NetApp FAS8000系列存儲介紹

1、FAS8000 系列存儲介紹Topics Covered In Order2FAS8000 IntroductionOverview of architecture, positioning, and performanceFAS8000 LimitsCover various platform limits and competitive landscapeFAS8000 Deep DiveDetails on ports, slots, and field replaceable partsFAS8000 SoftwareEnvironmentalsSP, SLDIAG, power co

2、nsumption, cooling, dimensions, and weightDetailed I/O InformationcDOT cluster interconnects, UTA2 management, UTA2 and 10GbE Base-T adapters, supported SFP+ and cablesTroubleshootingIntroducing The FAS8000Next Generation Enterprise SystemSandy Bridge chipsetPCIe Gen 3 architectureNVRAM9 with persis

3、tent write cacheEmbedded NVRAM9, no slot impactMore memory, uses DDR3 technologyOnboard ports include:10GbE and 16Gb FC / 10GbE Unified Target Adapters (UTA2)6Gb SAS and GbE management interfaceV-Series becomes software optionFlexArray Virtualization Software3Introducing FAS8000Three New ModelsFAS80

4、20 replaces FAS3220FAS8040 replaces FAS3250FAS8060 replaces FAS6220No IOXM optionSingle chassis configurationsStandalone with controller / blankHA with two controllersDual chassis configurationsDual-chassis HA requires MetroClusterShips on Data ONTAP 8.2.1 RC24Introducing the FAS8020HA PairsNew arch

5、itecture delivers 2.3x more performance 12 CPU cores: 50% more cores48GB of memory: 2x more memory8GB of NVRAM: 2.5x increaseCan help with large sequential writesIncreased flash support minimizes latency6TB of VST flash support: 3.75x increaseNew IO layout delivers greater flexibility4 10GbE ports 4

6、 UTA2 ports (10GbE / 16Gb FC)4 GbE and 4 6Gb SAS ports4 PCIe Gen 3 slotsWhats New Compared to FAS/V3220FAS80205Introducing the FAS8040HA PairsNew architecture delivers 1.9x more performance 64GB of memory: 60% increase16GB of NVRAM: 4x increaseCan help with large sequential writesIncreased flash sup

7、port minimizes latency12TB of VST flash support: 3x increaseNew IO layout delivers greater flexibility8 10GbE ports8 UTA2 ports (10GbE / 16Gb FC)8 GbE and 8 6Gb SAS ports8 PCIe Gen 3 slotsFAS80406Whats New Compared to FAS/V3250Introducing the FAS8060New architecture delivers 1.7x more performance 32

8、 CPU cores: 2x increase128GB of memory: 30% increase16GB of NVRAM: 2x increaseCan help with large sequential writesIncreased flash support minimizes latency18TB of VST flash support: 50% increaseNew IO layout delivers greater flexibility8 10GbE ports8 UTA2 ports (10GbE / 16Gb FC)8 GbE and 8 6Gb SAS

9、ports8 PCIe Gen 3 slotsFAS80607Whats New Compared to FAS/V6220FAS8060A Core UtilizationNetApp Multicore Performance Evolution8ONTAP7.27.38.08.18.0.18.2First step to 4 coresCreated portion of WAFL to run in parallel modeSupport for 4+ coresMore WAFL work in parallel modeSupport for 8 coresMore WAFL w

10、ork out of serial modeFAS6280 12-core Scaling improvementBento architecture for better core scalingUniform core utilization for all domainsMore WAFL parallelization tuningUnified Scheduler improvementsFAS8060A uses all 32 cores at launch Preliminary FAS8000 NFS PerformanceTwo-Node HA Pair9FAS8020 ov

11、er 2x higher throughput vs. FAS/V3220FAS8040 has 2x higher throughput vs. FAS/V3250FAS8060 over 70% higher throughput vs. FAS/V6220Preliminary FAS8000 NFS PerformanceScale-Out Limits10FAS8020 over 7x higher throughput vs. FAS/V3220FAS8040 has 6x higher throughput vs. FAS/V3250FAS8060 has 1.7x higher

12、 throughput vs. FAS/V6220Preliminary FAS8000 OLTP PerformanceTwo-Node HA Pair11FAS8020 has 3x higher throughput vs. FAS/V3220FAS8040 has 2x higher throughput vs. FAS/V3250FAS8060 over 60% higher throughput vs. FAS/V6220Preliminary FAS8000 OLTP PerformanceScale-Out Limits12FAS8020 over 3x higher thro

13、ughput vs. FAS/V3220FAS8040 over 2x higher throughput vs. FAS/V3250FAS8060 over 60% higher throughput vs. FAS/V622013FAS8000 Systems at a GlanceHA System Configurations1. NVMEM takes up part of physical memoryFAS3220FAS8020FAS3250FAS8040FAS6220FAS8060HA configurationsA or AEAAE onlyAAACPU cores81216

14、1632Physical memory24GB48GB40GB64GB96GB128GBNVMEM1/NVRAM3.2GB18GB4GB116GB8GB16GBMax drive count4807201,200Max capacity1920TB2880TB4800TBOnboard GbE44848Onboard 10GbE04808168816Onboard FC/speed4 x 4Gb04 16Gb4 x 4Gb08 x 16Gb816 x 8Gb08 x 16GbOnboard 6Gb SAS4480 or 88PCIe slots4 or 12412888Data ONTAP s

15、upport8.1.2+8.2.1 RC2 +8.1.2+8.2.1 RC2 +8.0.5+8.1.2+8.2+8.2.1 RC2 +14FAS3220AE uses 4 slots reaching port equivalency with FAS8020A8 slots open on FAS3220AE after port parity vs. 4 open slots on FAS8020AUse FAS8040 if higher slot density is required versus FAS8020FAS8020 and FAS3220 Port Equivalency

16、Embedded Ports: HA PairFAS3220AEOnboard PortsFAS8020AOnboard PortsFAS3220AESlot ImpactGbE44None10GbE042 used4Gb FC441None16Gb UTA20422 usedSAS44NoneFAS3220AE slot impact4 out of 12 slots used1. FAS8000 onboard 16Gb/10GbE UTA2 ports autorange to 4Gb speed2. Two UTA2 ports can be configured as either

17、16Gb FC or 10GbE15FAS8040 and FAS3250 Port EquivalencyEmbedded Ports: HA PairFAS3250AE cannot reach port equivalency with FAS8040AAll 8 FAS8040A slots still are open for Flash Cache and scalingFAS8040A offers significant I/O enhancements over FAS3250AEFAS3250AEOnboard PortsFAS8040AOnboard PortsFAS32

18、50AESlot ImpactGbE482 used10GbE084 used4Gb FC4812 used16Gb UTA20824 usedSAS482 usedFAS3250AE slot impact12 slots available14 slots needed1. FAS8000 onboard 16Gb/10GbE UTA2 ports autorange to 4Gb speed2. Two UTA2 ports can be configured as either 16Gb FC or 10GbE16FAS8060 and FAS6220 Port Equivalency

19、Embedded Ports: HA PairFAS6220A uses 6 slots reaching port equivalency with FAS8060AAll 8 slots available on FAS8060A after FAS6220A reaches equivalencyUTA2 ports on FAS8060A offers configuration flexibility over FAS6220AFAS6220AOnboard PortsFAS8060AOnboard PortsFAS6220ASlot ImpactGbE482 used10GbE88

20、None8Gb FC881None16Gb UTA20824 usedSAS838NoneFAS6220A slot impact6 out of 8 slots used1. FAS8000 onboard 16Gb/10GbE UTA2 ports autorange to 8Gb speed2. Two UTA2 ports can be configured as either 16Gb FC or 10GbE3. For ease of comparison FAS6220 selected with SAS board in vertical slot 1FAS8000 Clust

21、ered Data ONTAP Node Limits17Notes:Maximum number of nodes within a mixed cluster is determined by platform that supports the fewest number of nodesSee Clustered Data ONTAP Platform Mixing Rules Tech FAQ for more details on platform mixing rulesFAS22x0 can only be in mixed cluster with 10GbE mezzani

22、ne card limiting protocol options to NAS and iSCSIHeterogeneous (Mixed) Clusters1, 2NASMax ClusterNodesSANMax ClusterNodesFAS8020, FAS8040, FAS8060FAS/V6220, FAS/V6240/50, FAS/V6280/90248FAS8020, FAS8040, FAS8060FAS/V3220, FAS/V3250, FAS/V3270, FAS621088FAS8020FAS/V3210, FAS/V324044FAS8020FAS22x0344

23、Homogeneous ClustersNASMax ClusterNodesSANMax ClusterNodesFAS8020, FAS8040, FAS8060248FAS8000 Flash LimitsData ONTAP 8.2.118PlatformFlash Cacheper ControllerFlash Cacheper HA PairFlash Pool StandaloneHACombinedStandaloneHAMaximumSSDsFAS32200.5TB1TB1.6TB1.6TB240FAS80201.5TB3TB6TB6TBFAS32501TB2TB4TB4T

24、BFAS80402TB4TB12TB12TBFAS62203TB6TB12TB12TBFAS80604TB8TB18TB18TBAggregate and Volume SizesData ONTAP 8.2.119FAS3220FAS8020FAS3250FAS8040FAS6220FAS8060Maximum number of volumes: 7-Mode 500Maximum number of volumes: clustered Data ONTAP 1,000Maximum aggregate size180TB150TB240TB180TB324TB324TBMaximum

25、volume size160TB70TB70TB100TB70TB100TB1. Preliminary at time of postingConcurrent Stream DetailsData ONTAP 8.2.1 7-Mode Limits20With NearStore License1Volume SnapMirrorSource/DestinationSynchronous SnapMirrorSource/DestinationQSMSource/DestinationSnapVaultSource/DestinationFAS/V3220FAS/V325050/10016

26、/16320/320320/320FAS6220FAS8020FAS8040FAS8060150/30032/32512/512512/5121. NearStore license enabled by defaultFor information about using SnapMirror with clustered Data ONTAP, refer to SnapMirror clustered Data ONTAP 8.2 presentation on the Field PortalSupported Back-End StorageData ONTAP 8.2.121She

27、lf ModuleDS2246IOM6DS4243IOM3DS4246IOM6DS4486IOM6DS14mk4 1ESH4DS14mk2-ATAT-FCX1. Data ONTAP 8.2.x supports 15K FC disks that are 144GB in size and larger, 10K FC disks that are 300GB in size and larger, and SATA disks that are 500GB and larger. FC disks 72GB and smaller are not supported in Data ONT

28、AP 8.2.x.UTA2 ports are not supported with DS14-based shelves223USingle 3U chassis HA configurationFAS8020 HA ConfigurationTaking a Closer Look231.5UFAS8020 Controller Close-UpTaking a Closer LookFAS8020 controller close-up242 x SAS ports2 x 10GbE ports2 x Unified Target Adapter (UTA2) ports10GbE Et

29、hernet16Gb/s FC2 x GbE portsPCIe Cards Slots 1 and 2SAS10GbEUTA2GbEManagementUSBConsole1 x GbE management port1 x private management port1 x USB port (disabled)1 x console port2 x PCIe Gen 3 adapter slotsNVRAM and Attention LEDsFAS8020 Controller I/OTaking a Closer Look25Port and Slot LabelsFAS8020

30、Port and Slot LabelsTaking a Closer Look26System DIMMsBoot Media DeviceNVRAM9 4cell BatteryCoin Cell BatteryNVRAM9 DIMMFRU MapPCIe Gen 3 Slots(lengths: 1 x full, 1 x )FAS8020 FRU Access and MapFAS8020 Memory LayoutTaking a Closer Look27DIMM Slot 18GB DIMMDIMM Slot 28GB DIMMDIMM Slot 4EmptyDIMM Slot

31、38GB DIMM286USingle 6U chassis HA configurationFAS8040/FAS8060 HA ConfigurationTaking a Closer Look293UFAS8040/FAS8060 Controller Close-UpTaking a Closer Look30FAS8040/FAS8060 I/O Ports Close-UpTaking a Closer LookSAS10GbEGbEManagementUSB (disabled)UTA2ConsoleNV and Attention LEDsFAS8040/FAS8060 Con

32、troller I/O314 x SAS ports4 x 10GbE ports4 x UTA2 ports16Gb FC or 10GbE Ethernet4 x GbE port1 x management port1 x private management port1 x USB port (disabled)1 x console port4 x PCIe Gen 3 adapter slotsSAS10GbEGbEMgmtConsoleUTA2PCIe Cards Slots 1 and 2NVRAM and Attention LEDsPCIe Cards Slots 3 an

33、d 4USB (disabled)32FAS8040/FAS8060 Port LabelsTaking a Closer LookPort Labels33FAS8040/FAS8060 FRU MapTaking a Closer Look34FAS8040/FAS8060 FRU Access (1 of 3) Taking a Closer LookInternal FRUs8GB DDR3 system DIMMsNVRAM9 4cell battery1x 8GB boot media deviceCoin cell batterySystem DIMMsBoot Media De

34、viceNVRAM9 4cell BatteryCoin Cell Battery35FAS8040/FAS8060 FRU Access (2 of 3)Taking a Closer LookInternal FRUs8GB DDR3 system DIMMs2x PCIe cards1 x full-length1 x length2x PCIe CardsSystem DIMMs36FAS8040/FAS8060 FRU Access (3 of 3)Taking a Closer LookInternal FRUs8GB DDR3 system and NVRAM9 DIMMs2x

35、PCIe cards1x full-length1x 9.5 inchSystem DIMMs2x PCIe CardsNVRAM9 DIMMFAS8040/FAS8060 Memory Layout37DIMM Slot 1DIMM Slot 2DIMM Slot 4DIMM Slot 3DIMM Slot 8DIMM Slot 7DIMM Slot 5DIMM Slot 6FAS8040: Slots 1, 2, 3, and 4 each have 8GB DIMMSlots 5, 6, 7, and 8 are emptyFAS8060: All 8 slots have 8GB DI

36、MMFAS8000 Hot-Pluggable FRUsDenoted by terracotta cam lever or thumbscrewFansTwo-minute shutdown rule if you remove a fan FRUControllersDo not turn off PSUs to remove a controller in dual-controller chassisPSUsOne PSU can run entire systemNo two-minute shutdown rule if one PSU removed38FAS8000 Softw

37、areOS Pricing OverviewUpdate to value pricing model:Introduced in 1H 2014Used for all future enterprise products FAS, E-Series, and FlashRaySeparate software and storage hardware line itemsImproves clarity of what customers are paying forShows 2 line items instead of 1 in a quoteVaries based on the

38、amount and type of storageAligns list pricing with industry practicesIncludes one other minor change for Data ONTAP systemsCharge for first Data ONTAP protocol39SupportValue-Added SWTodayControllerDisk +OSValue-Added SWSupportFutureControllerDiskOS40FAS8000 SoftwareFlexArray Virtualization SoftwareV

39、irtual storage controller (VSC) feature within Data ONTAPV-Series becomes licensed based feature on FAS8000Replaces separate V-Series lineCan be activated at any timeEnables FAS8000 to manage NetApp and third-party storage Supports core NetApp and third-party storage offeringsE-Series: E-5400 and E-

40、5500EMC: CX4, DMX4, VNX, VMAX 10K, 20K, 40KHDS: AMS 2x00, HUS 100, 130, 150, USP-V, VSPCompetitive advantage for NetAppOnly offering that can be an integrated array and VSCOnly VSC that natively support SAN and NASGet started with System SetupGUI based set up is faster and you dont need to be a stor

41、age expertDefaults remove guesswork and provide NetApp best practices for optimal performanceCreates two node switchless or up to four node switched clusterAvailable for FAS8020, FAS8040 and FAS8060Configure and administer with System ManagerWizards guide you through configuration and ongoing admini

42、strationGraphic interface to clustered Data ONTAP featuresDevice management for smaller environmentsComes free with your NetApp storageFAS8000 Setup and Management41FAS8000 SoftwareSoftware and Firmware LevelsData ONTAP 8.2.1 RC2X86_64Service processor firmware level v3.0BIOS level 9.042Service Proc

43、essor (SP)Enhances Manageability and RASMSP available through Ethernet or serial consoleShares management wrench port with e0M for EthernetToggle from serial console into SP with Ctrl-GToggle back to serial console with Ctrl-DActively manages some hardwareFansFRU trackingAdvanced sensor managementSP

44、 used to create cores, no NMI button presentSP also used on FAS2200, FAS3200, and FAS6200Examples using SP in backup slides43System-Level DiagnosticsSLDIAGSLDIAG replaces SYSDIAG Both perform system-level diagnosticsMajor differences in SLDIAG are:SLDIAG runs from maintenance modeSYSDIAG booted with

45、 a separate binarySLDIAG has a CLI interface SYSDIAG used menu tablesSLDIAG also used on FAS2200 and FAS/V3200And on new platforms going forwardReview the SLDIAG TOI if you do diagnostics44FAS8020 Cooling Architecture3 fan FRUs per chassis, each with 2 blowersFans cool both controllersFan speed regu

46、lated by service processorProcessors have the ability to force higher fan speed to provide adequate cooling if SP is offlineFailsafe architectureSeparate paths from controller to each fan FRU45FAS8040/FAS8060 Cooling Architecture6 fan FRUs per chassis, each with 2 blowers3 fans cool each controller

47、bayFan speed regulated by service processorProcessors can force higher fan if SP is offlineFailsafe architectureSeparate paths from controller to each fan FRU46FAS8000 Power Supply PolicyFAS8020, FAS8020A, FAS8040, FAS8040A, and FAS8060 can run on 110V or 220VFAS8060A requires 220VSingle-enclosure H

48、A draws too much power for 110VIf controller in lower slot and PSU connected to 110VTop controller powers up, bottom controller will not power upHot-added FAS8060 in bottom bay will not power upPSUs cool themselvesDo not contribute to controller coolingSystem will run indefinitely on 1 PSUNo 2-minut

49、e shutdown rule for removed PSU47FAS8000 Power Requirements48StandaloneHA PairFAS8020110V or 220VFAS8040FAS8060110V or 220V220VFAS8000 Power and Thermals100V49100V Typical100V Worst CaseWattsBTUsWattsBTUsFAS8020: standalone2388123051,041FAS8020A: HA3651,2464381,495FAS8040: standalone256874284969FAS8

50、040: HA4471,5265601,911FAS8060: standalone3211,0963491,191FAS8060: HATypical = Both power supplies operatingWorst case = Only one power supply operating, fans highest RPMFAS8000 Power and Thermals200V50200V Typical200V Worst CaseWattsBTUsWattsBTUsFAS8020: standalone2368052951,007FAS8020A: HA3531,205

51、4251,450FAS8040: standalone255870277945FAS8040: HA4381,4955401,843FAS8060: standalone3181,0853431,171FAS8060: HA5952,0316922,362Typical = Both power supplies operatingWorst case = Only one power supply operating, fans highest RPMFAS8020 Weight/Dimensions51DimensionsMetricEnglishHeight3UWidth44.7 cm1

52、7.6”Depth of chassis61 cm24”Cable management 6.3 cm2.5”Weight (no adapters included)MetricEnglishFAS8020 standalone30.39 kg67 lbs.FAS8020A: HA pair35.37 kg78 lbs.FAS8040/FAS8060 Weight/Dimensions52DimensionsMetricEnglishHeight6UWidth44.7 cm17.6Depth of chassis61.7 cm24.3Cable management 11.6 cm4.6We

53、ight (no adapters included)MetricEnglishFAS8040 standalone45.8 kg101.0 lbs.FAS8040A: HA pair54.2 kg119.4 lbs.FAS8060 standalone46.3 kg102.0 lbs.FAS8060A: HA pair55.1 kg121.4 lbs.FAS8000 Clustered Data ONTAPCluster InterconnectsFAS8020Use onboard 10GbE ports e0a and e0b for cluster interconnectFAS804

54、0 and FAS8060Use onboard 10GbE e0a and e0c for cluster interconnectRecommended to use all four onboard 10GbE ports for switched cluster interconnectSee next slide for more detailsUse e0M for management network53FAS8040/FAS8060 Clustered Data ONTAPCluster InterconnectsPerformance increase in Data ONT

55、AP 8.2.1Large sequential remote readsTwo cluster interconnects can limit performanceAlso applies to FAS6280 and FAS6290Recommendation use 4 cluster interconnectsProvides future-ready deploymentsUse all onboard 10GbE ports for switched clusterUse two onboard 10GbE ports for TNSCDefault increases from

56、 2 to 4 cluster interconnects in future ONTAP releasesRemember to order additional cables for 4 cluster interconnects54Unified Target Adapter 2 (UTA2) PortsOverviewUTA2 ports onboard FAS8000 and adapter X1143A-R6FAS8000, FAS/V3200, and FAS/V6200 support X1143A-R6Field-configurable as 16Gb FC or 10Gb

57、EPorts autorange between 4/8/16 Gb with FC10GbE personality does not autorange lowerSupports FC, iSCSI, FCoE, and NAS protocolsData network only, cannot be used for cluster interconnect10GbE UTA2 ports offers improved I/O managementiSCSI data center bridging (DCB) allows for prioritization of iSCSI

58、storage trafficIndividual bandwidth guarantees available for FCoE, iSCSI, and all other IP traffic55Two steps needed to set port personality in the field:Pick from FC SFP+, 10GbE SFP+, or twinax EthernetSet port mode command is ucadmin (7-Mode and cDOT)Both ports must be set the same: 16GB FC or 10G

59、bEFAS8020 e0c/0c & e0d/0d are port pairsFAS8040/60 e0e/0e & e0f/0f and e0g/0g & e0h/0h are port pairsManufacturing sets ports based on Quote Tool orderGuided process to select configuration for each UTA2 portCorrect SFP+ type or twinax cable also included based on orderAdapters ordered as add-on shi

60、ps as FC target and without SFP+56UTA2 Ports (continued)ConfigurationUTA2 ports are not supported with DS14-based shelves or FC tapeUTA2 Ports (continued)Configuration Tips57fas8020-1 ucadminThe following commands are available; for more informationtype ucadmin help help modify showfas8020-1 ucadmin