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NetApp News FAS6200 & Flash Pierre Winiger Technical Partner Manager

NetApp News FAS6200 & Flash Pierre Winiger Technical Partner Manager. Industry’s Best Storage Platform for Agile Data Infrastructure. Truly unified Most efficient Extremely flexible. FAS/ V6290. FAS/ V6250. FAS/ V6220. FAS/ V3250. 5,760 TB 1,440 Drives 16 TB Flash Cache.

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NetApp News FAS6200 & Flash Pierre Winiger Technical Partner Manager

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  1. NetApp News FAS6200& Flash Pierre Winiger Technical Partner Manager

  2. Industry’s Best Storage Platform for Agile Data Infrastructure • Truly unified • Most efficient • Extremely flexible FAS/V6290 FAS/V6250 FAS/V6220 FAS/V3250 5,760TB 1,440 Drives 16TB Flash Cache 5.760TB 1,440 Drives 6TB Flash Cache DATA ONTAP FAS/V3220 4,800TB 1,200 Drives 3TB Flash Cache 2,880TB 720Drives 2TB Flash Cache FAS2240 1,920TB 480Drives1TB Flash Cache FAS2220 432TB 144Drives 180TB 60 Drives

  3. FAS/V6200 Refresh

  4. New FAS/V6200 Models FAS/V6290 FAS/V6250 FAS/V6220 • New platforms • FAS/V6290 replaces FAS/V6280 • FAS/V6250 replaces FAS/V6240 • FAS/V6220 replaces FAS/V6210 and FAS/V3270

  5. New FAS/V6200 Model HighlightsHA Pairs FAS/V6220A • 2X memory increase versus FAS/V6210A • Increases from 48GB to 96GB per HA pair FAS/V6250A • 1.5X memory increase versus FAS/V6240A • Increases from 96GB to 144GB per HA pair • Note: Flash Cache™ not included in base FAS/V6290A • 16 additional FC or SAS ports bundled in versus FAS/V6280A • Additional vertical boards in slots 11 and 12 • Note: Flash Cache not included in base

  6. FAS/V6200 Product Transition Plan FAS/V6280 Data ONTAP® 8.x FAS/V6290 Data ONTAP 8.1.2/8.05 EOA – FAS/V6210, FAS/V6240 and FAS/V6280 – Q1FY 2014 FAS/V6240 Data ONTAP 8.x FAS/V6250 Data ONTAP 8.1.2/8.05 FAS/V6210 Data ONTAP 8.x FAS/V6220 Data ONTAP 8.1.2/8.05 FAS/V3270 Data ONTAP 7.3.x, Data ONTAP 8.x

  7. FAS/V3270 to FAS/V6220 Transition PlayHA System Configurations • More capable platform • 2X more cores • 2.4X more memory • 25% higher capacity • High-performance onboard ports • Higher Flash limits • 60% more concurrent streams • Higher performance • File system 80% higher • OLTP 30% higher • Large sequential 160% higher • Small random 50% higher • 30% better price/performance FAS/V6220Avs. FAS/V3270A * NVMEM takes up part of physical memory

  8. NAS File System Performance EstimatesHA Controllers 269000 269000 198000 185000 164000 7% 149000 10% • Better performance on FAS/V6220 and FAS/V6240 • Additional memory helps with this type of workload on these two models • FAS/V6290 comparable to FAS/V6280 as both have the same amount of memory

  9. SAN Database Performance EstimatesHA Controllers 107000 105000 92000 90000 70000 71000 • Comparable performance between old and new FAS/V6200 models • Additional memory doesn’t help with this type of workload • PQR results also don’t benefit from additional memory

  10. New FAS/V6200 Systems at a GlanceHA System Configurations

  11. FAS/V6200 Flash LimitsData ONTAP 8.1.2

  12. Aggregate and Volume SizesData ONTAP 8.1.2

  13. Concurrent Stream DetailsData ONTAP 8.1.2 7-Mode Limits * NearStore license enabled by default For information about using SnapMirror in Cluster-Mode, refer to Cluster-Mode SnapMirror Data ONTAP® 8.1 presentation on the Field Portal

  14. Supported Back-End StorageData ONTAP 8.1.2 * Data ONTAP® 8.1.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 ONTAP 8.1.x. ** DS14mk2 shelves are only supported in Data ONTAP 8.1.x with ESH4 shelf modules.

  15. SSD Support * FAS/V6210, FAS/V6240, and FAS/V6280 ** Maximum 96 until May 2013 timeframe, 240 plan of record at that point

  16. FAS/V6200 Base Components FAS/V6200 Controller 3U 6U Chassis 3U FAS/V6200 I/O Expansion Module

  17. FAS/V6200 Base Configurations

  18. FAS/V6200 Controller I/OStandalone Controller PCIe v2.0 Slots USB (disabled) Vertical I/O Slots GbE Slots 3, 4, 5, 6 Slots 1, 2 e0a, e0b e0c, e0d, e0e, e0f e0M/SP 0a, 0b, 0c, 0d Serial Console Management ACP 10GbE 8Gb FC 10/100 Ethernet

  19. FAS/V6200 I/O Expansion Module (IOXM) • All PCIe v2.0 (gen 2) slots • Vertical slots have different form factor • Not hot-swappable—controller will panic if removed • Hot pluggable, but not recognized until reboot • Use in HA pairs to replace IOXM nondisruptively Horizontal Slots 13, 14, 15, 16 Horizontal Slots 7, 8, 9, 10 Vertical I/O Slots 11, 12

  20. FAS/V6200 Weight and Dimensions

  21. FAS/V6200 Power and Thermals200V • Typical = Both power supplies operating • Worst case = Only one power supply operating, fans highest RPM

  22. FAS/V6200 Technical Resources • Field Portal • FAS/V6200 technical FAQ • FAS/V6200 platform report (coming soon) • FAS/V6200 performance comparison • Application sizing tools • Exchange, CIFS, custom app sizer, database, unified, VDI • Synergy

  23. Flash Overview

  24. Performance Gap Challenge Server • Huge gap between CPU and storage • Relatively small differences between HDD types • Latency impacts applications Performance Growth Performance Gap HDD Storage Time

  25. NetApp’s Flash Leadership 2012 2013 2010 2009 2011 SSD on FAS Performance and resiliency for shared virtual infrastructures Flash Cache Read caching for all FAS workloads Flash Pool Read/Write caching plus HA for FAS Flash Accel and Server Cache Low-latency caching with partner integration SSD on E-Series Extreme performance for dedicated workloads EF540 Flash Array First enterprise-class flash array >36PB of flash delivered to accelerate 3+ exabytes of storage

  26. Flash Technology in Storage Server Flash All Flash Array HybridArray Traditional Storage • Cache storage • Fastest access • Lowest capacity • Persistent storage • Submillisecond access • Larger capacity • Intelligent caching • Submillisecond access for cached data • Leverages HDD for capacity • Persistent storage • Slowest access • Scalable, cost-effective capacity Performance (Latency) Requirements Capacity Requirements

  27. NetApp Flash Portfolio Server Flash All Flash Array HybridArray Traditional Storage • Cache storage • Fastest access • Lowest capacity • Persistent storage • Submillisecond access • Larger capacity • Intelligent caching • Submillisecond access for cached data • Leverages HDD for capacity • Persistent storage • Slowest access • Scalable, cost-effective capacity Complete Portfolio of Offerings for Any Workload Fas/V-Series E-Series Flash Cache Flash Pool Flash Aggregates SSD Cache EF540 FlashRay Flash Accel Server Caching Partners

  28. Freedom of Choice for Flash TechnologyMore choices to address workload performance requirements Dedicated Storage Shared Storage (Data ONTAP) Hybrid Arrays (Persistent or cache) Server level Flash Accel Fusion-io (resell) E-series Controller level Flash Cache All Flash Arrays (Persistent) FAS Array level (hybrid) Flash Pool (Data cache)Flash Aggregates (Persistent) EF540 FlashRay

  29. Flash Deployment by Workload Server Cache Server Specific Applications All Flash Array Extreme Database Performance Performance (IOPS) Hybrid Array Shared Infrastructure Dev/Test Web Apps Traditional Storage Content Repositories Capacity

  30. Virtual Storage Tier

  31. Data Placement Challenge Primary Storage Pool: All data – hot and cold Objective: Intelligently place “hot” data on the highest performing media “Hot” Data 10-20% Data should be fast when hot, and low cost when it’s cold

  32. Virtual Desktop Workloads Are Extreme Storage IOPS can spike 3-5x

  33. Virtual Storage Tier and Flash Cache • Flash Cache and SATA • Automatically promotes hot data to Flash • Reduced costs and spindle count • Flash absorbs high performance IOPS Entire Data Set Flash Cache SATA

  34. Virtual Storage Tiering (VST) in Action… • Server Cache (e.g. Flash Accel) • Server flash offloads IOPS • Data ONTAP manages data • Operational simplicity • Optimal $/IOPS & $/GB Flash on the Server ServerLevel SSD on the Server Flash-based caching storage acceleration ControllerLevel Flash Cache SSD: Fastest, $$$$$ Flash Pool DiskLevel FC/SAS: Small, Fast, $$$ SATA: Big, Slow, cheap

  35. Introducing NetApp Flash Accel Flexible Deployment Software only, compatible with server PCI-e flash or SSD drive; choose your own flash device Sustainable High Performance Intelligent data coherency: block-level invalidation rather than flush entire cache Persistent cache across VM / server reboots Extend ONTAP value into the server Mechanism for deeper ONTAP integration in the future

  36. Data Coherency Implications with Caching Storage Array Data Coherency 010010010010101010101011010101010010100100010010 Physical Server Application Cache 010010010010101010101011010101010010100100010010 • When does the cache invalidate data? • Is the cache a write-through or a write back cache? • Does the cache retain data across a reboot etc? Key criteria include What is data coherency? Consistency between data in cache and data on disk Why is datacoherency important? Caches that don’t recognize changes to the primary data copy (e.g. via SnapRestore®) will cause data corruption issues

  37. Benefits of Adding Flash Accel to Storage Cache - Preliminary FAS + Flash Accel FAS Only FAS + Storage Cache FAS +Storage Cache + Flash Accel 1.0x 1.3x 1.9x 2.2x • Adding Flash Accel enables a much greater IO level without increasing latency • Setup – FAS3270 with SATA Drives, Micron P320 PCI-e card on ESX host

  38. Flash Pool Overview Flash Pool delivers the ability to add an SSD cache to an existing HDD aggregate which provides • Offload of expensive HDD operations into the SSD cache to balance peaks in workloads • Persistentcache across failover events allows the SSD cache to be immediately available (no rewarming) • Reduce HDD spindle count while achieving the same performance at a lower total configuration cost

  39. Flash Pool Overview Flash Pool does not … • Accelerate write operations – Data ONTAP is already write optimized! • Reduce or alleviate high CPU or memory utilization • Cache sequential (read or write) or large block write (>16kB) operations • Increase maximum IOPS or throughput limits for a system

  40. Data ONTAP Requirements Software requirements • Clustered Data ONTAP 8.1.1 or Data ONTAP 8.1.1 operating in 7-Mode • HDD based 64-bit aggregate • Aggregate state must be healthy (can’t be FAILED, LIMBO, offline or in a foreign state) • Can be a RAID-DP, RAID 4 or SyncMirror aggregate • Root aggregate support requires PVR (8.1.1 only) • No license is required – it’s free!

  41. Platform Support Requirements Supported platforms • Entry-level: • FAS2220, FAS2240-2 and FAS2240-4 • Midrange: • FAS/V3160, FAS/V3170, FAS/V3240, and FAS/V3270 • High-end: • FAS/V6030, FAS/V6040, FAS/V6070, FAS/V6080, FAS/V6210, FAS/V6240, and FAS/V6280

  42. Configuration • Creating a Flash Pool • The HDD 64-bit aggregate must already exist • Two-step process: • Set the aggregate option for Flash Pool • 7-Mode: aggr options <aggr_name> hybrid_enabled on • Cluster-Mode: storage aggregate modify -aggregate <aggr_name> -hybrid-enabled true • Add SSDs into a new RAID group • SSDs RAID groups cannot be removed once added (you must destroy the aggregate to repurpose the drives)

  43. Flash Cache, Flash Pool or Both? Flash Pool Flash Cache PCIe SSD HDD System Level Cache Aggregate Level Cache Caches reads for all (non-flash) volumes Caches reads and random overwrites Per volume cache policies Does not count towards spindle limits Persistence across planned and unplanned failover events Plug and play deployment and administration

  44. NetApp Flash Cache Optimize Performance and Reduce Costs • Flash Cache improves average latency for random reads • Increase I/O throughput of disk-bound storage systems without adding more disk drives • Reduce costs by using fewer, larger disk drives • Effective for file services, databases, messaging, and virtual infrastructure • Predict your results before buying for an existing storage system

  45. Flash Cache for UNIX File Services Improve Response Times, Reduce Costs Benchmarked FAS3160A Config’s NFS SPECsfs2008 Performance 224 FC disks 64TB 75% Fewer Spindles WORSE Response Time (ms) 56 FC drives 16TB BETTER FC Baseline Configuration FC + Flash Cache Configuration Throughput (k-ops/sec) • System price is 49% lower for FC + Flash Cache compared to FC baseline • FC + Flash Cache provides 67% power savings and 67% space savings For more information, visit http://spec.org/sfs2008/results/sfs2008nfs.html. SPEC® and SPECsfs2008® are trademarks of the Standard Performance Evaluation Corp.

  46. SATA + Flash Cache for UNIX File Services Reduce Cost per TB, Sustain Performance Benchmarked FAS3160A Config’s NFS SPECsfs2008 Performance 224 FC disks 64TB 50% More Capacity WORSE 96 SATA disks 96TB Response Time (ms) BETTER FC Baseline Configuration SATA + Flash Cache Configuration Throughput (k-ops/sec) • Cost per TB is 56% lower for SATA + Flash Cache compared to FC baseline • SATA + Flash Cache provides 66% power savings and 59% space savings For more information, visit http://spec.org/sfs2008/results/sfs2008nfs.html. SPEC® and SPECsfs2008® are trademarks of the Standard Performance Evaluation Corp.

  47. Where to Use Flash Cache • Effective with Random Read Workloads • Databases • File services • VMware®, Hyper-V,™ and Citrix • Microsoft®Exchange and SharePoint® • Engineering and software development

  48. Synergy of Flash Cache and DeduplicationReducing the Duration of Boot Storms in a Virtual Infrastructure VM 1 Virtual Machine Reads During a Boot Storm VM 2 VM 3 VM 4 VM 5 Storage Controllerwith Flash Cache Deduplicated Volume of VM Boot Images Once a master block is cached then all virtual blockduplicates will be read at cache speed. VM n

  49. Storage Efficiency • Deduplication • Deduplicated blocks that are on HDD are cached as deduplicated blocks • Compression • Compressed blocks are notcached • Blocks in compressed volumes that are not compressed can be cached • Clones • Cloned blocks are cached in the SSD cache

  50. All Flash Array

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