EMC Innovations in High-end storages Symmetrix VMAX Family with Enginuity 5876 Sasho Tasevski Sr. Technology consultant sasho.tasevski@emc.com 1
The World s Most Trusted Storage System More Than 20 Years Running the World s Most Critical Applications 1988 1990 1994 2000 2003 2005 2009 2011 2012 New Symmetrix 4000 Symmetrix 5500 Symmetrix 3000/5000 Symmetrix 8000 Symmetrix DMX-1, -2 Symmetrix DMX-3, -4 Symmetrix VMAX 20K Symmetrix VMAX 10K Symmetrix VMAX 40K ICDA, RAID, NDU SRDF Consistency Groups TimeFinder, PowerPath AutoSwap, SRDF over Fibre Channel Concurrent SRDF, SRDF/Star, GDDR Secure Erase, Audit, Service VM and z/os integration, DARE, FAST VP, Federated Live Migration Efficient: FAST VP, FLM, 100% VP, RecoverPoint Splitter 3X performance and 2X scale Federated Tiered Storage FAST VP for System z and IBM i RecoverPoint Splitter Powerful. Trusted. Smart. 2
Introducing The VMAX Family RELATIVE PERFORMANCE Hyper Scale Enterprise Apps Fully Virtualized New New New USABLE CAPACITY 3
Engine Comparison VMAX 10K Front End Back End Front End Back End VMAX 20K Front End Back End Front End Back End Enginuity Inside VMAX 40K Front End Back End Front End Back End 2.8 GHz Xeon Westmere 12 CPU cores per Engine Up to 128 GB Global Memory Dual Virtual Matrix Interface PCIe Gen2 Interconnects 2.3 GHz Xeon Harperton 16 CPU cores per Engine Up to 128 GB Global Memory Dual Virtual Matrix Interface PCIe Gen1 Interconnects 2.8 GHz Xeon Westmere 24 CPU cores per Engine Up to 256 GB Global Memory Quad Virtual Matrix Interface PCIe Gen2 Interconnects 4
Powerful Scale and Consolidation Engine 1 Massive scale-out Transform your hybrid cloud environments VIRTUAL MATRIX Up to 8 Engines 5
Powerful Scalability for Hybrid Cloud World s most scalable high-end storage arrays 1 4 Engines 1 8 Engines 1 8 Engines Array Specifications 48 CPU cores 512 GB cache memory 64 Fibre Channel front-end ports Dual Virtual Matrix 1,560 drives, 1.5 PB usable Business Requirements Multi-controller architecture Enterprise RAS Ease of use is built in Scale-up and scale-out design Array Specifications 128 CPU cores 1 TB cache memory 128 Fibre Channel front-end ports Dual Virtual Matrix 2,400 drives, 2 PB usable Business Requirements High scale, capacity, and performance Standard and Virtual Provisioning Encryption Mainframe and IBM i Array Specifications 192 CPU cores 2 TB cache memory 128 Fibre Channel front-end ports QUAD Virtual Matrix, PCI Gen2 2,400 3.5 drives, 4 PB usable 3,200 2.5 drives, 2.8 PB usable Business Requirements Highest scale, capacity, performance Flexibility with System Bay Dispersion Standard and Virtual Provisioning Encryption Mainframe and IBM i 6
VMAX 40K A Class By Itself Unprecedented Scale New New 3X More Performance 2X More Capacity 2X More Memory 7
#1 In High Bandwidth Apps New MAX SUSTAINED GB/S 16 GB/s 17 GB/s 52 GB/s 3X Better Performance VMAX 40K vs VSP, DS8000, Full System Configs, Maximum Sustainable RRH Bandwidth 128K Blocks 8
VMAX 40K High Density And Scale 33% More Drives 33% Less Space New Up to 3,200 2.5 Disk Drives 18.5 ft / 5.6 m 35% Less Weight 27% Less Power 9
New 2.5 Enterprise MLC Flash Drives SLC 88% Lower $/GB Over 4 Years Cost per GB New emlc 2008 2010 2012 20% Lower $/GB vs SLC FLASH Same Performance, Durability, Reliability 10
New VMAX Software Capabilities Enginuity 5876 including Q4 2012 SR Federated Tiered Storage Recoverpoint Integration Unisphere For VMAX Fast VP Enhancement New SRDF Enhancement TimeFinder Enhancement 11
Federated Tiered Storage (FTS) Simplify Management and Operations F T S Consolidate heterogeneous storage under VMAX control FAST VP, EMC SRDF, EMC TimeFinder, Virtual LUN, VAAI Extend the life and value of storage assets Assure data integrity for external arrays with validation checksums Free with Enginuity 5876 (or later) Available with VMAX 10K, 20K, 40K 12
Common Look Across Management Tools Provision In Seconds Easy To Use Task Bar Contextual Managment VNX VMAX RECOVER POINT VPLEX NEW! NEW! Unisphere Management Family 13
Common Look Across Management Tools Prosphere NEW! Visualize Analyze Optimize FUTURE VNX VMAX RECOVER POINT VPLEX NEW! NEW! Unisphere Managment Family 14
FAST Development Traditional FAST FAST VP Flash FAST Flash FC FC SATA SATA 15
FAST Building Blocks FAST Made SIMPLE Provision Storage Define Policy Apply to Application FAST Tiers FAST Policies Storage Groups Type 1 200 GB Flash RAID 5 (3+1) Type 2 450 GB 15K FC RAID 1 Type 3 2 TB SATA RAID 6 (14+2) Production 25% 50% 100% Test 25% 100% Exchange_SG Oracle_SG Dev_SG 16
FAST VP 32+ Million Run Hours Over 18 Months F A S T Drive Savings Energy Savings Time Saving 2.3M Drives 7M ipads 13M Hours 17
FAST VP 40% Lower TCO 64% Faster Response Time 56% Lower Cost per Array F A S T 2X More Utilization 25% Faster Response Time 40% Lower Storage Cost 90% IOPS On EFD 80% Of Data On SATA Tier 2X More VM Utilization 18
Extending FAST To System z And IBM i HSM FAST VP 19
Extending FAST To System z And IBM i Before FAST VP 2X Faster Response Time Response Time (MS) 1.5 System z, 4K Mixed Workload, 25% Write, 88% Cache Hit Run Time After FAST VP 90% IOPS On Flash Drives Capability Exclusive For IBM i 20
Additional FAST Enhancements >2:1 compression 4 Tiers for FAST VP with Federated Tiered Storage and compression Flash Fibre Channel SATA/SAS FTS Real-time analysis provides continuous optimization F A S T $/IOP Optimized Maximize IO Density $/TB Optimized Maximize TB Efficiency New 21
VMAX Smarter Than The Competition Response Time (Log Scale) 10s 1s 100ms 10ms 1ms Start Optimization Run Time 656X Bad INCREASED RESPONSE TIME 2X Good DECREASED RESPONSE TIME VMAX 10K 1 Engine FAST VP vs 3Par V400 2 Node Adaptive Optimization, Same Drive Configurations, OLTP2 Workload 22
FAST VP VFCache F A S T 12X More Performance Dynamic Tier Easy Tier FAST VP + DBClassify FAST VP VMAX 40K VMAX, VSP, DS8000 Full Systems with Best Practice Configurations, based on OLTP-2 Workload 23
FAST VP And VFCache F A S T VFCache Relative Transaction Performance 3X 12X MORE More Application Transactions VFCache FAST VP TPC-C simulated workload Run Time 24
EMC VFCache: A Server Flash Cache Extending FAST VP into the server Transparent application acceleration through server-side caching Intelligent software caches frequently used data PCIe flash provides low-latency and high throughput Response time 50% Throughput 210% Dramatic improvement in application response time with read intensive workloads with small working sets SFC SFC SFC SFC Storage Network No compromises: Five 9s (99.999 percent) data availability Full data protection and durability by persisting writes through to the array Monitor through Unisphere for VMAX VMAX 10K VMAX 25
SRDF Enhancements Two-Site Support for two-site Supports 10K, 20K, 40K New Three-Site Cascaded Star VMAX 10K to VMAX 40K or 20K Concurrent Three-site configuration Supports VMAX 40K and 20K, DMX- 4/DMX-3 Thick/thin replication Supports 10K, 20K, 40K Star configuration Supports 10K, 20K, 40K (20K, 40K for System z) IBM System z VMAX 40K or 20K Thick Thin 26
SRDF Awareness for FAST VP Align FAST VP performance between R1 and R2 sites R1 FAST VP SRDF Coordination R2 Align R2 FAST VP performance with R1 workload performance FAST FAST 27
RecoverPoint Integration RecoverPoint Splitter now for VMAX 40K and 20K Multi-platform array replication Between VMAX 40K, 20K, 10K; VPLEX, VNX RecoverPoint continuous data protection (CDP), continuous remote replication (CRR), and concurrent local and remote (CLR) for entire VMAX family Simpler and more efficient than host or fabric splitter 28
TimeFinder VP Snap What Is It? New Snapshot Technology Developed Specifically For Virtual Provisioning Environments TimeFinder VP Snap VP Device Modified data Thin Pool TG T1 VP Snap This Feature Combines The Space Efficiency Of Timefinder/Snap With The Ease Of Management And Cache Efficiency Of Timefinder/Clone Supported On All VMAX Platforms 29
Intelligence for VMware Environments Full vsphere and VMware APIs integration VMAX plug-in to admin through vsphere Array offloads with VAAI/VASA APIs SRM support to automate recovery Pre-configured for VMware environments FAST VP to optimize sub- LUN performance Virtual Pools for spaceefficient data stores EMC VSI or Unisphere end-to-end view 30
VBLOCK Series 700LX With VMAX 10K New 3X Lower Cost Per User 83X More Availibility ANNUAL COST PER USER $1,304 Traditional Servers $422 SERVER DOWNTIME PER YEAR 71 Hours Traditional Servers 51 Minutes Source: IDC 2012, The Business Value Of VCE Vblock Infrastructure Platform ROI Study In Conjunction With VCE 31
Extending VMAX Leadership Highest performance and capacity IBM DS8800 Hitachi VSP Symmetrix VMAX 20K Announced October 2010 September 2010 April 2009 May 2012 Useable capacity 1.6 PB (3.5 ) 1.2 PB (2.5 ) 2.2 PB (3.5 ) 1.6 PB (2.5 ) 2.1 PB 4 PB (3.5 ) 2.8 PB (2.5 ) Cache memory 384 GB 1 TB 1 TB 2 TB Relative BW Performance 0.85 0.93 1 3 Symmetrix VMAX 40K FAST VP Movement size Movement frequency Easy Tier 1 GB 24 hours Dynamic Tiering 42 MB 30 minutes (Rec. 24 Hours) FAST VP 7.5 MB Continuous FAST VP 7.5 MB Continuous Federated Tiered Storage No Universal Volume Manager (UVM) No external data integrity checking Yes, with external data integrity checking Yes, with external data integrity checking Heterogeneous array replication No No Yes, with RecoverPoint integration System Bay Dispersion Not available Not available Not available Yes Yes, with RecoverPoint integration 32