Life In The Flash Director - EMC Flash Strategy (Cross BU)

Transcription

1 1 Life In The Flash Director - EMC Flash Strategy (Cross BU)

2 CONSTANT 2 Performance = Moore s Law, Or Does It? MOORE S LAW: 100X PER DECADE FLASH Closes The CPU To Storage Gap FLASH Follows Moore s Law And Can Keep Up With CPU Developments 100X IMPROVED FLASH 10,000X I M P R O V E D

3 3 What Is EMC s Flash Strategy

4 4

5 5 The Four Storage Architectures Clustered Scale Up & Down TYPE 1 Tightly Coupled Scale Out TYPE 2 Loosely Coupled Scale Out TYPE 3 Distributed Share Nothing TYPE 4 Dual Controller Shared Meta-Data Transactional Commits General Purpose Storage Multi-Controller Grid Shared Meta-Data Transactional Commits Mission Critical Workloads Independent Controllers Distributed Meta-Data Transactional Commits Large Content Repositories Independent Controllers Distributed Meta-Data Non-Transactional Commits 3 rd Platform Applications

6 6 The Four Storage Architectures Clustered Scale Up & Down TYPE 1 Tightly Coupled Scale Out TYPE 2 Loosely Coupled Scale Out TYPE 3 Distributed Share Nothing TYPE 4 Dual Controller Shared Meta-Data Transactional Commits General Purpose Storage Multi-Controller Grid Shared Meta-Data Transactional Commits Mission Critical Workloads Independent Controllers Distributed Meta-Data Transactional Commits Large Content Repositories Independent Controllers Distributed Meta-Data Non-Transactional Commits 3 rd Platform Applications

7 7 How Do We Apply This Knowledge To Application Workloads

8 8 Workloads Have Different Requirements High Performance Computing Full Motion Video Tech Apps Application Development Decision Support VM Infrastructure Transaction Processing SIMPLE DATA SERVICES Home Directories ADVANCED DATA SERVICES Storage As-A-Service Online Archive Web Apps IT Applications Content Management

9 9 Architectures And Sweet Spots Distributed, Simple At Scale High Performance Distributed, Simple At Storage Exascale As-A-Service Object High Performance Computing Full Motion Video SIMPLE DATA SERVICES Simple At Tera To Petascale NAS/Meta-object Online Archive Low Latency Iops Centric Flash-centric Data Services Tech Application Apps Development Efficiency, Simplicity + Scales Down + Unified/Multipurpose Home Directories Web Content Decision Support IT Applications Simple At Petascale NAS Protection-centric Content Data Management Services VM Infrastructure Transaction Recoverability Processing Availability Serviceability Trumps All ADVANCED DATA SERVICES

10 New Performance Hungry Workloads Copyright 2014 EMC Corporation. All rights reserved. 10 Full Motion Video SIMPLE DATA SERVICES High Performance Computing Tech Apps 100μS 500μS 1mS VDI Application Development Consolidated Test & Dev Decision Support Transaction Processing ADVANCED DATA SERVICES 5mS

11 11 A Flash Portfolio For Every Use Case Server Flash Most Extreme Performance Highest Possible IO Lowest Possible Latency SIMPLE DATA SERVICES 100μS SDS 500μS Block Capacity Pooling Advanced Availability Elastic Scale 1mS 5mS Software Purpose Built All Flash Array Software Defined Flash Optimized Data Services Inherent Balance All Flash Array Consistent Performance Hybrid Storage Array Balance Cost and Performance Changing IO Patterns Flash Optimized Hybrid Array Higher Perf/Lower Latency File & Block Workloads Large Data Sets Com peting Workloads ADVANCED DATA SERVICES

12 12 Every Architecture Can Leverage Flash 100μS 500μS 1mS 5mS Server Flash Most Extreme Performance Highest Possible IO Lowest Possible Latency SIMPLE DATA SERVICES SDS Block Capacity Pooling Advanced Availability Elastic Scale Software Purpose Built All Built Flash Array Purpose All Flash Software Defined Flash Optimized Data Services Array Inherent Balance All Flash Array Consistent Performance Hybrid Storage Array Balance Cost and Performance Changing IO Patterns Flash Optimized Hybrid Array Higher Perf/Lower Latency File & Block Workloads Large Data Sets Com peting Workloads ADVANCED DATA SERVICES

13 13 Every Architecture Can Leverage Flash 100μS 500μS 1mS 5mS Server Flash ost Extreme Performance Highest Possible IO Lowest Possible Latency SIMPLE DATA SERVICES XtremSF SDS Block Capacity Pooling Advanced Availability Elastic Scale Software Purpose Built All Built Flash Array Purpose XtremIO All Flash Software Defined Flash Optimized Data Services Array Inherent Balance All Flash Array Consistent Performance Hybrid Storage Array Balance Cost and Performance Isilon Changing IO Patterns Flash Optimized Hybrid Array Higher Perf/Lower Latency File & Block Workloads VNX VNXe Xtrem Cache Large Data Sets Com peting Workloads ADVANCED DATA SERVICES VMAX FAST Suite

14 14 EMC Shipped Flash In PB EMC First to embrace Flash FAST Isilon Flash All- Flash VMAX All- Flash VNX EMC Server Flash Next-Gen VNX XtremIO Acquisition XtremIO GA VMAX Flash VNX Flash FAST Cache ScaleIO Acquisition

15 15 THE ENTIRE WRITTEN WORKS OF MANKIND FROM THE BEGINNING OF HISTORY IN ALL LANGUAGES 50 PETABYTES T O T A L F L A S H S H I P P E D IN T H E L A S T 4 Q U A R T E R S BY E M C C O R P O R A T I O N 73 PETABYTES

16 16 Every Architecture Can Leverage Flash Server Flash ost Extreme Performance Highest Possible IO Lowest Possible Latency XtremSF SDS Block Capacity Pooling Advanced Availability Elastic Scale Software Purpose Built All Built Flash Array Purpose XtremIO All Flash Software Defined Flash Optimized Data Services Array Inherent Balance All Flash Array Consistent Performance Hybrid Storage Array Balance Cost and Performance Changing Isilon IO Patterns Flash Optimized Hybrid Array Higher Perf/Lower Latency File & Block Workloads VNX VNXe Xtrem Cache Large Data Sets Com peting Workloads VMAX FAST Suite

17 17 BUILDING A PURPOSE-BUILT ALL FLASH ARRAY IS DIFFERENT

18 18 EMC XtremIO : #1 All Flash Array Consistent and Predictable Latency and IOps Scale-Out Architecture Data Services Always On Always Inline Application Agility Data Reduction: Compression, Deduplication, Space Efficient Snapshots Simplicity Of Operation No Performance Tuning

19 19 XtremIO X-Brick Cluster Building Block SP A SP A 32 C PU C ORES 256GB RAM Infiniband RDMA 256GB RAM 512 GB RAM 2 x FC 2 x iscsi SA S 2.0 SA S H OST P ORTS 2 x FC 2 x iscsi 25 em LC SSDs

20 20 X-Brick 1 SHARED MEMORY METADATA Unique User Data SHARED MEMORY METADATA SHARED MEMORY METADATA Unique User Data SHARED MEMORY METADATA X-Brick 3 RDMA FABRIC SHARED MEMORY METADATA Unique User Data SHARED MEMORY METADATA X-Brick 2 SHARED MEMORY METADATA Unique User Data SHARED MEMORY METADATA X-Brick 4

21 21 Product Family, Linear Scale-Out 900K MIXED IOPS 1.5M READ IOPS <1MS Latency 150K MIXED IOPS 250K READ IOPS <1MS Latency SCALE-OUT TB based on 10 & 20 TB X-Bricks <1MS LATENCY. RICH DATA SERVICES. NO TUNING.

22 Real-Time Inline Data Services Global, Always-On, Inline, Zero Penalty, Free Copyright 2014 EMC Corporation. All rights reserved. 22 ALWAYS-ON THIN PROVISIONING INLINE DEDUPLICATION INLINE COMPRESSION XTREMIO DATA PROTECTION INLINE DATA AT REST ENCRYPTION AGILE WRITEABLE SNAPSHOTS

23 23 G U A R A N T E E D

24 24 XtremIO Configuration One Screen Zero Planning, Zero Tuning 1 CREATE VOLUMES 3 2 MAP VOLUMES CREATE INITIATOR GROUPS

25 25 Primary All-Flash Workloads Database & Analytics Application acceleration Database instance consolidation & agility SAP Landscape consolidation EPIC Healthcare - EMR & VDI Virtual Servers Infrastructure Mission-critical app virtualization Private cloud consolidation Software Dev/Ops infrastructure Virtual Desktop Infrastructure Enterprise Scalable (>500) All users & desktop types Desktop-as-a-Service Consolidated combinations

26 26 Database & Analytics Workloads Breakthrough Consistent Low-Latency Performance Consolidation: Dev/Test BI/Analytics SAP Landscapes Lowest TCO: Storage Servers & Licensing OPEX No Complex Setup No Tuning

27 27 Game-Changing Consolidation, Agility SCALE-OUT IOPS IN ABUNDANCE DEV INST 1 DEV INST 1 FAST DEV/TEST DEV INST 1 DEV INST 1 DEV INST 1 DEV INST 1 DEV INST 1 DEV INST 1 DEV INST 1 DEV INST 1 HIGH PERFORMANCE PRODUCTION FAST ANALYTICS FIN COPY FIN COPY REPORTS XTREMIO FLASH FOR ENTIRE APPLICATION MORE BUSINESS PRODUCTIVITY DEV INST 2 DEV INST 2 DEV INST 2 DEV INST 2 DEV INST 2 DEV INST 2 DEV INST 2 DEV INST 2 DEV INST 2 DEV INST 2 OPS COPY OPS COPY ANALYTICS DEV INST 3 DEV INST 3 DEV INST 3 DEV INST 3 DEV INST 3 DEV INST 3 TEST/DEV COPIES DEV INST 3 DEV INST 3 DEV INST 3 DEV INST 3 SALES COPY SALES COPY DATAMART COPIES TRENDS FASTER APPLICATION DEVELOPMENT TIMES x 1 0 DATABASE INSTANCES 1 XTREMIO CLUSTER 0 BRUTE FORCE COPIES

28 28 Virtual Server/Cloud Workloads Virtualize I/O Intensive Apps Rapidly Deploy VMs TCO Comparable to Disk Data Reduction Opex Data Center Scale. in a ½ Rack!

29 29 Achieving VDI & DaaS Bliss Uncompromising USER Experience At Scale All the Time All User Types Radically Simple ADMIN Experience No Tuning, Easy Persistent Desktops Provisioning Magic EMC Portfolio Synergy Breakthrough Cost & TCO Best $/Desktop Lowest Opex & Capex Better Than Physical

30 upto Copyright 2014 EMC Corporation. All rights reserved. 30 #1 Flash Array for VDI: >1.5M Desktops! VDI Breakthroughs With XtremIO Reduction In Capacity 10:1 Per Desktop *Full Clones Reduction In Storage 50% Cost Per Desktop 25% Lower RAM Requirement for same disk IO perf 40% Reduction In Server Infrastructure Virtual Desktops 3500 Per X-Brick *Linked Clones

31 31 XtremIO Vblock Modular, Scalable, & Optimized For VDI 2,500 Full Clones 3,500 Linked Clones Fully Converged

32 32 Management Applications Virtualization X86 Compute Network Storage Backup VSPEX REFERENCE ARCHITETCURE Proven by EMC VENDOR CHOICE Packaged by Partners Leveraging customers existing infrastructure Eliminates risk in planning and sizing Speeds & simplifies deployment

33 33 Every Architecture Can Leverage Flash Server Flash ost Extreme Performance Highest Possible IO Lowest Possible Latency XtremSF SDS Block Capacity Pooling Advanced Availability Elastic Scale Software Purpose Built All Built Flash Array Purpose XtremIO All Flash Software Defined Flash Optimized Data Services Array Inherent Balance All Flash Array Consistent Performance Hybrid Storage Array Balance Cost and Performance Changing Isilon IO Patterns Flash Optimized Hybrid Array Higher Perf/Lower Latency File & Block Workloads VNX VNXe Xtrem Cache Large Data Sets Com peting Workloads VMAX FAST Suite

34 EMC ScaleIO Server SAN Storage Software That Creates A Server-based SAN From Local Storage To Deliver Performance And Capacity On Demand Creates Virtual Pool Of Storage With Varying Performance Tiers Media-agnostic: Leverages Any HDDs, SSDs, & PCIe Flash Cards Server-agnostic: Installed On Existing Physical & Virtual App Servers Copyright 2014 EMC Corporation. All rights reserved. 34

35 35 Before After ScaleIO 2K IOPS 10 TB 2K IOPS 10 TB 2K IOPS 10 TB 2K IOPS 10 TB 2K IOPS 10 TB 2K IOPS 10 TB 2K IOPS 10 TB 2K IOPS 10 TB 2K IOPS 10 TB 2K IOPS 10 TB 2K IOPS 10 TB 20K IOPS 100 TB 2K IOPS 10 TB 2K IOPS 10 TB 2K IOPS 10 TB 2K IOPS 10 TB 2K IOPS 10 TB 2K IOPS 10 TB 2K IOPS 10 TB 40K IOPS 200 TB

36 36 ScaleIO Creates A High-end Virtual SAN Out Of Server-based Storage WRITABLE SNAPSHOTS MULTI-TENANCY MULTI-TIERING QUALITY OF SERVICE Instant Copies Full Performance Segregation Of Data Data Encryption PCIe, SSD & HDD Auto Rebalancing Limit IOPS Per Application

37 37 Every Architecture Can Leverage Flash Server Flash ost Extreme Performance Highest Possible IO Lowest Possible Latency XtremSF SDS Block Capacity Pooling Advanced Availability Elastic Scale Software Purpose Built All Built Flash Array Purpose XtremIO All Flash Software Defined Flash Optimized Data Services Array Inherent Balance All Flash Array Consistent Performance Hybrid Storage Array Balance Cost and Performance Changing Isilon IO Patterns Flash Optimized Hybrid Array Higher Perf/Lower Latency File & Block Workloads VNX VNXe Xtrem Cache Large Data Sets Com peting Workloads VMAX FAST Suite

38 38 Real Customer Skew Examples Data Activity Distribution Dictates HYBRID FLASH 1st Strategy Long Tail Skew Mixed Skew Shallow Skew Most of the Data is long tail with small head Large portion of data is hot. Some data is warm with smaller tail All data is hot. No pronounced long tail.

39 39 HYBRID FLASH Example 32 TB Usable. 50% Y/Y Growth. 60 Days Data Shelf-life K DRIVES VNX

40 40 HYBRID FLASH Example 32 TB Usable. 50% Y/Y Growth. 60 Days Data Shelf-life K DRIVES VNX FAST Cache & FAST VP VNX GB SSDs GB 15K SAS 24 3TB NL-SAS

41 41 HYBRID FLASH Example 32 TB Usable. 50% Y/Y Growth. 60 Days Data Shelf-life. Footprint Power IOPS 45RU 63 3,938W DRIVES VNX 74K 18RU GB SSDs FAST Cache & FAST VP GB 15K SAS 990W 24 3TB NL-SAS 33K 75% 60% 125%

42 ALL DISK Copyright 2014 EMC Corporation. All rights reserved. ALL FLASH 42 EMC VMAX & VNX Hybrid Arrays Flash Accelerates Mature Architectures For Mixed Use Workloads 6PB CAPACITY 15TB 1M IOPS FLASH LOWEST $/GB BLENDED COST 134K IOPS 600TB 100% NL DISK HDD/FLASH MIX 100% FLASH

43 43 Every Architecture Can Leverage Flash Server Flash ost Extreme Performance Highest Possible IO Lowest Possible Latency XtremSF SDS Block Capacity Pooling Advanced Availability Elastic Scale Software Purpose Built All Built Flash Array Purpose XtremIO All Flash Software Defined Flash Optimized Data Services Array Inherent Balance All Flash Array Consistent Performance Hybrid Storage Array Balance Cost and Performance Changing Isilon IO Patterns Flash Optimized Hybrid Array Higher Perf/Lower Latency File & Block Workloads VNX VNXe Xtrem Cache Large Data Sets Com peting Workloads VMAX FAST Suite

44 44 Accelerate Business With XtremCache Supercharge Database Servers With Host-Side Caching XtremCache % MORE IOPS 65% LESS LATENCY

45 45 XtremCache & XtremSF Split Card Mode Cache Local Storage Data 1 Data 2 Temp DB

46 46 WORKLOADS DRIVE ARCHITECTURE NOT VICE VERSA

47 47 It s The Application What Architecture Best Supports YOUR Applications? What Applications Do You Have And Are You Best Served With A General-purpose Or Multiple Architecture Approach? EMC Leads The Industry In Every Architecture

48 48 Life In The Flash Director - EMC Flash Strategy (XBU)

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