP/ARPValidation

• RoutingprotocolMD5authentication

Security Detection and Protection• CLEAR-Flow,threshold-basedalertsandactions(in non-SummitStack configuration only)

• IdentityManager

IPv4 Host Services• RFC1122HostRequirements• RFC768UDP• RFC791IP• RFC792ICMP• RFC793TCP• RFC826ARP• RFC894IPoverEthernet• RFC1027ProxyARP• RFC2068HTTPserver• IGMPv1/v2/v3SnoopingwithConfigurableRouterRegistrationForwarding

• IGMPFilters• PIMSnooping• StaticIGMPMembership• MulticastVLANRegistration(MVR)

IPv4 Router Services• RFC1812RequirementsforIPVersion4Routers

• RFC1519CIDR• RFC1256IPv4ICMPRouterDiscovery(IRDP)• StaticUnicastRoutes• StaticMulticastRoutes

• RFC1058RIPv1• RFC2453RIPv2• StaticECMP• RFC1112IGMPv1• RFC2236IGMPv2• RFC3376IGMPv3• RFC2933IGMPMIB• RFC2096IPv4ForwardingTableMIB• RFC1724RIPv2MIB• RFC3768VRRPv2• RFC2787VRRPMIB• RFC2328OSPFv2(Edge-mode)• OSPFECMP• OSPFMD5Authentication• RFC1587OSPFNSSAOption• RFC1765OSPFDatabaseOverflow• RFC2370OSPFOpaqueLSAOption• RFC3623OSPFGracefulRestart• RFC1850OSPFv2MIB• RFC2362PIM-SM(Edge-mode)• RFC2934PIMMIB• RFC3569,draft-ietf-ssm-arch-06.txtPIM-SSMPIMSourceSpecificMulticast

• draft-ietf-pim-mib-v2-o1.txt• Mtrace,a“traceroute”facilityforIPMulticast:draft-ietf-idmr-traceroute-ipm-07

• Mrinfo,themulticastrouterinformationtoolbasedonAppendix-Bofdraft-ietf-idmr-dvmrp-v3-11

IPv6 Host Services• RFC3587,GlobalUnicastAddressFormat• PingoverIPv6transport• TracerouteoverIPv6transport• RFC5095,InternetProtocol,Version6(IPv6)Specification

• RFC4861,NeighborDiscoveryforIPVersion6,(IPv6)

• RFC2463,InternetControlMessageProtocol(ICMPv6)fortheIPv6Specification

• RFC2464,TransmissionofIPv6PacketsoverEthernetNetworks

• RFC2465,IPv6MIB,GeneralGroupandTextualConventions

• RFC2466,MIBforICMPv6• RFC2462,IPv6StatelessAddressAutoConfiguration–HostRequirements

• RFC1981,PathMTUDiscoveryforIPv6,August1996–HostRequirements

• RFC3513,InternetProtocolVersion6(IPv6)AddressingArchitecture

• TelnetserveroverIPv6transport• SSH-2serveroverIPv6transport

IPv6 Interworking and Migration• RFC2893,ConfiguredTunnels• RFC3056,6to4

IPv6 Router Services • RFC2462,IPv6StatelessAddressAutoConfiguration–RouterRequirements

• RFC1981,PathMTUDiscoveryforIPv6,August1996–RouterRequirements

• RFC2710,IPv6MulticastListenerDiscoveryv1(MLDv1)Protocol

• StaticUnicastroutesforIPv6• RFC2080,RIPng• RFC2740OSPFv3(edgemode)• StaticECMP

Core Protocols for Layer 2, IPv4 and IPv6 Requires Core License

• EAPSv2SharedPorts–multipleinterconnectionsbetweenrings

• PIM-DMDraftIETFPIMDenseModedraft-ietf-idmr-pim-dm-05.txt,draft-ietf-pim-dm-new-v2-04.txt

• RFC3618MulticastSourceDiscoveryProtocol(MSDP)

• RFC3446AnycastRPusingPIMandMSDP• RFC2740OSPFv3,OSPFforIPv6• RFC1771BorderGatewayProtocol4• RFC1965AutonomousSystemConfedera-tionsforBGP

• RFC2796BGPRouteReflection(supersedesRFC1966)

• RFC1997BGPCommunitiesAttribute• RFC1745BGP4/IDRPforIP-OSPFInteraction• RFC2385TCPMD5AuthenticationforBGPv4• RFC2439BGPRouteFlapDamping• RFC2918RouteRefreshCapabilityforBGP-4• RFC3392CapabilitiesAdvertisementwithBGP-4

• RFC4360BGPExtendedCommunitiesAttribute

• RFC4486SubcodesforBGPCeaseNotificationmessage

• draft-ietf-idr-restart-10.txtGracefulRestartMechanismforBGP

• RFC4760MultiprotocolextensionsforBGP-4• RFC1657BGP-4MIB• RFC4893BGPSupportforFour-OctetASNumberSpace

• Draft-ietf-idr-bgp4-mibv2-02.txt–EnhancedBGP-4MIB

• RFC1195UseofOSIIS-ISforRoutinginTCP/IPandDualEnvironments(TCP/IPtransportonly)

• RFC2763DynamicHostnameExchangeMechanismforIS-IS

• RFC2966Domain-widePrefixDistributionwithTwo-LevelIS-IS

• RFC2973IS-ISMeshGroups• RFC3373Three-wayHandshakeforIS-ISPoint-to-PointAdjacencies

• Draft-ietf-isis-restart-02RestartSignalingforIS-IS

• Draft-ietf-isis-ipv6-06RoutingIPv6withIS-IS• Draft-ietf-isis-wg-multi-topology-11MultiTopology(MT)RoutinginIS-IS

QoS and VLAN ServicesQuality of Service and Policies• IEEE802.1D–1998(802.1p)PacketPriority• RFC2474DiffServPrecedence,including8queues/port

• RFC2598DiffServExpeditedForwarding(EF)• RFC2597DiffServAssuredForwarding(AF)• RFC2475DiffServCoreandEdgeRouterFunctions

Traffic Engineering • RFC3784IS-ISExternsforTrafficEngineer-ing(widemetricsonly)

VLAN Services: VLANs, vMANs • IEEE802.1QVLANTagging• IEEE802.1v:VLANclassificationbyProtocolandPort

• Port-basedVLANs• Protocol-basedVLANs

• MAC-basedVLANs• MultipleSTPdomainsperVLAN• UpstreamForwardingOnly/DisableFlooding• RFC5517PrivateVLANs• VLANTranslation• IEEE802.1adProviderBridgeNetwork,virtualMANs(vMANs)

• vMANEthertypeTranslation/SecondaryvMANEthertype

• MulticastSupportforPVLAN• MulticastSupportforVLANAggregation• VLANAggregation

MPLS and VPN ServicesMulti-Protocol Label Switching (MPLS)Requires MPLS Feature Pack License

• RFC2961RSVPRefreshOverheadReductionExtensions

• RFC3031MultiprotocolLabelSwitchingArchitecture

• RFC3032MPLSLabelStackEncoding• RFC3036LabelDistributionProtocol(LDP)• RFC3209RSVP-TE:ExtensionstoRSVPforLSPTunnels

• RFC3630TrafficEngineeringExtensionstoOSPFv2

• RFC3811DefinitionsofTextualConventions(TCs)forMultiprotocolLabelSwitching(MPLS)Management

• RFC3812MultiprotocolLabelSwitching(MPLS)TrafficEngineering(TE)Manage-mentInformationBase(MIB)

• RFC3813MultiprotocolLabelSwitching(MPLS)LabelSwitchingRouter(LSR)ManagementInformationBase(MIB)

• RFC3815DefinitionsofManagedObjectsfortheMultiprotocolLabelSwitching(MPLS),LabelDistributionProtocol(LDP)

• RFC4090FastRe-routeExtensionstoRSVP-TEforLSP(DetourPaths)

• RFC4379DetectingMulti-ProtocolLabelSwitched(MPLS)DataPlaneFailures(LSPPing)

• draft-ietf-bfd-base-09.txtBidirectionalForwardingDetection

Layer 2 VPNsRequires MPLS Feature Pack License

• RFC4447PseudowireSetupandMaintenanceusingtheLabelDistributionProtocol(LDP)

• RFC4448EncapsulationMethodsforTransportofEthernetoverMPLSNetworks

• RFC4762VirtualPrivateLANServices(VPLS)usingLabelDistributionProtocol(LDP)Signaling

• RFC5085PseudowireVirtualCircuitConnectivityVerification(VCCV)

• RFC5542DefinitionsofTextualConventionsforPseudowire(PW)Management

• RFC5601Pseudowire(PW)ManagementInformationBase(MIB)

• RFC5602Pseudowire(PW)overMPLSPSNMIB

• RFC5603EthernetPseudowire(PW)MIB• draft-ietf-l2vpn-vpls-mib-02.txtVirtualPrivateLANServices(VPLS)MIB

Data Center• DirectAttach(IEEE802VEPA)(Supportedinafeaturepack)

• XNV(ExtremeXOSNetworkVirtualization)

Summit X480

General Specifications Performance• 176Gbpsswitchfabricbandwidth• 224Gbps,448Gbps(withVIM2-10G4X)aggregatedswitchbandwidth

• 71.4Mpps,101.2Mpps(withVIM2-Summit-Stack),166.7Mpps(withVIM2-Summit-Stack128),130.9Mpps(withVIM2-10G4X)frameforwardingrate

• Lessthan4microsecondlatency(64-byte)• 9216Bytemaximumpacketsize(JumboFrame)

• 128loadsharingtrunks,upto8memberspertrunk

• 4,094VLANs(Port,Protocol,IEEE802.1Q)• 8,192ingressand1,024egressACLrules/Frontpanelportsand/VIM2-10G4Xmodule

CPU, Memory • 64bitMIPSProcessorDualCore,1GHzclock• 1GBECCDRAM• 256MBCompactFlash• USBportforexternalUSBflash

QoS, Rate Limiting • 8,192ingressbandwidthmeters/Frontpanelportsand/VIM2-10G4Xmodule

• Ingressandegressbandwidthpolicing/ratelimitingperflow/ACL

• 8QoSegressqueues/port• Egressbandwidthrateshapingperegressqueueandperport

• RateLimitingGranularity:8Kbps

LED Indicators• PerportstatusLEDincludingpowerstatus• SystemStatusLEDs:management,fanandpower

External Ports• 12-port100/1000BASE-XSFP,12-port100/1000BASE-XSFPand10/100/1000BASE-TCombo,2-port10GBASE-XXFP,1openslotforVIM2modules(SummitX480-24x)

• 44-port10/100/1000BASE-T,4-port100/1000BASE-XSFPand10/100/1000BASE-TCombo,1openslotforVIM2modules(SummitX480-48t)

• 48-port100/1000BASE-XSFP,1openslotforVIM2modules(SummitX480-48x)

• 1-portRS-232cSerial(controlport)• 110/100/1000BASE-Tout-of-bandmanagementport

External Ports for VIM2 Modules• 4-port10GBASE-XXFP(VIM2-10G4X)• 2-port20GSummitStack(VIM2-Summit-Stack)

• 2-port64GSummitStack(VIM2-SummitStack128)

Option Slot• SlotforVersatileInterfaceModule2(VIM2)availableforSummitX480-24x,SummitX480-48tandSummitX480-48x

Power Supply Support• SummitX480ACPSUandSummitX480DCPSU

Physical SpecificationsDimensions

Physical Dimensions • SummitX480-24xswitch• SummitX480-48xswitch• SummitX480-48tswitchHeight:1.73inches(4.4cm)Width:17.4inches(44.1cm)Depth:19.0inches(48.3cm)

• VIM2-SummitStackmodule• VIM2-10G4Xmodule• VIM2-SummitStack128moduleHeight:1.7inches(4.3cm)Width:5.2inches(13.2cm)Depth:9.9inches(25.2cm)

• SummitX480fanmoduleHeight:1.7inches(4.3cm)Width:5.2inches(13.2cm)Depth:9.9inches(25.2cm)

Weight• SummitX480-24xswitch20.9lb(9.5kg)• SummitX480-48xswitch22.7lb(10.3kg)• SummitX480-48tswitch21.2lb(9.6kg)

NOTE: Switch weights include installed fan module. They do not include installed VIM2 modules or PSUs.

• VIM2-SummitStackmodule2.03lb(0.92kg)• VIM2-10G4Xmodule2.76lb(1.25kg)• VIM2-SummitStack128module2.05lb(0.93kg)

• SummitX480fanmodule0.45lb(0.99kg)

Fan Speed• Minimumspeed4500RPM• Maximumspeed18000RPM

Operating Specifications• OperatingTemperatureRange:0°Cto45°C(32°Fto113°F)

• OperatingHumidity:10%to93%relativehumidity,non-condensing

• OperatingAltitude:0-3,000meters(9,850feet)

• OperationalShock(HalfSine):30m/s2(3g),11ms,60Shocks

• OperationalRandomVibration:3-500MHz@1.5grms

Storage & Transportation Conditions (Packaged)• TransportationTemperature:-40°Cto70°C(-40°Fto158°F)

• StorageandTransportationHumidity:10%to95%RH,non-condensing

• PackagedShock(HalfSine):180m/s2(18g),6ms,600shocks

• PackagedSineVibration:5-62Hz@Velocity5mm/s,62-500Hz@0.2G

• PackagedRandomVibration:5-20Hz@1.0ASDw/-3dB/oct.from20-200Hz

• 14dropsminonsides&corners@42”(<15kgbox)

Type L2 MAC L3 Host (IPv4/v6)

L3 LPM Route (IPv4/v6)

ACL(Ingress/Egress)

Lower Power Mode 32K 16K/8K 16K/8K 8K/1K

Default (Layer 2+Layer 3) 256K 16K/8K 256K/8K 8K/1K

Security Configuration 32K 16K/8K 16K/8K 60K/1K

Forwarding Tables and ACLsSummitX480providesflexibleconfigurationoptionsforvariousdeployments.

Power Specifications

Summit X480-24xSummit X480-24x with No Installed VIM (AC Power Supply)• Nominalinputratings100to240V,50/60Hz,3.5A

• Inputcurrent2.0A@100V(low-line)0.9A@240V(high-line)

• Heatdissipation,Watts,BTU195W,663BTU/hr

• Powerconsumption,Watts,BTU195W,663BTU/hr

Summit X480-24x with VIM2-SummitStack Module (AC Power Supply)• Nominalinputratings100to240V,50/60Hz,3.5A

Summit X480-24x with VIM2-10G4X Module (AC Power Supply)• Nominalinputratings100to240V,50/60Hz,3.5A

Summit X480-24x with VIM2-SummitStack128 Module (AC Power Supply)• Nominalinputratings100to240V,50/60Hz,3.5A

Summit X480-24x with No Installed VIM (DC Power Supply)• Nominalinputratings48V,7.5A• Inputcurrent3.25A@48V(low-line)2.6A@60V(high-line)

Summit X480-24x with VIM2-SummitStack Module (DC Power Supply)• Nominalinputratings48V,7.5A• Inputcurrent3.4A@48V(low-line)2.7A@60V(high-line)

Summit X480-24x with VIM2-10G4X Module (DC Power Supply)• Nominalinputratings48V,7.5A• Inputcurrent5.7A@48V(low-line)4.2A@60V(high-line)

Summit X480-24x with VIM2-SummitStack128 Module (DC Power Supply)• Nominalinputratings48V,7.5A• Inputcurrent3.5A@48V(low-line)2.8A@60V(high-line)

Summit X480-48xSummit X480-48x with No Installed VIM (AC Power Supply)• Nominalinputratings100to240V,50/60Hz,4.0A

Summit X480-48x with VIM2-SummitStack Module (AC Power Supply)• Nominalinputratings100to240V,50/60Hz,4.0A

Summit X480-48x with VIM2-10G4X Module (AC Power Supply)• Nominalinputratings100to240V,50/60Hz,4.0A

Summit X480-48x with VIM2-SummitStack128 Module (AC Power Supply)• Nominalinputratings100to240V,50/60Hz,4.0A

Summit X480-48x with No Installed VIM (DC Power Supply)• Nominalinputratings48V,8.0A• Inputcurrent3.3A@48V(low-line)2.6A@60V(high-line)

Summit X480-48x with VIM2-SummitStack Module (DC Power Supply)• Nominalinputratings48V,8.0A• Inputcurrent3.4A@48V(low-line)2.7A@60V(high-line)

Summit X480-48x with VIM2-10G4X Module (DC Power Supply)• Nominalinputratings48V,8.0A• Inputcurrent5.7A@48V(low-line)4.4A@60V(high-line)

Summit X480-48x with VIM2-SummitStack128 Module (DC Power Supply)• Nominalinputratings48V,8.0A• Inputcurrent3.4A@48V(low-line)2.7A@60V(high-line)

Summit X480-48tSummit X480-48t with No Installed VIM (AC Power Supply)• Nominalinputratings100to240V,50/60Hz,3.0A

Summit X480-48t with VIM2-SummitStack Module (AC Power Supply)• Nominalinputratings100to240V,50/60Hz,3.0A

Summit X480-48t with VIM2-10G4X Module (AC Power Supply)• Nominalinputratings100to240V,50/60Hz,3.0A

Summit X480-48t with VIM2-SummitStack128 Module (AC Power Supply)• Nominalinputratings100to240V,50/60Hz,3.0A

Summit X480-48t with No Installed VIM (DC Power Supply)• Nominalinputratings48V,7.0A• Inputcurrent3.1A@48V(low-line)2.4A@60V(high-line)

Summit X480-48t with VIM2-SummitStack Module (DC Power Supply)• Nominalinputratings48V,7.0A• Inputcurrent3.24A@48V(low-line)2.5A@60V(high-line)

Summit X480-48t with VIM2-10G4X Module (DC Power Supply)• Nominalinputratings48V,7.0A• Inputcurrent3.1A@48V(low-line)2.4A@60V(high-line)

Summit X480-48t with VIM2-SummitStack128 Module (DC Power Supply)• Nominalinputratings48V,7.0A• Inputcurrent3.2A@48V(low-line)2.5A@60V(high-line)

Power Supply Units

Summit X480 AC PSUFor use with the Summit X480-24x, Summit X480-48x, and Summit X480-48t switches

Physical Specifications• Height:1.57inches(4.0cm)• Width:4.8inches(12.3cm)• Depth:13.31Inches(33.8cm)• Weight3.64lb(1.65kg)

Power Specifications• Voltageinputrange90to264V• Nominalinputratings100to240V,50to60Hz,8A

• Nominalinputcurrentatfullloads12A@90V(low-line)5A@230V(high-line)

• Linefrequencyrange47to63Hz• Maximuminrushcurrent15A• Output12V,37Amax,450Watts3.3V,3Amax,9.9Watts

• MaximumcontinuousDCoutputshallnotexceed450Watts

• PowersupplyinputsocketIEC320C14• PowercordinputplugIEC320C13• Powersupplycordgauge18AWG(0.75mm2)upto6feetor2metersor16AWG(1.0mm2)over6feet

• Efficiency84%typicalatfullload,highline

Summit X480 DC PSUFor use with the Summit X480-24x, X480-48x, and X480-48t switches

Physical Specifications• Height:1.57inches(4.0cm)• Width:4.8inches(12.3cm)• Depth:13.31Inches(33.8cm)• Weight2.58lb(1.17kg)

Power Specifications• NominalInput-48to-60VDC,24A• DCVoltageInputRange-40to-75V• MaximumInputAmperages13.5A@40V11.2A@48V7.5A@72V

• InrushCurrent10Apeak• InrushEnergy1.5A2S• Minimumwiresize14AWG(1.5mm2)copperstranded

• DCOutput12V,36.7A/3.3V,3.0A• DCOutputPower(W)450W

All Summit X480 Series Switches

Regulatory/SafetyNorth American Safety of ITE • UL60950-11stEd.,ListedDevice(U.S.)• CSA22.2#60950-1-031stEd.(Canada)• ComplieswithFCC21CFR1040.10(U.S.LaserSafety)

• CDRHLetterofApproval(U.S.FDAApproval)

European Safety of ITE • EN60950-1:2006• EN60825-1+A2:2001(LasersSafety)• TUV-RGSMarkbyGermanNotifiedBody• 2006/95/ECLowVoltageDirective

International Safety of ITE • CBReport&CertificateperIEC60950-1:2006+NationalDifferences

• AS/NZS60950-1(Australia/NewZealand)

EMI/EMC StandardsNorth America EMC for ITE • FCCCFR47part15ClassA(U.S.)• ICES-003ClassA(Canada)

European EMC Standards • EN55022:2006ClassA• EN55024:A2-2003ClassAincludesIEC61000-4-2,3,4,5,6,11

• EN61000-3-2,8-2006(Harmonics)• EN61000-3-31995+A2:2005(Flicker)• ETSIEN300386v1.3.3,2005-04(EMCTelecommunications)

• 2004/108/ECEMCDirective

International EMC Certifications • CISPR22:2006Ed5.2,ClassA(InternationalEmissions)

• CISPR24:A2:2002ClassA(InternationalImmunity)

• EC/EN61000-4-2:2008ElectrostaticDischarge,8kVContact,15kVAir,CriteriaA

• EC/EN61000-4-3:2008RadiatedImmunity10V/m,CriteriaA

• EC/EN61000-4-4:2005TransientBurst,1kV,CriteriaA

• IEC/EN61000-4-5:2005Surge,2kVL-L,2kVL-G,Level3,CriteriaA

• IEC/EN61000-4-6:2007ConductedImmunity,0.15-80MHz,10V/munmod.RMS,CriteriaA

• EC/EN61000-4-11:2004PowerDips&Interruptions,>30%,25periods,CriteriaC

Country Specific• VCCIClassA(JapanEmissions)• ACMA(C-Tick)(AustraliaEmissions)• CCCMark• KCCMarkEMCApproval(Korea)

Telecom Standards • EN/ETSI300386:2005-04(EMCTelecommunications)

• EN/ETSI300019(EnvironmentalforTelecommunications)

• NEBSLevel3complianttoportionsofGR-1089Issue4&GR-63Issue3asdefinedinSR3580withexceptiontofilterrequirement

• MEF9• MEF14

IEEE 802.3 Media Access Standards • IEEE802.3ab1000BASE-T• IEEE802.3z1000BASE-X• IEEE802.3ae10GBASE-X

Environmental Standards • EN/ETSI300019-2-1v2.1.2(2000-09)–Class1.2Storage

• EN/ETSI300019-2-2v2.1.2(1999-09)–Class2.3Transportation

• EN/ETSI300019-2-3v2.1.2(2003-04)–Class3.1eOperational

• EN/ETSI300753(1997-10)–AcousticNoise• ASTMD3580RandomVibrationUnpackaged1.5G

Warranty • Ltd.1-yearonHardware• 90-daysonSoftware• Forwarrantydetails,visitwww.extremenetworks.com/go/warranty

Ordering Information

Part Number Name Description

16301 SummitX480-48t 4810/100/1000BASE-T,4100/1000BASE-XunpopulatedSFP(shared),NoPSUwithtwounpopulatedPSUslots,oneVIM2slot,ExtremeXOSAdvancedEdgelicense

16303 SummitX480-24x 24100/1000BASE-XunpopulatedSFP,1210/100/1000BASE-T(shared),2unpopulatedXFPports,NoPSUwithtwounpopulatedPSUslots,oneVIM2slot,ExtremeXOSAdvancedEdgelicense

16304 SummitX480-48x 48100/1000BASE-XunpopulatedSFP,NoPSUwithtwounpopulatedPSUslots,oneVIM2slot,ExtremeXOSAdvancedEdgelicense

16311 VIM2-SummitStack VIM2-SummitStack,2SummitStackstackingports

16312 VIM2-10G4X VIM2-10G4X,410GBASE-XXFPports

16313 VIM2-SummitStack128 VIM2-SummitStack128,2x64Gstackingports

16315 VIM2-SummitStack-V80 VIM2-SummitStack-V80,2x40Gstackingports

16321 SummitX480CoreLicense ExtremeXOSCoreLicenseforSummitX480seriesswitches

16322 SummitX480MPLSFeaturePack

ExtremeXOSMPLSFeaturePackforSummitX480seriesswitches

11011 DirectAttachFeaturePack DirectAttachFeaturePackforSummitX450a/X460/X480,SummitX650andBlackDiamond8800SerieswithExtremXOS12.5.1orGreater

10916 SummitX480/X650FANModule

FANmoduleforSummitX480andSummitX650seriesswitches,spare

10917 SummitX480ACPSU ACPowerSupplymoduleforSummitX480seriesswitches

10918 SummitX480DCPSU DCPowerSupplymoduleforSummitX480seriesswitches

10121 10GBASE-SRXFP 10GBASE-SRXFPTransceiver,850nm,upto300monMultimodeFiber,LCConnector

10122 10GBASE-LRXFP 10GBASE-LRXFPTransceiver,1310nm,upto10kmonSingle-modeFiber,LCConnector

10124 10GBASE-ERXFP 10GBASE-ERXFPTransceiver,1550nmupto40kmonSingle-modeFiber,LCConnector

10125 10GBASE-ZRXFP 10GBASE-ZRXFPTransceiver,1550nm,upto80kmonSingle-modeFiber,LCConnector

10200 TunableDWDMXFP 10GigabitEthernetXFPTunableDWDMmodule,C-band,SMF80km,LCconnector

10051 1000BASE-SXSFP 1000BASE-SXSFP,LCConnector

10052 1000BASE-LXSFP 1000BASE-LXSFP,LCConnector

10053 1000BASE-ZXSFP 1000BASE-ZXSFP,ExtraLongDistanceSMF70km/21dBBudget,LCConnector

10056 1000BASE-BX-DSFP 1000BASE-BX-DSFP,SMF(1490nmTX/1310nmRXWavelength)

10057 1000BASE-BX-USFP 1000BASE-BX-USFP,SMF(1310nmTX/1490nmRXWavelength)

10060 100FX/1000LXSFP1 100FX/1000LXSFP,SMF,LCConnector(RequiresMCPand6dBAttenuatorfor100FX-MMFOperation)

10063 100FXSFP1 100FXSFP,MMF,LCConnector

10064 1000BASE-LX100SFP 1000BASE-LX100SFP,ExtraLongDistanceSMF100km/30dBBudget,LCConnector

10065 10/100/1000BASE-TSFP1 10/100/1000BASE-T,SFP,CAT5cable100m,RJ-45Connector

10067 100BASE-FXSFP 100MSFP,100FXMMF,(1310nm,2kmmultimodetransmission)LCconnector

10066 100BASE-LX10SFP 100MSFP,100LX10SMF,(1310nm10kmsinglemodetransmission)LCconnector

10058 100BASE-BX-DSFP 100MSFP,100BASE-BX-D,SMF(1550nmTX/1310nmRXwavelength),100Mbpsbidirectional

10059 100BASE-BX-USFP 100MSFP,100BASE-BX-U,SMF(1310nmTX/1550nmRXwavelength),100Mbpsbidirectional

1NotsupportedonComboports

Make Your Network Mobile

© 2011 Extreme Networks, Inc. All rights reserved. Extreme Networks, the Extreme Networks logo, BlackDiamond, Direct Attach, Extreme Standby Router Protocol, ExtremeXOS, Ex-tremeXOS ScreenPlay, Ridgeline, Summit, SummitStack, UniStack and XNV are either registered trademarks or trademarks of Extreme Networks, Inc. in the United States and/or other countries. sFlow is the property of InMon Corporation. Specifications are subject to change without notice. 1625_09 05/11

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Ordering Information

Part Number Name Description

10312 QSFP+passivecoppercable,1.0M

QSFP+passivecoppercable,1.0M

10315 QSFP+activefibercable,10M

QSFP+activefibercable,10M

10318 QSFP+activefibercable,100M

QSFP+activefibercable,100M

16106 StackingCable,0.5M SummitStack/UniStack™StackingCable,0.5M

16107 StackingCable,1.5M SummitStack/UniStackStackingCable,1.5M

16108 StackingCable,3.0M SummitStack/UniStackStackingCable,3.0M

16105 StackingCable,5.0M2 SummitStackStackingCable,5.0M

17030 StackingCable64G,1.0M SummitStack128StackingCable,1.0M

17026 StackingCable128Gto64G,1.0M

ConversioncableforSummitStack256andSummitStack128,1.0M

ConversioncableforSummitStack256andSummitStack,1.0M

ConversioncableforSummitStack128andSummitStack,1.0M

2NotsupportedwhenusingwithSummitX650andUniStack

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