Modeintelxeon

EmpoweringTransformationinaData-CentricEraAcrossanevolvingdigitalworld,disruptiveandemergingtechnologytrendsinbusiness,industry,science,andentertainmentincreasinglyimpacttheworld'seconomies.
Futureworkloadswillnecessitateinfrastructuresthatcanseamlesslyscaletosupportimmediateresponsivenessanddiverseperformancerequirements.
Theexponentialgrowthofdatagenerationandconsumption,therapidexpansionofcloud-scalecomputing,emerging5Gnetworks,andtheextensionofhigh-performancecomputing(HPC)andartificialintelligence(AI)intonewusagesrequirethattoday'sdatacentersandnetworksurgentlyevolve—orbeleftbehindinahighlycompetitiveenvironment.
Thesedemandsaredrivingthearchitectureofmodernized,future-readydatacentersandnetworksthatcanquicklyflexandscale.
TheIntelXeonScalableplatformprovidesthefoundationforapowerfuldatacenterplatformthatcreatesanevolutionaryleapinagilityandscalability.
Disruptivebydesign,thisinnovativeprocessorsetsanewlevelofplatformconvergenceandcapabilitiesacrosscompute,storage,memory,network,andsecurity.
Enterprisesandcloudandcommunicationsserviceproviderscannowdriveforwardtheirmostambitiousdigitalinitiativeswithafeature-rich,highlyversatileplatform.
EnablingGreaterEfficienciesandLowerTCOAcrossinfrastructures,fromenterprisetotechnicalcomputingapplications,theIntelXeonScalableplatformisdesignedfordatacentermodernizationtodriveoperationalefficienciesthatleadtoimprovedtotalcostofownership(TCO)andhigherproductivityforusers.
SystemsbuiltontheIntelXeonScalableplatformaredesignedtodeliveragileserviceswithenhancedperformanceandgroundbreakingcapabilitiescomparedtothepriorgeneration.
TheFoundationforData-CentricInnovationIntelXeonScalableProcessorsSECONDGENERATIONIntelXeonScalablePlatform2ndGenIntelXeonProcessorprovidesconsistentperformancefordiverseworkloadsWHATMATTERSINTELXEONSCALABLEPLATFORMADVANTAGESEnterpriseandCloudMinimizecomplexitywithcompatiblevirtualizationinfrastructureDeployquickly.
IntelVMscoexistw/otherInteltechnology-basedservers.
MeetstringentcustomerSLAsFastresponsetimes.
HPCMaximizevectorfloatingperformanceandefficiencyHighperformancewithfewerservers.
StorageEnsuredeterministicstorageresponseDeterministicperformance.
Cores,cache,memory,I/Oinasingledie.
CommunicationsDeliverdiverseservicesefficientlyIncredibleefficiencyandhardwareaccelerationfromaplatformwithfeaturesrequiredforapplication,control,packet,andsignalprocessing.
2PerformancetoPropelInsightsIntel'sindustryleading,workload-optimizedplatformwithbuilt-inAIaccelerationprovidestheseamlessperformancefoundationforthedata-centricerafromthemulti-cloudtointelligentedgeandback.
TheIntelXeonScalableplatformwith2ndgenIntelXeonScalableprocessorsenablesanewlevelofconsistent,pervasive,andbreakthroughperformance.
SupportforBreakthroughMemoryInnovationAnewfoundationforperformancebeginswithsupportforIntel'sbreakthroughIntelOptanepersistentmemory,anewclassofmemoryandstorageinnovationarchitectedfordatacentricclassenvironments.
Withindividualmodulecapacitiesupto512GB,IntelOptanepersistentmemorycandeliverup-to36TBofsystem-levelmemorycapacitywhencombinewithtraditionalDRAM.
IntelOptanepersistentmemorycomplementsDRAMmemorybyaffordablyenablingunprecedentedsystemmemorycapacitytoaccelerateworkloadprocessingandservicedelivery.
LearnmoreaboutIntelOptanepersistentmemoryintel.
com/optanedcpersistentmemoryINTELXEONPLATINUM9200PROCESSORS2NDGENINTELXEONSCALABLEPROCESSORS2NDGENINTELXEONSCALABLEPROCESSORSWITHINTELOPTANEPERSISTENTMEMORYAVERAGEPERFORMANCEIMPROVEMENT1ComparedtoIntelXeonPlatinum8180ProcessorComparedtoIntelXeonPlatinum8180ProcessorAIPERRFORMANCEWITHINTELDLBOOST2VMdensitycomparedtoIntelXeonE5-2600V2Processor5-YEARREFRESHPERFORMANCEIMPROVEMENT3ComparedtoIntelXeonPlatinum8180ProcessorAIPERRFORMANCEWITHINTELDLBOOST4IntelOptanepersistentmemorypricing&DRAMpricingreferencedinTCOcalculationsisprovidedforguidanceandplanningpurposesonlyanddoesnotconstituteafinaloffer.
Pricingguidanceissubjecttochangeandmayreviseupordownbasedonmarketdynamics.
PleasecontactyourOEM/distributorforactualpricing.
6653FoundationalEnhancementsHigherPer-CorePerformance:Upto56cores(9200series)andupto28cores(8200series),deliveringhighperformanceandscalabilityforcompute-intensiveworkloadsacrosscompute,storage,andnetworkusages.
GreaterMemoryBandwidth/Capacity:SupportforIntelOptanepersistentmemory,supportingup-to36TBofsystem-levelmemorycapacitywhencombinewithtraditionalDRAM.
50percentincreasedmemorybandwidthandcapacity.
Sixmemorychannelsversusfourmemorychannelsofpreviousgenerationformemory-intensiveworkloads.
Supportforup-to4TBofDDR4memory,persocket,withspeedsup-to2933MT/s(1DPC).
ExpandedI/O:48lanesofPCIe*3.
0bandwidthandthroughputfordemandingI/O-intensiveworkloads.
IntelUltraPathInterconnect(IntelUPI):FourIntelUPI(9200series)anduptothreeIntelUPI(8200series)channelsincreasescalabilityoftheplatformtoasmanyastwosockets(9200series)anduptoeightsockets(8200series),aswellasimprovesinter-CPUbandwidthforI/O-intensiveworkloadsversuspreviousgeneration(withIntelQuickPathInterconnect).
IntelUPIofferstheperfectbalancebetweenimprovedthroughputandenergyefficiency.
IntelDeepLearningBoost(IntelDLBoost)withVNNI:NewIntelDeepLearningBoostwithVectorNeuralNetworkInstructions(VNNI)bringenhancedartificialintelligenceinferenceperformance,withupto30Xperformanceimprovementoverthepreviousgeneration4,2ndgenIntelXeonScalableprocessorshelptodeliverAIreadinessacrossthedatacenter,totheedgeandback.
IntelInfrastructureManagementTechnologies(IntelIMT):Aframeworkforresourcemanagement,IntelInfrastructureManagementTechnologies(IntelIMT),combinesmultipleIntelcapabilitiesthatsupportplatform-leveldetection,reporting,andconfiguration.
Thishardware-enhancedmonitoring,management,andcontrolofresourcescanhelpenablegreaterdatacenterresourceefficiencyandutilization.
IntelSecurityLibrariesforDataCenter(IntelISecL-DC):Asetofsoftwarelibrariesandcomponents,IntelSecL-DCenablesIntelhardware-basedsecurityfeatures.
Theopen-sourcelibrariesaremodularandhaveaconsistentinterface.
TheycanbeusedbycustomersandsoftwaredeveloperstomoreeasilydevelopsolutionsthathelpsecureplatformsandhelpprotectdatausingIntelhardware-enhancedsecurityfeaturesatcloudscale.
IntelAdvancedVectorExtensions512(IntelAVX-512):WithdoubletheflopsperclockcyclecomparedtopreviousgenerationIntelAVX2,IntelAVX-512boostsperformanceandthroughputforthemostdemandingcomputationaltasksinapplications,suchasmodelingandsimulation,dataanalyticsandmachinelearning,datacompression,visualization,anddigitalcontentcreation.
Securitywithoutcompromise:Limitingencryptionoverheadandperformanceonallsecuredatatransactions.
InnovativeIntegrationsPlatformintegrationsdeliverimprovementsinperformanceandlatencyacrosstheinfrastructure:IntegratedIntelQuickAssistTechnology(IntelQAT):Chipset-basedhardwareaccelerationforgrowingcompressionandcryptographicworkloadsforgreaterefficiencywhiledeliveringenhanceddatatransportandprotectionacrossserver,storage,andnetworkinfrastructure.
IntegratedIntelEthernetwithscalableiWARP*RDMA*:Providesuptofour10Gbpshigh-speedEthernetportsforhighdatathroughputandlow-latencyworkloads.
Idealforsoftware-definedstoragesolutions,NVMExpressoverFabricsolutions,andvirtualmachinemigrations.
Integratedinthechipset.
Industry-LeadingMemoryandStorageSupportStorageinnovationscandrivesignificantimprovementsinefficiencyandperformanceofdata-hungryworkloads.
SupportforIntelOptanepersistentmemory:Breakthroughmemoryandstoragememoryinnovationofferinggroundbreakingcapabilitiesforfaststoragesolutions.
CanbecombinedwithIntelOptaneSSDsfortheultimateinstorageanddataperformance.
SupportforIntelOptaneSSDsandIntelQLC3DNANDSolidStateDrives:Deliversindustry-leadingcombinationofhighthroughput,lowlatency,highQoS,andultra-highendurancetobreakthroughdataaccessbottlenecks.
DeploynextgenerationstoragewithconfidencewithIntelVolumeManagementDevice(IntelVMD):EnableshotswappingofNVMeSSDsfromthePCIebuswithoutshuttingdownthesystem,whilestandardizedLEDmanagementhelpsprovidequickeridentificationofSSDstatus.
Thiscommonalitybringsenterprisereliability,availability,andserviceability(RAS)featurestoNVMeSSDs,enablingdeploymentofnext-generationstoragewithconfidence.
IntelIntelligentStorageAccelerationLibrary(IntelISA-L):Optimizesstorageoperations,suchasencryption,forincreasedstorageperformance.
Noproductorcomponentcanbeabsolutelysecure.
4ComplementaryOfferingsforEvenGreaterPerformance,ScalabilityInteloffersabroadhardwareandsoftwareportfoliothatcomplementsthisnewprocessor.
IntelEthernet800seriesproductssupportupto100GbEportspeedwithApplicationDevicequeues(ADQ),whichaddresseslatency-sensitiveworkloadsforhigherspeeddatacommunication.
DataPlaneDeveloperKit(DPDK)issupportedacrossIntelEthernet800SeriesproductsforNFVacceleration,advancedpacketforwardingandhighlyefficientpacketprocessing.
Learnmoreatintel.
com/ethernetIntelFPGAsofferflexible,programmableacceleration,forlow-latencyapplications,suchasvirtualswitching,networkservices,dataanalytics,andAI.
Learnmoreatintel.
com/fpgaArangeofsoftwaretoolsandlibrariesforgeneralandhighlyparallelcomputinghelpdevelopersoptimizeapplicationsforIntelArchitecture.
Learnmoreatsoftware.
intel.
comEnhancedPlatformTrustDataandplatformreliabilityandprotectionarekeyconcernsforenterprisesdealingwithincreasingconcernsandscrutinyregardingdatasecurityandprivacy.
IntelXeonScalableplatformhelpsbuildhighlytrustedinfrastructureswithplatformdataprotection,resiliency,anduptime.
IncreasedDataProtectionandReliabilityAcrossEveryWorkloadEnhancedIntelRunSureTechnology:NewenhancementsdeliveradvancedReliability,Availability,andServiceability(RAS)andserveruptimeforacompany'smostcriticalworkloads.
Hardware-assistedcapabilities,includingenhancedMCAandrecoveryandadaptivemulti-deviceerrorcorrection,diagnoseandrecoverfrompreviouslyfatalerrors.
And,theyhelpensuredataintegritywithinthememorysubsystem.
IntelKeyProtectionTechnology(IntelKPT)withIntegratedIntelQATandIntelPlatformTrustTechnology(IntelPTT):Deliverhardware-enhancedplatformsecuritybyprovidingefficientkeyanddataprotectionatrest,in-use,andin-flight.
IntelTrustedExecutionTechnology(IntelTXT)withOne-TouchActivation:Enhancedplatformsecurity,whileprovidingsimplifiedandscalabledeploymentforIntelTXT.
Asmoredata-richworkloadsflowthroughthedatacenter,thiscomprehensivesuiteofhardware-enhancedfeaturesbringsbetterdata-andplatform-levelprotectionmechanismsfortrustedservicesinenterpriseandcloudenvironments.
DynamicandHighlyEfficientServiceDeliveryTheconvergenceofenhancedcompute,memory,network,andstorageperformance,combinedwithsoftwareecosystemoptimizations,makeIntelXeonScalableplatformtheidealplatformforfullyvirtualized,software-defineddatacentersthatdynamicallyself-provisionresources—on-premise,throughthenetwork,andinthepubliccloud—basedonworkloadneeds.
PowerfulToolsandTechnologiesforanAgileDataCenterIntelVirtualizationTechnology(IntelVT-x)features:Modebasedexecutioncontrol(MBE)virtualization:Providesanextralayerofprotectionfrommalwareattacksinavirtualizedenvironmentbyenablinghypervisorstomorereliablyverifyandenforcetheintegrityofkernellevelcode.
Timestampcounterscaling(TSC)virtualization:ProvidesworkloadoptimizationinhybridcloudenvironmentsbyallowingvirtualmachinestomoveacrossCPUsoperatingatdifferentbasefrequencies.
IntelNodeManager4.
0:HelpsITintelligentlymanageandoptimizepower,cooling,andcomputeresourcesinthedatacenter,maximizingefficiency,whilereducingthechancesofcostlyoverheats.
Noproductorcomponentcanbeabsolutelysecure.
5FasterTimetoValuewithIntelSelectSolutionsIntoday'scomplexdatacenter,hardwareandsoftwareinfrastructureisnot"onesizefitsall.
"IntelSelectSolutionseliminatesguessworkwithrigorouslybenchmarktestedandverifiedsolutionsoptimizedforreal-worldperformance.
ThesesolutionsaccelerateinfrastructuredeploymentonIntelXeonprocessorsfortoday'scriticalworkloadsinadvancedanalytics,hybridcloud,storage,andnetworking.
EnterpriseandGovernment–PrimedforBusinessForenterprisedatacentersmodernizingtotakeadvantageoftheeraofadvancedanalytics,thehybridcloudandfuture-readystorage,IntelSelectSolutionscanspeedupyourdata-fueled,IT-drivenbusinesstransformation.
CommunicationsServiceProviders–TunedNetworkEnhancementsForCommunicationServiceProviderstransformingtheirnetworkfora5G-enabledfuture,IntelSelectSolutionsofferafasterandmoreefficientdeploymentpathoftested,reliableinfrastructurewithverifiedconfigurationsthattakefulladvantageofvirtualnetworkenhancementsthatsupportnewandemergingcustomerworkloaddemands.
HighPerformanceComputing–AcceleratedTimetoInsightForresearchinacademiaandgovernmentaswellastheenterprises,highperformancecomputing(HPC)capabilitieswithIntelSelectSolutionshelppushthelimitsofmainstreamdatatodaywithdeeperinsightsandmorecomplexproblemsolving.
LearnmoreaboutIntelSelectSolutionsfeaturingnew2ndgenIntelXeonScalableprocessorswithIntelOptanepersistentmemoryatintel.
com/selectsolutionsanalyticsMicrosoftSQLServer*(WindowsServer*,Linux)*SAPHANAPingCAP*TiDBGBASENETWORK/EdgeUniversalCustomerPremisesEquipment(Ubuntu*,Adva*Ensemble,CentOS*+RT)NFVI(RedHat,Ubuntu,FusionSphere*)NFVIForwardingPlatformVisualcloud(Deliverynetwork,Mediaanalytics)HPCSimulation&ModelingSimulation&VisualizationGenomicsAnalyticsHPC&AIConvergedClusters(Magpie,Univa)CloudServicesRedHatOpenShift*ContainerPlatformQingCloud*MicrosoftAzureStack*GoogleCloud'sAnthos*Easystack*CloudServiceOpenCloudartificialintelligenceSECURITYAIInferencingHardenedSecurityWithLockheedMartinBigDLonApacheSparkBlockchain:HyperledgerFabricHCI/StorageVMwarevSAN*MicrosoftAzure*StackHCIHuaweiFusionStorage*NutanixHCI*xSkyCOMINGSOON6Strong,CapablePlatformsfortheData-FueledEnterpriseEnterprisesarekeentoextractvaluefromtheexplodingdatastreamsbeingpresentedtothemforrapidinsightsthatcanshapetheirbusinessinitiatives.
Traditionalandemergingapplicationsintheenterprise,includingpredictiveanalytics,machinelearning,andHPC,requirenewlevelsofpowerfulcomputecapabilitiesandmassivetiereddatastoragevolumes.
ThemodernizeddatacenterisbeingarchitectedusingaconvergedandholisticapproachthatcanflexiblydelivernewservicesandimproveTCOacrossinfrastructureassetstoday,whileprovidingthemostseamlessandscalableon-ramptoaself-governing,hybriddatacenter.
Yet,organizationsrunningtheirfoundationalbusinessworkloads,suchasOLTPandwebinfrastructure,seektoreduceTCOwithhigherperforminginfrastructures.
TheIntelXeonScalableplatformdeliversnext-generationenterprisecapabilitiestobusinessesthroughafuture-readyplatformthatcanservethehybrid-cloud,data-fueledera,plusithelpsimproveday-to-dayoperations.
Thisversatileplatformbringsdisruptivelevelsofcomputeperformance,coupledwithmemoryandI/Oadvances,tocompute-hungryandlatency-sensitiveapplications.
CombinedwithinnovativeIntelOptaneSSDsandIntelQLC3DNANDSSDDataCenterFamilytomanagelargedatavolumesacrossstorage,caching,andmemory,platformsbuiltontheIntelXeonScalableplatformarereadytohandletheintensedemandsofthedataandcloudera.
Withascalableportfolioofpackagingoptionstosuitdiverseworkloadrequirements,theIntelXeonScalableplatformisaperformanceworkhorsedesignedfordeployinghighlyefficient,virtualizedinfrastructuresforcompute,storage,andnetworking.
HighlightsforEnterpriseInnovation2ndgenIntelXeonScalableProcessorsIntelOptanePersistentMemoryIntelDeepLearningBoostIntelSpeedSelectTechnologyIntelEthernet800SeriesIntelOptaneSSDsandIntelQLC3DNANDSSDsIntelInfrastructureManagementTechnologies2NDGENINTELXEONSCALABLEPROCESSORSWITHINTELOPTANEPERSISTENTMEMORY2ndGenIntelXeonPlatinum8280HammerDBBigBench(3TB)HiBenchHIGHERPERFORMANCEVS5-YEARSYSTEM7IntelXeonProcessorE5-2697V2FASTERTIMETOINSIGHTSVS5-YEARSYSTEM8IntelXeonProcessorE5-2697V2HIGHERPERFORMANCEVS5-YEARSYSTEM9IntelXeonProcessorE5-2697V22ndGenIntelXeonGold62482ndGenIntelXeonGold6248OLTPDATABASEBIGDATA7Next-GenerationPlatformforCloud-Optimized,5G-ReadyNetworks,andNext-GenerationVirtualNetworksThecomingeraof5Gwillenableentirelynewecosystemsandclassesofconsumerandenterpriseservicesalongwithmediaapplicationsonwirelessandwirelinenetworks.
Thesedata-rich,innovativeusecases,drivenbythenewInternetofThings(IoT),visualcomputing,andanalytics,representsignificantfutureopportunitiesforcommunicationsserviceproviders(CommSPs)togrowrevenue.
Thetransitionfrompurpose-built,fixedfunctioninfrastructuretoanewgenerationofopennetworksistheessentialfirststeptopreparefora5G-enabledworld.
Software-definednetworkingwithNetworkFunctionsVirtualization(NFV)isenablingnewserviceopportunitiesandoperationsefficienciesforbothcommunicationservicesprovidersandenterprisesalike.
Usingflexible,optimized,industry-standardserversandvirtualized,orchestratednetworkfunctionswillallowfuture-readyinfrastructurestobeabletodeliverinnovativeserviceswithefficiencyandease.
Suchdistributedcommunicationsnetworkscansupportextremelevelsofscalability,agility,programmability,andsecurityacrossanever-growingvolumeandvarietyofnetworkingworkloads—fromthenetworkcoretotheedge.
TheIntelXeonScalableplatformisthebasisfornext-generationplatformstobuildvirtualized,cloud-optimized,5G-readynetworks.
Itoffersanarchitecturethatscalesandadaptswitheasetohandlethedemandsofemergingapplicationsandtheconvergenceofkeyworkloads,suchasapplicationsandservices,controlplaneprocessing,high-performancepacketprocessing,andsignalprocessing.
Thisnewprocessorprovidesafoundationforagilenetworksthatcanoperatewithcloudeconomics,behighlyautomatedandresponsive,andsupportrapidandmoresecuredeliveryofnewandenhancedservicesenabledby5G.
HighlightsforCommunicationServiceProviderInnovation2ndgenIntelXeonScalableprocessor"N"SKUs,specializedforNetworking/NFVIntelOptanepersistentmemoryHardware-basedaccelerationofencryptionandcompressionusingintegratedIntelQATIntelEthernet800seriesIntelFPGAsmaximizeversatilityincommunicationsinfrastructureIntelInfrastructureManagementTechnologiesAdditionalResourcesOptimizedforCommunicationServiceProvidersTheopensourceDataPlaneDevelopmentKit(DPDK)enablesoptimizedcommunicationsoperationsonIntelArchitecture.
DPDKhasdemonstratedabilitytoscaleperformanceasprocessorcorecountandperformanceincrease;workloads,suchasVectorPacketProcessing(VPP)IPSec,benefitfromthisenhancedperformance.
Additionally,theselibrariesprovidepre-optimizedmechanismstoallownewprocessorcapabilities(suchasIntelAVX-512andmemoryandI/Oenhancements)tobeabletoutilizethenewfunctionalityforimprovedpacketprocessingperformancewithlessdirectdevelopmenteffort.
Inteloffersprograms,suchasIntelNetworkBuildersUniversity,idealfornetworkevolutioninthe5Gera.
Withsolutionguidanceandtrainingfromtheseprograms,CommSPscandrivetheirnetworktransformationinitiativesforwardwithincreasedconfidence.
2NDGENINTELXEONSCALABLEPROCESSORSSPECIALIZEDFORNETWORKING/NFV"N"SKUSNFVWORKLOADPERFORMANCEIMPROVEMENT10ComparingIntelXeonGold6230NprocessortoIntelXeonGold6130processorAdditionalprocessingheadroomdeliversenhancedVM/VNFcapacityanddensityHandlemoresubscribercapacityandmobileservicesFeaturingIntelSelectSpeedTechnologyNewin2019"N"-BasedNFVsolutionsReducedbottlenecksforfixedandmobile5Gnetworks8BreakthroughHPCandHigh-PerformanceDataAnalyticsInnovationToday'sscientificdiscoveriesarefueledbyinnovativealgorithms,newsourcesandvolumesofdata,andadvancesincomputeandstorage.
Benefittingfromexponentiallyexpandingvolumesandvarietyofdata,HPCclustersarealsotheengineforrunningevolvingHigh-PerformanceDataAnalytics(HPDA)workloads,leadingtoincrediblediscoveriesandinsightforbusinessandhumanunderstanding.
Machinelearning,deeplearning,andAIconvergethecapabilitiesofmassivecomputewiththefloodofdatatodrivenext-generationapplications,suchasautonomoussystemsandself-drivingvehicles.
IntelXeonScalableplatformoffersacommonplatformforAIwithhighthroughputforbothinferenceandtraining—upto30xhigherinference2using9200seriesandupto14xhigherinference4throughputusing8200series,comparedtoIntelXeonScalableprocessorsintroducedinJuly2017.
HPCisnolongerjustthedomainoflargescientificinstitutions.
EnterprisesareincreasinglyconsumingamassivenumberofHPCcomputecycles;someoftheworld'slargestHPCclustersareinprivateoilandgascompanies.
ResearchinpersonalizedmedicineappliesHPCforhighlyfocusedtreatmentplans.
NewHPCinstallationsareengaginginnovative,convergedarchitecturesfornon-traditionalusagesthatcombinesimulation,AI,visualization,andanalyticsinasinglesupercomputer.
HPCplatforms—fromthesmallestclusterstolargestsupercomputers—demandabalanceacrosscompute,memory,storage,andnetwork.
TheIntelXeonScalableplatformwasdesignedtodeliverandenablesuchbalancewithmassivescalability—totensofthousandsofcores.
FromitsimprovedcorecountandmesharchitecturetonewlyintegratedtechnologiesandsupportforIntelOptanepersistentmemoryandstoragedevices,theIntelXeonScalableplatformenablestheultimategoalsofHPC—tomaximizeperformanceacrosscompute,memory,storage,andnetworkwithoutinducingbottlenecksatanyintersectionofresources.
TheintegrationofIntelOmni-PathArchitecture,anend-to-endhigh-performancefabric,intotheIntelXeonScalableplatformdeliversbothincreasedperformanceandscalingtodistributed,parallelcomputingclusters.
Nearlinearscalingupto32nodesenablesbuildinglargeHPCsolutionsthatarenotinhibitedbytheinterconnect.
TheIntelXeonScalableplatformandIntelOmni-PathArchitecturecanenablenewdiscoveriesandfastersolutionsforhighlyparallelworkloadsinmanydatacenters.
IntelXeonPlatinum9200ProcessorsIntelOptanePersistentMemoryIntelUltraPathInterconnectIntelDeepLearningBoostIntelAdvancedVectorExtensions512IntelOmni-PathArchitectureHostFabricInterfaceIntelOptaneSSDsAdditionalTechnologiesforHPC,HPDA,andAIArangeofhigh-productivitysoftwaretools,optimizedlibraries,foundationalbuildingblocks,andflexibleframeworksforgeneralandhighlyparallelcomputinghelpsimplifyworkflowsandassistdeveloperstocreatecodesthatmaximizethecapabilitiesofIAforHPCandAI.
OptimizationsforpopulardeeplearningframeworksforIA,includingNeon,*Caffe,*Theano,*Torch,*andTensorFlow*offerincreasedvalueandperformancefordatascientists.
IntelParallelStudioXE2017includesperformancelibraries,suchasIntelMathKernelLibraryforDeepNeuralNetworks(IntelMKL-DNN)toacceleratedeeplearningframeworksonIA,andIntelDataAnalyticsAccelerationLibrary(IntelDAAL)tospeedbigdataanalytics.
ResourcesOptimizedforHPCTocontinuetoadvancediscoverythroughHPCintotheExascaleera,theIntelModernCodeDeveloperProgramoffersdevelopersanddatascientistseasilyaccessibleonlineandface-to-facecodemodernizationtechnicalsessionsontechniques,suchasvectorization,memoryanddatalayout,multi-threading,andmulti-nodeprogramming.
2NDGENINTELXEONSCALABLEPROCESSORSFORHPCBETTERFLOATINGPOINTPERCORE11SYSTEMMEMORYCAPACITYComparedtoIntelXeonPlatinum8180processors9Overviewof2ndGenIntelXeonScalableProcessorsIntelXeonScalablePlatformINTELXEONPLATINUM9200PROCESSORSDesignedforhighperformancecomputing,advancedartificialintelligenceandanalytics,theIntelXeonPlatinum9000processorsdeliverbreakthroughlevelsofperformancewiththehighestIntelArchitectureFLOPSperrack,alongwiththehighestDDRnativememorybandwidthsupportofanyIntelXeonprocessorplatform.
Upto56IntelXeonScalableprocessingcoresperprocessor––Twoprocessorsper2Uplatform(IntelServerSystemS9200WKDataCenterBlock)12memorychannelsperprocessors,24memorychannelsperplatformFeaturesnewIntelDeepLearningBoostinstructionsforenhancedAIinferenceaccelerationandperformanceEnhancedmulti-chippackageoptimizedfordensityandperformanceINTELXEONPLATINUM8200PROCESSORSSecondgenerationIntelXeonPlatinum8200processorsarethefoundationforsecure,agile,hybrid-clouddatacenters.
Withenhancedhardware-basedsecurityandexceptionaltwo,four,andeight+socketprocessingperformance,theseprocessorsarebuiltformission-critical,real-timeanalytics,machinelearning,artificialintelligenceandmulti-cloudworkloads.
Withtrusted,hardware-enhanceddataservicedelivery,thisprocessorfamilydeliversmonumentalleapsinI/O,memory,storage,andnetworktechnologiestoharnessactionableinsightsfromourincreasinglydata-fueledworld.
INTELXEONGOLD6200ANDINTELXEONGOLD5200PROCESSORSWithsupportforthehighermemoryspeeds,enhancedmemorycapacity,andfour-socketscalability,theIntelXeonGold6200processorsdeliversignificantimprovementinperformance,advancedreliability,andhardware-enhancedsecurity.
Itisoptimizedfordemandingmainstreamdatacenter,multi-cloudcompute,andnetworkandstorageworkloads.
TheIntelXeonGold5200processorsdeliverimprovedperformancewithaffordableadvancedreliabilityandhardware-enhancedsecurity.
Withup-tofour-socketscalability,itissuitableforanexpandedrangeofworkloads.
INTELXEONSILVER4200PROCESSORSIntelXeonSilverprocessorsdeliveressentialperformance,improvedmemoryspeed,andpowerefficiency.
Hardware-enhancedperformancerequiredforentrydatacentercomputes,network,andstorage.
ENTRY-LEVELPERFORMANCEANDHW-ENHANCEDSECURITYTheIntelXeonBronzeprocessorsdeliversentryperformanceforsmallbusinessandbasicstorageservers.
Hardware-enhancedreliability,availability,andserviceabilityfeaturesdesignedtomeettheneedsoftheseentrysolutions.
IntelXeonBronzeProcessor(3200Series)IntelXeonSilverProcessor(4200Series)IntelXeonGoldProcessor(5200Series)IntelXeonGoldProcessor(6200Series)IntelXeonPlatinumProcessor(8200Series)IntelXeonPlatinumProcessor(9200Series)PERVASIVEPERFORMANCEANDSECURITYHighestCoreCountSupported8cores16cores24cores28cores28cores56coresHighestSupportedFrequency1.
9GHz3.
5GHz4.
0GHz4.
5GHz4.
0GHz3.
8GHzNumberofCPUSocketsSupportedUpto2Upto2Upto4Upto4Upto8Upto2IntelUltraPathInterconnect(UPI)222334IntelUPISpeed9.
6GT/s9.
6GT/s10.
4GT/s10.
4GT/s10.
4GT/s10.
4GT/sIntelAdvancedVectorExtensions512(AVX-512)1FMA1FMA1FMA2FMA2FMA2FMAHightestMemorySpeedSupport(DDR4)2133MT/s2400MT/s2666MT/s2933MT/s2933MT/s2933MT/sHighestMemoryCapacitySupportedPerSocket1TB1TB1TB,4.
5TB1TB,4.
5TB1TB,4.
5TB1.
5TB16GbDDR4DIMMSupportIntelDeepLearningBoost(IntelDLBoost)withVectorNeuralNetworkInstructions(VNNI)IntelOptanePersistentMemoryModuleSupportIntelOmni-PathArchitecture(DiscretePCIe*card)IntelQuickAssistTechnology(Integratedinchipset)IntelQuickAssistTechnology(DiscretePCIecard)IntelOptaneSSDsIntelDCSSDDataCenterFamily(3DNAND)PCIe3.
0(48lanes)IntelQuickDataTechnology(CBDMA)Non-TransparentBridge(NTB)IntelTurboBoostTechnology2.
0IntelHyper-ThreadingTechnology(IntelHTTechnology)NodeControllerSupportSupportedonselectprocessorsonly.
HIGHRELIABILITYReliability,Availability,andServiceability(RAS)CapabilityStandardStandardStandardAdvancedAdvancedAdvancedIntelRunSureTechnologyDeliveringEnhancedPerformanceandValueThenewest2ndgenIntelXeonScalableprocessorsdelivercontinuedinnovation,performance,andvaluetothedatacenterwithrefreshedproductdesignandproduction.
Thenewselectionofprocessorsofferspeakfrequenciesforhigh-performanceworkloads,enhancedperformanceformainstreamusages,andIncreasedvalueandcapabilityforsingle-socket,entry,edge,networking,andIoTservers—alldeliveredatsimilarorlowerpricing.
10ComparingallIntelXeonGold62XXRprocessorstoexistingIntelXeonGold62XXprocessors.
IntelXeonBronzeProcessor(3200Series)IntelXeonSilverProcessor(4200Series)IntelXeonGoldProcessor(5200Series)IntelXeonGoldProcessor(6200Series)IntelXeonPlatinumProcessor(8200Series)IntelXeonPlatinumProcessor(9200Series)AGILITY&EFFICIENCYIntelSpeedSelectTechnology(IntelSST)IntelInfrastructureManagementTechnologies(IntelIMT)IntelResourceDirectorTechnology(IntelRDT)IntelVolumeManagementDevice(IntelVMD)IntelVirtualizationTechnology(IntelVT)IntelSpeedShiftTechnologyIntelNodeManager4.
0Mode-BasedExecuteControlTimestampCounterScaling(TSC)forVirtualizationSupportedonselectprocessorsonly.
SECURITYIntelSecurityLibrariesforDataCenter(IntelISecL-DC)IntelAdvancedVectorExtensions512(IntelAVX-512)IntelKeyProtectionTechnology(KPT)withIntegratedIntelQATIntelPlatformTrustTechnology(PTT)IntelTrustedExecutionTechnology(IntelTXT)withOne-TouchActivation(OTA)112ndGenIntelXeonScalableProcessorsSKUNumberingProcessornumbersfortheIntelXeonScalableplatformuseanalphanumericschemebasedonperformance,features,processorgeneration,andanyoptions,followingthebrandanditsclass.
ProcessorLevel9=Platinum8=Platinum6=Gold5=Gold4=Silver3=BronzeProcessorGeneration2=2ndGen1=1stGenProcessorSKU##E.
G.
20,34,…ProcessorOptionsL=LargeDDRMemoryTierSupport(upto4.
5TB)N=Networking/NetworkFunctionVirtualizationR=RefreshS=SearchT=ThermalV=VMDensityValueY=IntelSpeedSelectTechnologyIntelXeonPlatinumprocessorαα##28IntelXeonPlatinumprocessorαα##29IntelXeonGoldprocessorαα##26IntelXeonGoldprocessorαα##25IntelXeonSilverprocessorαα##24IntelXeonBronzeprocessorαα##2312ProcessorIdentifierCoreCountCache(MB)TDP(Watts)ProcessorBaseFrequency(GHz)MaxTurboFrequencyRate(GHz)MaxMemorySpeed(MT/s)MemoryCapacitiesPLATINUM928256774002.
63.
829333TBPLATINUM92424871.
53502.
33.
829333TBPLATINUM92223271.
52502.
33.
729333TBPLATINUM82802838.
52052.
74.
029331TB/4.
5TBPLATINUM82762838.
51652.
24.
029331TB/4.
5TBPLATINUM82702635.
752052.
74.
029331TBPLATINUM82682435.
752052.
93.
929331TBPLATINUM82602435.
751652.
43.
929331TB/4.
5TBPLATINUM8256416.
51053.
83.
929331TBPLATINUM825316221252.
23.
029331TBGOLD6258R2838.
52052.
74.
029331TBGOLD625612332053.
64.
529331TBGOLD62541824.
752003.
14.
029331TBGOLD62522435.
751502.
13.
729331TBGOLD6250835.
751853.
94.
529331TB/4.
5TBGOLD6248R2435.
752053.
04.
029331TBGOLD62482027.
51502.
54.
029331TBGOLD6246R1635.
752053.
44.
129331TBGOLD62461224.
751653.
34.
229331TBGOLD6244824.
751503.
64.
229331TBGOLD6242R2035.
752053.
14.
229331TBGOLD624216221502.
83.
929331TBGOLD6240R2435.
751652.
44.
029331TB/4.
5TBGOLD62401824.
751502.
63.
929331TB/4.
5TBGOLD6238R2838.
51652.
24.
029331TB/4.
5TBGOLD62382230.
251402.
13.
729331TB/4.
5TBGOLD6234824.
751303.
34.
029331TBGOLD6230R2635.
751502.
14.
029331TBGOLD62302027.
51252.
13.
029331TBGOLD6226R16221502.
93.
929331TBGOLD62261219.
251252.
93.
929331TBGOLD5222416.
51053.
83.
929331TBGOLD5220R2435.
751502.
24.
026671TBGOLD52201824.
751252.
23.
926671TBGOLD5218R2027.
51252.
14.
026671TBGOLD521816221252.
33.
926671TBGOLD52178111153.
03.
726671TBGOLD52151013.
75852.
53.
426671TB/4.
5TBSILVER42168111303.
23.
024001TBSILVER4215R8111303.
24.
024001TBSILVER4215811852.
53.
524001TBSILVER4214R1216.
51002.
43.
524001TBSILVER42141216.
5852.
23.
224001TBSILVER4210R1013.
751002.
43.
224001TBSILVER42101013.
75852.
23.
224001TBSILVER4208811852.
13.
224001TB2ndGenIntelXeonScalableProcessorSKUsForthemostup-to-dateinformation,pleasevisitintel.
com/xeonorark.
intel.
comAdditionallarge-memorySKUavailableon6250Lonly.
132ndGenIntelXeonScalableProcessorSKUs,continuedVMDENSITYVALUESPECIALIZEDSKUS6262V24331351.
93.
624001TB6222V2027.
51151.
83.
624001TBSKUSFEATURINGINTELSPEEDSELECTTECHNOLOGY8260Y2435.
751652.
43.
929331TB6240Y1824.
751502.
63.
929331TB4214Y1216.
5852.
23.
224001TBSeeintel.
com/products/processor_numberfordetails.
Processordetails,features,cost,andavailabilityaresubjecttochangewithoutnotice.
Pleasevisitintel.
com/xeonforthelatestproductinformation.
ProductNameSKU10Gb/1GbEthernetPortsCompressionEncryptionRSAIntelQuickAssistTechnologyIntelC621ChipsetLBG-1G0/4N/AN/AN/AIntelC622ChipsetLBG-22/4N/AN/AN/AIntelC624ChipsetLBG-44/4N/AN/AN/AIntelC625ChipsetLBG-E4/420Gb/s20Gb/s20KOps/sIntelC626ChipsetLBG-M4/440Gb/s40Gb/s40KOp/sIntelC627ChipsetLBG-T4/4100Gb/s100Gb/s100KOps/sIntelC628ChipsetLBG-L4/4100Gb/s100Gb/s100KOps/sProcessorIdentifierCoreCountCache(MB)TDP(Watts)ProcessorBaseFrequency(GHz)MaxTurboFrequencyRate(GHz)MaxMemorySpeed(MT/s)MemoryCapacitiesBRONZE3206R811851.
91.
921331TBBRONZE320468.
25851.
91.
921331TBNETWORKING/NFVSPECIALIZEDFEATURINGINTELSPEEDSELECTTECHNOLOGYSKUS6252N2435.
751502.
33.
629331TB6230N2027.
51252.
33.
929331TB5218N16221052.
33.
726671TBSEARCHAPPLICATIONVALUESPECIALIZEDSKU5220S1824.
751252.
73.
926671TBLONG-LIFECYCLEANDNEBS-THERMALFRIENDLYSKUS6238T2230.
251251.
93.
729331TB6230T2027.
51252.
13.
929331TB5220T1824.
751051.
93.
926671TB5218T16221052.
13.
826671TB4210T1013.
75952.
33.
224001TB4209T811702.
23.
224001TBSINGLE-SOCKETVALUESPECIALIZEDSKUS6212U2435.
751642.
43.
929331TB6210U2027.
51502.
53.
929331TB6209U2027.
51252.
13.
929331TB6208U16221502.
93.
929331TB14INTELSERVERSYSTEMS9200WKDATACENTERBLOCK(DCB)TECHNICALSPECIFICATIONSSUPPORTINGTHEINTELXEONPLATINUM9200PROCESSORFormFactor2Urackenclosure;upto4independentwarm-swapcomputemodulesCPUIntelXeonPlatinum9200Processorsupto56coresMemoryDDR4-2933MT/sDIMMS,24DIMMsperplatform@1DPCSupports8GBto128GBDIMMoptions,number,andcapacityconfigurableStorageUpto8xM.
2SSDsperDCB(2xpercomputemodulewith1Ucomputemodule;upto4xM.
2SSDsand4xhot-swapU.
2NVMeSSDswith2UComputeModules)M.
2andU.
2numberandcapacityconfigurableEthernetIntegrated1Gbase-TRJ45(twoportspercomputemodule),optionalshared1Gbase-TRJ45managementportchassiscardCoolingAvailablewithhighflowrateair-coolingorintegratedliquid-coolingoptionsI/O2x16Gen3PCIeslotsper1Ucomputemodule;4x16Gen3PCIeslotsper2Ucomputemoduleforhigh-speednetworkingsupportManageabilityDedicated,consolidatedManagementModuleSecurity&ServiceabilityTPM2.
0(optional);hot-swap/redundantfans,andPSUs;lightpathdiagnosticLEDsNotacomprehensivelistofallfeaturesandcapabilities.
Learnmoreatintel.
com/serverproducts2ndGenIntelXeonScalableProcessorSKUs,continuedInteltechnologies'featuresandbenefitsdependonsystemconfigurationandmayrequireenabledhardware,softwareorserviceactivation.
Performancevariesdependingonsystemconfiguration.
Noproductorcomponentcanbeabsolutelysecure.
Testsdocumentperformanceofcomponentsonaparticulartest,inspecificsystems.
Differencesinhardware,software,orconfigurationwillaffectactualperformance.
Formorecompleteinformationaboutperformanceandbenchmarkresults,visithttp://www.
intel.
com/benchmarks.
Performanceresultsarebasedontestingasofdatesshowninconfigurationandmaynotreflectallpubliclyavailablesecurityupdates.
Seeconfigurationdisclosurefordetails.
Noproductorcomponentcanbeabsolutelysecure.
SoftwareandworkloadsusedinperformancetestsmayhavebeenoptimizedforperformanceonlyonIntelmicroprocessors.
Performancetests,suchasSYSmarkandMobileMark,aremeasuredusingspecificcomputersystems,components,software,operationsandfunctions.
Anychangetoanyofthosefactorsmaycausetheresultstovary.
Youshouldconsultotherinformationandperformanceteststoassistyouinfullyevaluatingyourcontemplatedpurchases,includingtheperformanceofthatproductwhencombinedwithotherproducts.
Formorecompleteinformationvisitwww.
intel.
com/benchmarks.
PricingguidanceasofFebruary24,2020.
Inteldoesnotguaranteeanycostsorcostreduction.
Youshouldconsultotherinformationandperformanceteststoassistyouinyourpurchasedecision.
IntelAdvancedVectorExtensions(IntelAVX)*provideshigherthroughputtocertainprocessoroperations.
Duetovaryingprocessorpowercharacteristics,utilizingAVXinstructionsmaycausea)somepartstooperateatlessthantheratedfrequencyandb)somepartswithIntelTurboBoostTechnology2.
0tonotachieveanyormaximumturbofrequencies.
Performancevariesdependingonhardware,software,andsystemconfigurationandyoucanlearnmoreathttp://www.
intel.
com/go/turbo.
Intel'scompilersmayormaynotoptimizetothesamedegreefornon-IntelmicroprocessorsforoptimizationsthatarenotuniquetoIntelmicroprocessors.
TheseoptimizationsincludeSSE2,SSE3,andSSSE3instructionsetsandotheroptimizations.
Inteldoesnotguaranteetheavailability,functionality,oreffectivenessofanyoptimizationonmicroprocessorsnotmanufacturedbyIntel.
Microprocessor-dependentoptimizationsinthisproductareintendedforusewithIntelmicroprocessors.
CertainoptimizationsnotspecifictoIntelmicroarchitecturearereservedforIntelmicroprocessors.
PleaserefertotheapplicableproductUserandReferenceGuidesformoreinformationregardingthespecificinstructionsetscoveredbythisnotice.
CostreductionscenariosdescribedareintendedasexamplesofhowagivenIntel-basedproduct,inthespecifiedcircumstancesandconfigurations,mayaffectfuturecostsandprovidecostsavings.
Circumstanceswillvary.
Inteldoesnotguaranteeanycostsorcostreduction.
Inteldoesnotcontrolorauditthird-partybenchmarkdataorthewebsitesreferencedinthisdocument.
Youshouldvisitthereferencedwebsiteandconfirmwhetherreferenceddataareaccurate.
OptimizationNotice:Intel'scompilersmayormaynotoptimizetothesamedegreefornon-IntelmicroprocessorsforoptimizationsthatarenotuniquetoIntelmicroprocessors.
Theseoptimiza-tionsincludeSSE2,SSE3,andSSSE3instructionsetsandotheroptimizations.
Inteldoesnotguaranteetheavailability,functionality,oreffectivenessofanyoptimizationonmicroprocessorsnotmanufacturedbyIntel.
Microprocessor-dependentoptimizationsinthisproductareintendedforusewithIntelmicroprocessors.
CertainoptimizationsnotspecifictoIntelmicroarchitecturearereservedforIntelmicroprocessors.
PleaserefertotheapplicableproductUserandReferenceGuidesformoreinformationregardingthespecificinstructionsetscoveredbythisnotice.
12xAveragePerformanceImprovementcomparedwithIntelXeonPlatinum8180processor.
GeomeanofestSPECrate2017_int_base,estSPECrate2017_fp_base,StreamTriad,IntelDistribu-tionofLinpack,serversideJava.
Platinum92xxvsPlatinum8180:1-node,2xIntelXeonPlatinum9282cpuonWalkerPasswith768GB(24x32GB2933)totalmemory,ucode0x400000AonRHEL7.
6,3.
10.
0-957.
el7.
x86_65,IC19u1,AVX512,HTonall(offStream,Linpack),Turboonall(offStream,Linpack),result:estintthroughput=635,estfpthroughput=526,StreamTriad=407,Linpack=6411,serversidejava=332913,testbyIntelon2/16/2019.
vs.
1-node,2xIntelXeonPlatinum8180cpuonWolfPasswith384GB(12X32GB2666)totalmemory,ucode0x200004DonRHEL7.
6,3.
10.
0-957.
el7.
x86_65,IC19u1,AVX512,HTonall(offStream,Linpack),Turboonall(offStream,Linpack),result:estintthroughput=307,estfpthroughput=251,StreamTriad=204,Linpack=3238,serversidejava=165724,testbyIntelon1/29/2019.
2Upto30XAIperformancewithIntelDLBoostcomparedtoIntelXeonPlatinum8180processor(July2017).
TestedbyIntelasof2/26/2019.
Platform:Dragonrock2socketIntelXeonPlatinum9282(56corespersocket),HTON,turboON,TotalMemory768GB(24slots/32GB/2933MHz),BIOS:SE5C620.
86B.
0D.
01.
0241.
112020180249,Centos7Kernel3.
10.
0-957.
5.
1.
el7.
x86_64,DeepLearningFramework:IntelOptimizationforCaffeversion:https://github.
com/intel/caffed554cbf1,ICC2019.
2.
187,MKLDNNversion:v0.
17(commithash:830a10059a018cd-2634d94195140cf2d8790a75a),model:https://github.
com/intel/caffe/blob/master/models/intel_optimized_models/int8/resnet50_int8_full_conv.
prototxt,BS=64,NodatalayerDummyData:3x224x224,56instance/2socket,Datatype:INT8vsTestedbyIntelasofJuly11th2017:2SIntelXeonPlatinum8180CPU@2.
50GHz(28cores),HTdisabled,turbodisabled,scalinggovernorsetto"performance"viaintel_pstatedriver,384GBDDR4-2666ECCRAM.
CentOSLinuxrelease7.
3.
1611(Core),Linuxkernel3.
10.
0-514.
10.
2.
el7.
x86_64.
SSD:IntelSSDDCS3700Series(800GB,2.
5inSATA6Gb/s,25nm,MLC).
Performancemeasuredwith:Environmentvariables:KMP_AFFINITY='granularity=fine,compact',OMP_NUM_THREADS=56,CPUFreqsetwithcpupowerfrequency-set-d2.
5G-u3.
8G-gperformance.
Caffe:(http://github.
com/intel/caffe/),revisionf96b759f71b2281835f690af267158b82b150b5c.
Inferencemeasuredwith"caffetime--forward_only"command,trainingmeasuredwith"caffetime"command.
For"ConvNet"topologies,dummydatasetwasused.
Forothertopologies,datawasstoredonlocalstorageandcachedinmemorybeforetraining.
Topologyspecsfromhttps://github.
com/intel/caffe/tree/master/models/intel_optimized_models(ResNet-50),.
IntelC++compilerver.
17.
0.
220170213,IntelMKLsmalllibrariesversion2018.
0.
20170425.
Cafferunwith"numactl-l".
3Upto3.
50X5-YearRefreshPerformanceImprovementVMdensitycomparedtoIntelXeonE5-2600v2processor:1-node,2xE5-2697v2onCanonPasswith256GB(16slots/16GB/1600)totalmemory,ucode0x42conRHEL7.
6,3.
10.
0-957.
el7.
x86_65,1xIntel400GBSSDOSDrive,2xP45004TBPCIe,2*82599dualportEthernet,VirtualizationBenchmark,VMkernel4.
19,HTon,Turboon,score:VMdensity=74,testbyIntelon1/15/2019.
vs.
1-node,2x8280onWolfPasswith768GB(24slots/32GB/2666)totalmemory,ucode0x2000056onRHEL7.
6,3.
10.
0-957.
el7.
x86_65,1xIntel400GBSSDOSDrive,2xP45004TBPCIe,2*82599dualportEthernet,VirtualizationBenchmark,VMkernel4.
19,HTon,Turboon,score:VMdensity=21,testbyIntelon1/15/2019.
4Upto14XAIPerformanceImprovementwithIntelDLBoostcomparedtoIntelXeonPlatinum8180Processor(July2017).
TestedbyIntelasof2/20/2019.
2socketIntelXeonPlatinum8280Processor,28coresHTOnTurboONTotalMemory384GB(12slots/32GB/2933MHz),BIOS:SE5C620.
86B.
0D.
01.
0271.
120720180605(ucode:0x200004d),Ubuntu18.
04.
1LTS,kernel4.
15.
0-45-generic,SSD1xsdaINTELSSDSC2BA80SSD745.
2GB,nvme1n1INTELSSDPE2KX040T7SSD3.
7TB,DeepLearningFramework:IntelOptimizationforCaffeversion:1.
1.
3(commithash:7010334f159da247db3fe3a9d96a3116ca06b09a),ICCversion18.
0.
1,MKLDNNversion:v0.
17(commithash:830a10059a018cd2634d94195140cf2d8790a75a,model:https://github.
com/intel/caffe/blob/master/models/intel_optimized_models/int8/resnet50_int8_full_conv.
prototxt,BS=64,DummyData,4instance/2socket,Datatype:INT8vsTestedbyIntelasofJuly11th2017:2SIntelXeonPlatinum8180CPU@2.
50GHz(28cores),HTdisabled,turbodisabled,scalinggovernorsetto"performance"viaintel_pstatedriver,384GBDDR4-2666ECCRAM.
CentOSLinuxrelease7.
3.
1611(Core),Linuxkernel3.
10.
0-514.
10.
2.
el7.
x86_64.
SSD:IntelSSDDCS3700Series(800GB,2.
5inSATA6Gb/s,25nm,MLC).
Performancemeasuredwith:Environ-mentvariables:KMP_AFFINITY='granularity=fine,compact',OMP_NUM_THREADS=56,CPUFreqsetwithcpupowerfrequency-set-d2.
5G-u3.
8G-gperformance.
Caffe:(http://github.
com/intel/caffe/),revisionf96b759f71b2281835f690af267158b82b150b5c.
Inferencemeasuredwith"caffetime--forward_only"command,trainingmeasuredwith"caffetime"command.
For"ConvNet"topologies,dummydatasetwasused.
Forothertopologies,datawasstoredonlocalstorageandcachedinmemorybeforetraining.
Topologyspecsfromhttps://github.
com/intel/caffe/tree/master/models/intel_optimized_models(ResNet-50),.
IntelC++compilerver.
17.
0.
220170213,IntelMKLsmalllibrariesversion2018.
0.
20170425.
Cafferunwith"numactl-l"513xfasterrestarttime.
BaselineConfig(DRAM)AD2-2-2ConfigSystemLightningRidge(4S)LightningRidge(4S)CPUIntelXeon8280MIntelXeon8280LCPUspernode4-socket@28core/socket4-socket@28core/socketMemory6TB48x128GBDDR4@2666MT/s9TB24x256GBIntelOptanePMEM24x128GBDDR4@2666MT/sNetwork10GbEIntelX520NIC10GbEIntelX520NICStorage60xIntelSSDDCS4600SATA480GBTB90xIntelSSDDCS4600SATA480GBTBBIOSWW48'18WW48'18OSorVMversionSUSE15SUSE15WLVersionIntelITworkloadIntelITworkloadSAPHANA*databasesize3TB6TBSecuritymitigations6TBSUSE15DatecostsprojectedMarch1,2019March1,2019636%moreVMspernode&25%lowerestimatedcostperVMconfigurations.
Config1-DDR4(SimilarCost)Config2-IntelOptanepersistentmemory(SimilarCost)TestbyIntelIntelTestdate01/31/201901/31/2019PlatformConfidential–RefertoM.
StrassmaierifaneedtoknowexistsConfidential–RefertoM.
Strassmaierifaneedtoknowexists#Nodes11#Sockets22CPUCascadeLakeB08272LCascadeLakeB08272LCores/socket,Threads/socket26/5226/52HTONONTurboONONBKCversion–E.
g.
ww47WW42WW42IntelOptanepersistentmemoryFWversion52535253SystemDDRMemConfig:slots/cap/run-speed24slots/32GB/266612slots/16GB/2666SystemDCPMMConfig:slots/cap/run-speed8slots/128GB/2666TotalMemory/Node(DDR,DCPMM)768GB,0192GB,1TBStorage–boot1xSamsungPM963M.
2960GB1xSamsungPM963M.
2960GBStorage–applicationdrives7xSamsungPM963M.
2960GB,4xIntelSSDsS4600(1.
92TB)7xSamsungPM963M.
2960GB,4xIntelSSDsS4600(1.
92TB)NIC1xIntelX520SR2(10Gb)1xIntelX520SR2(10Gb)PCHLBGQS/PRQ–T–B2LBGQS/PRQ–T–B2OtherHW(Accelerator)OSWindowsServer2019RS5-17763WindowsServer2019RS5-17763KernelWorkload&versionOLTPCloudBenchmarkOLTPCloudBenchmarkCompilerLibrariesOtherSW(Frameworks,Topologies…)71.
OLTPWarehouseclaimofupto3.
7X:1-node,2xIntelXeonCPUE5-2697v2onCanoePasswith256GB(16slots/16GB/1866)totalmemory,ucode0x42donRHEL7.
6,3.
10.
0-957.
el7.
x86_65,2xIntelDCP3700PCI-ESSDforDATA,2xIntelDCP3700PCI-ESSDforREDO,HammerDB3.
1,HTon,Turboon,result:transactionsperminute=2242024,testbyIntelon2/1/2019.
vs.
1-node,2xIntelXeonPlatinum8280CPUonWolfPasswith384GB(12slots/32GB/2933)totalmemory,ucode0x4000013onRHEL7.
6,3.
10.
0-957.
el7.
x86_65,2xIntelSSDDCP4610forDATA,2xIntelSSDDCP4610forREDO,HammerDB3.
1,HTon,Turboon,result:transactionsperminute=8459206,testbyIntelon2/1/2019.
89BigBench*claimof2.
3X:1+4-node,2xIntelXeonprocessorE5-2697v2onS2600JFwith128GB(8slots/16GB/1866)totalmemory,ucode0x42donCentOS-7.
6.
1810,4.
20.
0-1.
el7.
x86_64,1x180GBSATA3SSD,3xSeagateST4000NM0033(4TB),1xIntelI350,TPCx-BBv1.
2(notforpublication)/3TB/2Streams,Mllib,OracleHot-Spot1.
8.
0_191,python-2.
7.
5,ApacheHadoop-2.
9.
2,ApacheSpark-2.
0.
2,Hive2.
2+CustomCommit,,HTon,Turboon,result:queriespermin=265,testbyIntelon1/24/2019.
1+4-node,2xIntelXeonGold6148processoronS2600WFwith768GB(384GBused)(12slots*/64GB/2400(384GBused))totalmemory,ucode0x400000AonCentOS-7.
6.
1810,4.
20.
0-1.
el7.
x86_64,IntelSSDDCS3710,6xSeagateST2000NX0253(2TB),1xIntelX722,TPCx-BBv1.
2(notforpublication)/3TB/2Streams,Mllib,OracleHot-Spot1.
8.
0_191,python-2.
7.
5,ApacheHadoop-2.
9.
2,ApacheSpark-2.
0.
2,Hive2.
2+CustomCommit,,HTon,Turboon,result:queriespermin=622,testbyIntelon1/12/2019.
9HiBenchclaimof4.
3X:1+4-node,2xIntelXeonprocessorE5-2697v2onS2600JFwith128GB(8slots/16GB/1866)totalmemory,ucode0x42donCentOS-7.
6.
1810,4.
20.
0-1.
el7.
x86_64,1x180GBSATA3SSD,3xSeagateST4000NM0033(4TB),1xIntelI350,HiBenchv7.
1/bigdata,Mllib,OpenJDK-1.
8.
0_191,python-2.
7.
5,ApacheHadoop-2.
9.
1,ApacheSpark-2.
2.
2,,HTon,Turboon,result:SparkKmeans=119.
5M,HadoopKmeans=49.
6M,SparkSort=121.
4M,HadoopSort=103M,SparkTerasort=107.
4M,HadoopTerasort=109M,testbyIntelon1/23/2019.
1+4-node,2xIntelXeonGold6248processoronS2600WFwith768GB(384GBused)(12slots*/64GB/2400(384GBused))totalmemory,ucode0x400000AonCentOS-7.
6.
1810,4.
20.
0-1.
el7.
x86_64,IntelSSDDCS3710,6xSeagateST2000NX0253(2TB),1xIntelX722,HiBenchv7.
1/bigdata,Mllib,OpenJDK-1.
8.
0_191,python-2.
7.
5,ApacheHadoop-2.
9.
1,ApacheSpark-2.
2.
2,,HTon,Turboon,result:SparkKmeans=1235.
8M,HadoopKmeans=92.
8M,SparkSort=518.
4M,HadoopSort=363.
5M,SparkTerasort=589.
3M,HadoopTerasort=457.
3M,testbyIntelon1/23/2019.
TypeDataSetSize(B)Overall*Duration(s)Overall*Duration(s)Throughput(B/s)Throughput(B/s)ThroughputSpeedupIntelXeonE5-2697v2IntelXeonGold6248IntelXeonE5-2697v2IntelXeonGold6248SparkKmeans240,981,849,4942015195119,593,9691,235,804,35610.
33SparkSort307,960,500,6942535594121,483,432518,452,0214.
27SparkTerasort600,000,000,00055861018107,411,385589,390,9625.
49SparkGeomean6.
23HadoopKmeans240,981,849,4944854259649,646,03492,828,1391.
87HadoopSort307,960,500,6942990847103,002,660363,589,7293.
53HadoopTerasort600,000,000,00055041312109,011,627457,317,0734.
20HadoopGeomean3.
03OverallGeomean4.
341710Upto1.
25to1.
58XNVFWorkloadPerformanceImprovementcomparingIntelXeonGold6230NprocessortoIntelXeonGold6130processor.
VPPIPSecurity:TestedbyIntelon1/17/20191-Node,2xIntelXeonGold6130ProcessoronNeonCityplatformwith12x16GBDDR42666MHz(384GBtotalmemory),Storage:1xIntel240GBSSD,Network:6xIntelXXV710-DA2,Bios:PLYDCRB1.
86B.
0155.
R08.
1806130538,ucode:0x200004d(HT=ON,Turbo=OFF),OS:Ubuntu*18.
04withkernel:4.
15.
0-42-generic,Benchmark:VPPIPSecw/AESNI(AES-GCM-128)(MaxGbits/s(1420B)),Workloadversion:VPPv17.
10,Compiler:gcc7.
3.
0,Results:179.
TestedbyIntelon1/17/20191-Node,2xIntelXeonGold6230NProcessoronNeonCityplatformwith12x16GBDDR42999MHz(384GBtotalmemory),Storage:1xIntel240GBSSD,Network:6xIntelXXV710-DA2,Bios:PLYXCRB1.
PFT.
0569.
D08.
1901141837,ucode:0x4000019(HT=ON,Turbo=OFF),OS:Ubuntu*18.
04withkernel:4.
20.
0-042000rc6-generic,Benchmark:VPPIPSecw/AESNI(AES-GCM-128)(MaxGbits/s(1420B)),Workloadversion:VPPv17.
10,Compiler:gcc7.
3.
0,Results:225VPPFIB:TestedbyIntelon1/17/20191-Node,2xIntelXeonGold6130ProcessoronNeonCityplatformwith12x16GBDDR42666MHz(384GBtotalmemory),Storage:1xIntel240GBSSD,Network:6xIntelXXV710-DA2,Bios:PLYDCRB1.
86B.
0155.
R08.
1806130538,ucode:0x200004d(HT=ON,Turbo=OFF),OS:Ubuntu*18.
04withkernel:4.
15.
0-42-generic,Benchmark:VPPFIB(MaxMpackets/s(64B)),Workloadversion:VPPv17.
10inipv4fibconfiguration,Compiler:gcc7.
3.
0,Results:160.
TestedbyIntelon1/17/20191-Node,2xIntelXeonGold6230NProcessoronNeonCityplatformwith12x16GBDDR42999MHz(384GBtotalmemory),Storage:1xIntel240GBSSD,Network:6xIntelXXV710-DA2,Bios:PLYXCRB1.
PFT.
0569.
D08.
1901141837,ucode:0x4000019(HT=ON,Turbo=OFF),OS:Ubuntu*18.
04withkernel:4.
20.
0-042000rc6-generic,Benchmark:VPPFIB(MaxMpackets/s(64B)),Workloadversion:VPPv17.
10inipv4fibconfigura-tion,Compiler:gcc7.
3.
0,Results:212.
9VirtualFirewall:TestedbyIntelon10/26/20181-Node,2xIntelXeonGold6130ProcessoronNeonCityplatformwith12x16GBDDR42666MHz(384GBtotalmemory),Storage:1xIntel240GBSSD,Network:4xIntelX710-DA4,Bios:PLYDCRB1.
86B.
0155.
R08.
1806130538,ucode:0x200004d(HT=ON,Turbo=OFF),OS:Ubuntu*18.
04withkernel:4.
15.
0-42-generic,Bench-mark:VirtualFirewall(64BMpps),Workloadversion:opnfv6.
2.
0,Compiler:gcc7.
3.
0,Results:38.
9.
TestedbyIntelon2/04/20191-Node,2xIntelXeonGold6230NProcessoronNeonCityplatformwith12x16GBDDR42999MHz(384GBtotalmemory),Storage:1xIntel240GBSSD,Network:6xIntelXXV710-DA2,Bios:PLYXCRB1.
PFT.
0569.
D08.
1901141837,ucode:0x4000019(HT=ON,Turbo=OFF),OS:Ubuntu*18.
04withkernel:4.
20.
0-042000rc6-generic,Benchmark:VirtualFirewall(64BMpps),Workloadversion:opnfv6.
2.
0,Compiler:gcc7.
3.
0,Results:52.
3VirtualBroadbandNetworkGateway:TestedbyIntelon11/06/20181-Node,2xIntelXeonGold6130ProcessoronNeonCityplatformwith12x16GBDDR42666MHz(384GBtotalmemory),Storage:1xIntel240GBSSD,Network:6xIntelXXV710-DA2,Bios:PLYDCRB1.
86B.
0155.
R08.
1806130538,ucode:0x200004d(HT=ON,Turbo=OFF),OS:Ubuntu*18.
04withkernel:4.
15.
0-42-generic,Benchmark:VirtualBroadbandNetworkGateway(88BMpps),Workloadversion:DPDKv18.
08ip_pipelineapplication,Compiler:gcc7.
3.
0,Results:56.
5.
TestedbyIntelon1/2/20191-Node,2xIntelXeonGold6230NProcessoronNeonCityplatformwith12x16GBDDR42999MHz(384GBtotalmemory),Storage:1xIntel240GBSSD,Network:6xIntelXXV710-DA2,Bios:PLYXCRB1.
PFT.
0569.
D08.
1901141837,ucode:0x4000019(HT=ON,Turbo=OFF),OS:Ubuntu*18.
04withkernel:4.
20.
0-042000rc6-generic,Benchmark:VirtualBroadbandNetworkGateway(88BMpps),Workloadversion:DPDKv18.
08ip_pipelineapplication,Compiler:gcc7.
3.
0,Results:78.
7VCMTS:TestedbyIntelon1/22/20191-Node,2xIntelXeonGold6130ProcessoronSupermicro*-X11DPH-Tqplatformwith12x16GBDDR42666MHz(384GBtotalmemory),Storage:1xIntel240GBSSD,Network:4xIntelXXV710-DA2,Bios:AmericanMegatrendsInc.
*version:'2.
1',ucode:0x200004d(HT=ON,Turbo=OFF),OS:Ubuntu*18.
04withkernel:4.
20.
0-042000rc6-generic,Benchmark:VirtualConvergedCableAccessPlatform(iMIXGbps),Workloadversion:vcmts18.
10,Compiler:gcc7.
3.
0,Othersoftware:Kubernetes*1.
11,Docker*18.
06,DPDK18.
11,Results:54.
8.
TestedbyIntelon1/22/20191-Node,2xIntelXeonGold6230NProcessoronNeonCityplatformwith12x16GBDDR42999MHz(384GBtotalmemory),Storage:1xIntel240GBSSD,Network:6xIntelXXV710-DA2,Bios:PLYXCRB1.
PFT.
0569.
D08.
1901141837,ucode:0x4000019(HT=ON,Turbo=OFF),OS:Ubuntu*18.
04withkernel:4.
20.
0-042000rc6-generic,Benchmark:VirtualConvergedCableAccessPlatform(iMIXGbps),Workloadversion:vcmts18.
10,Compiler:gcc7.
3.
0,Othersoftware:Kubernetes*1.
11,Docker*18.
06,DPDK18.
11,Results:83.
7OVSDPDK:TestedbyIntelon1/21/20191-Node,2xIntelXeonGold6130ProcessoronNeonCityplatformwith12x16GBDDR42666MHz(384GBtotalmemory),Storage:1xIntel240GBSSD,Network:4xIntelXXV710-DA2,Bios:PLYXCRB1.
86B.
0568.
D10.
1901032132,ucode:0x200004d(HT=ON,Turbo=OFF),OS:Ubuntu*18.
04withkernel:4.
15.
0-42-generic,Benchmark:OpenVirtualSwitch(on4C/4P/8T64BMpacket/s),Workloadversion:OVS2.
10.
1,DPDK-17.
11.
4,Compiler:gcc7.
3.
0,Othersoftware:QEMU-2.
12.
1,VPPv18.
10,Results:9.
6.
TestedbyIntelon1/18/20191-Node,2xIntelXeonGold6230NProcessoronNeonCityplatformwith12x16GBDDR42999MHz(384GBtotalmemory),Storage:1xIntel240GBSSD,Network:6xIntelXXV710-DA2,Bios:PLYXCRB1.
86B.
0568.
D10.
1901032132,ucode:0x4000019(HT=ON,Turbo=OFF),OS:Ubuntu*18.
04withkernel:4.
20.
0-042000rc6-generic,Benchmark:OpenVirtualSwitch(on6P/6C/12T64BMpacket/s),Workloadversion:OVS2.
10.
1,DPDK-17.
11.
4,Compiler:gcc7.
3.
0,Othersoftware:QEMU-2.
12.
1,VPPv18.
10,Results:15.
2.
TestedbyIntelon1/18/20191-Node,2xIntelXeonGold6230NProcessorwithSST-BFenabledonNeonCityplatformwith12x16GBDDR42999MHz(384GBtotalmemory),Storage:1xIntel240GBSSD,Network:6xIntelXXV710-DA2,Bios:PLYXCRB1.
86B.
0568.
D10.
1901032132,ucode:0x4000019(HT=ON,Turbo=ON(SST-BF)),OS:Ubuntu*18.
04withkernel:4.
20.
0-042000rc6-generic,Benchmark:OpenVirtualSwitch(on6P/6C/12T64BMpacket/s),Workloadversion:OVS2.
10.
1,DPDK-17.
11.
4,Compiler:gcc7.
3.
0,Othersoftware:QEMU-2.
12.
1,VPPv18.
10,Results:16.
911Upto1.
7xbetterfloatingpointperf/coreusingonecopySPECrate2017_fp_base*2socketIntel8280vs2socketAMDEPYC7601.
Xeon-SP8280,IntelXeon-basedReferencePlatformwith2IntelXeon8280processors(2.
7GHz,28core),BIOSverSE5C620.
86B.
0D.
01.
0348.
011820191451,01/18/2019,microcode:0x5000017,HTOFF,TurboON,12x32GBDDR4-2933,1SSD,RedHatEL7.
6(3.
10.
0-957.
1.
3.
el7.
x86_64),1-copySPECrate2017_fp_ratebasebenchmarkcompiledwithIntelCompiler19.
0.
1.
144,-xCORE-AVX512-ipo-O,executedon1coreusingtasksetandnumactloncore0.
Estimatedscore=9.
6,asof2/6/2019testedbyIntelwithsecuritymitigationsforvariants1,2,3,3a,andL1TF.
AMDEPYC7601,SupermicroAS-2023US-TR4with2SAMDEPYC7601with2AMDEPYC7601(2.
2GHz,32core)processors,BIOSver1.
1c,10/4/2018,SMTOFF,TurboON,16x32GBDDR4-2666,1SSD,RedHatEL7.
6(3.
10.
0-957.
5.
1.
el7.
x86_64),1-copySPECrate2017_fp_ratebasebenchmarkcompiledwithAOCCver1.
0-Ofast,-march=znver1,executedon1coreusingtasksetandnumactloncore0.
Estimatedscore=5.
56,asof2/8/2019testedbyIntel.
Platinum8280vsPlatinum8180:1-node,2xIntelXeonPlatinum8280McpuonWolfPasswith384GB(12X32GB2933)totalmemory,ucode0x400000AonRHEL7.
6,3.
10.
0-957.
el7.
x86_65,IC19u1,AVX512,HTonall(offStream,Linpack),Turboonall(offStream,Linpack),result:estintthroughput=317,estfpthroughput=264,StreamTriad=217,Linpack=3462,serversidejava=177561,AIXPRTOpenVino/RN50=2324,testbyIntelon1/30/2019.
vs.
1-node,2xIntelXeonPlatinum8180cpuonWolfPasswith384GB(12X32GB2666)totalmemory,ucode0x200004DonRHEL7.
6,3.
10.
0-957.
el7.
x86_65,IC19u1,AVX512,HTonall(offStream,Linpack),Turboonall(offStream,Linpack),result:estintthroughput=307,estfpthroughput=251,StreamTriad=204,Linpack=3238,serversidejava=165724,AIXPRTOpenVino/RN50=1170,testbyIntelon1/29/2019.
2020IntelCorporation.
Intel,theIntellogo,andotherIntelmarksaretrademarksofIntelCorporationoritssubsidiariesintheU.
S.
and/orothercountries.
*Othernamesandbrandsmaybeclaimedasthepropertyofothers.
PrintedinUSA0220/EK/8BG/PDFPleaseRecycle336198-002