Transcription
Storage requirementsin a virtualized worldHP Converged Storage:Architecture for the next decade 2010 Hewlett-Packard Development Company, L.P.The information contained herein is subject to change without noticeMarkus KuhnConsultant
There is a difference What you CAN do and what you SHOULD do .
Application Workload Determines What to PositionNon-HPCHPCMultiple File Reads/WritesLarge or Small FilesPerformance IndependentSingle File Reads/WritesLarge Files 1TBHigh Speed 5GB/sRed ZoneGreen ZoneMDS600P4000X9000HP Storage Typical ApplicationsHealth & Life Sciences Next generation sequencing (NGS), Genomics, BioinformaticsMedia & Entertainment Broadcast play-out & archive Animation/Render FarmsGovernment/Public Sector (Content Depots)Financial ServicesGeneral Purpose Data Center (NFS Replacement) Red ZoneLustre/DDNGreen Zone Typical ApplicationsComputer-Aided EngineeringMolecular ModelingHigh-Energy PhysicsGeneral Scientific Research inGov’t/Public Sector labs
The world is changing The next decade will be the “Era of unpredictability” for storageFlexible, scalable IT-environmentswith virtual & physical serverCapacity / & performance requirementswill drive the costsGrowing complexity which will occupymanagement-/ & capacity resourcesExplosive growthof energy, foot print & inefficiency30%15%4
The Converged icevirtualizationPower &CoolingstandardizingManagementSoftware5
The HP Storage StrategyThe era of siloed IT is endingConventional StorageConverged StorageConvergedSystems
Virtualization - Challenges
Which requirements a modern storage architecturehas to provide? It has to be .scalable.self optimizing.intelligent.simple to manage8
HP Storage Array FamilyStorageConsolidationArchitectureVirtual ITApplicationConsolidationUtility StorageP2000 MSAP4000 LeftHandP6000 EVA3PARDual ControllerScale-out ClusterDual ControllerMesh-Active ClusterMission CriticalConsolidationP9500Fully RedundantConnectivitySAS, iSCSI, FCiSCSIFC, iSCSI, FCoEiSCSI, FC, (FCoE planned)FC, FCoEPerformance30K random read IOPs ;1.5GB/s sequential reads35K random read IOPs2.6 GB/s sequential reads55K random read IOPS1.7 GB/s sequential reads 400K random read IOPs; 10 GB/s sequential reads 300K random read IOPS 10GB/s sequential readsApplicationSweet spotSMB , Enterprise ROBO,consolidation/ virtualizationServer attach, VideosurveillanceSMB, ROBO and Enterprise –Virtualized inc VDI , Microsoftapps, ITaaSBladeSystem SAN (P4800)Enterprise - Microsoft,Virtualized, OLTPEnterprise and ServiceProvider , ITaaS, Utilities,Cloud, VirtualizedEnvironments, OLTP, MixedWorkloadsLarge Enterprise - MissionCritical w/Extreme availability,Virtualized Environments,Multi-Site DRCapacity600GB – 192TB;6TB average7TB – 768TB;72TB average2TB – 480TB;36TB average5TB – 1600TB;120TB average10TB – 2000 TB;150TB averageKey featuresPrice / performanceController ChoiceReplicationServer AttachAll-inclusive SWMulti-Site DR includedVirtualizationVM IntegrationVirtual SAN ApplianceEase of use and SimplicityIntegration/CompatibilityMulti-Site FailoverMulti-tenancyEfficient Thin TechnologiesPerformanceAutonomic Tiering andManagementConstant Data AvailabilityHeterogeneous VirtualizationMulti-site Disaster RecoveryApplication QOS (APEX)Smart TiersOS supportWindows, vSphere, HP-UX,Linux, OVMS, Mac OS X,Solaris, Hyper-VvSphere. Windows, Linux, HPUX, MacOS X, AIX, Solaris,XenServerWindows, VMware, HP-UX,Linux, OVMS, Mac OS X,Solaris, AIXvSphere, Windows, Linux, HPUX, AIX, SolarisAll major OS’s includingMainframe and Nonstop
Scalability in each direction:andPerformanceCapacityHP EVAVirtual Disk ArrayHP 3PARFC Grid Array10
Storage n11Multi tenancy
Thin TechnologiesWhich requirements a native Thin Technology has to provide?TraditionalThinProvisioning ProvisioningThin Volume provisioning No prerequisites For all data services (like Snapshot or replication)Fat 2 Thin Volume conversion Autonomic inline conversion No Post ProcessingReclamation of allocated/unused capacities Autonomic Initiated via HyperVisor or applications(e.g. VMware/Microsoft/Oracle, Symantec)12
Dynamic Optimization - 1/2Wide striping for random I/Os13
Dynamic Optimization - 2/2Multi-Tier Volume14
Adaptive LUN OptimizationTier 0SSDTier 110/15k UpMTier 2Near Online 7.2k UpMDynamic data blocksSub-LUN LevelSATA & SSD
What are HP 3PAR Virtual Domains?Multi-Tenancy with Traditional Storage Admin AApp ADept ACustomer A Admin BApp BDept BCustomer B Admin CApp CDept CCustomer CMulti-Tenancy with 3PAR Domains Admin AApp ADept ACustomer A Admin BApp BDept BCustomer B Admin CApp CDept CCustomer CDomain ADomain BDomain CSeparate, Physically-SecuredStorageShared, Logically-secured 3PAR Storage
Converged Migration — HP 3PAR PeerMotionTraditional Block MigrationComplex, time-consuming, riskyHP 3PAR Peer Motion1st Non-Disruptive DIY Migration for Enterprise SANSWAppliance Block Migration ApproachesMIGRATE
FC Grid ArrayTraditionales Modulares StorageHP 3PARTraditionales Monolithic StorageDistributedControllerFunctions F-Class: bis zu 4 Controllern V-Class: bis zu 8 Controllern
Standardization: Converged InfrastructureStorage applications rocessing UnitStorageStandard Linux Operating System19
iSCSI SAN – P4000 ArchitecturHP P4000 CMCStorage-ClusterGigE TrunkClientNetworkClientsData Network1 GbE or 10 GbEApplicationServersNodesHP P4000 SAN
Key functionalities of LefthandMulti-site Synch ReplicationSite 1Site 2HP P4000 SAN1Storage Clustering2Network RAIDHauptRemoteUnusedCapacity50 GB genutzt3200 GB VolumeThin Provisioning4Snapshots5Remote Copy
iSCSI NetworkP4000 Architectur
Network RAIDAAFABCBCDEDEFABBCCDDEP1FE
P4800 – Blade StorageClustered Storage15USite AStart small Site B grow And be available24
Integrated ManagementHP InsightSoftwareServerPower &CoolingNetworkOne single pane of glas for theHP Converged Infrastructuremanagement applicationStorage25
Management Plug-In for VMware vCenter
OS support Windows, vSphere, HP -UX, Linux, OVMS, Mac OS X, Solaris, Hyper-V vSphere. Windows, Linux, HP UX, MacOS X, AIX, Solaris, XenServer Windows, VMware, HP-UX, . HP 3PAR Peer Motion MIGRATE 1st Non-Disruptive DIY Migration for Enterprise SAN SW Appliance Block Migration Approaches .
