1 © copyright 2009 emc corporation. all rights reserved. agenda storing more efficiently storage...

1© Copyright 2009 EMC Corporation. All rights reserved.

Agenda

Storing More Efficiently

Storage Consolidation

Tiered Storage

Storing More Intelligently


Storage Consolidation - Before


Storage Consolidation - After


Tiering Storage


2009: Shipping All New Platforms

Industry’s newest mid-tier

architecture

CLARiiON CX4

Industry’s newest unified

storage architecture

Celerra NS

Industry’s newest high-end architecture for

physical environments

Symmetrix DMX-4

Industry’s only high-end

architecture purpose built for virtualized data centers

Symmetrix V-Max


2009…with All the Latest Storage Capabilities

CLARiiON CX4 Celerra NS Symmetrix DMX-4 Symmetrix V-Max

FLEXIBLE CONNECTIVITY: DEDICATED PROTOCOLS OR UNIFIED

CAPACITY SCALABILITY: ~1,000’S OF DISKS IN A SINGLE SYSTEMS

IN THE ARRAY TIERING: FLASH DRIVES, FIBRE CHANNEL, SATA

REPLICATION: LOCAL AND REMOTE REPLICATION OPTIONS

SIMPLE, EFFICIENT MANAGEMENT: VIRTUAL PROVISIONING, QOS

DATA MOBILITY: VIRTUAL LUN, HETEROGENEOUS COPY OVER SAN


Tiered Storage Management

CLARiiON CX4 Celerra NS Symmetrix DMX-4 Symmetrix V-Max

Platform Based Tiering Capabilities

Tier 0

Tier 1

Tier 2

Tier 3

Tier 0

Tier 1

Tier 2

Tier 3

Tier 0

Tier 1

Tier 2

Tier 3

Tier 0

Tier 1

Tier 2

Tier 3


Tiered Storage Management

CLARiiON CX4 Celerra NSSymmetrix DMX-4 / V-MAX

Symmetrix Priority

Controls

Virtual LUN Technology

Dynamic Cache

Partitioning

Navi QoSManager

Virtual LUNTechnology

Virtual Provisioning

Symmetrix Optimizer

Virtual Provisioning

Automated Volume

Management

Celerra Virtual

Provisioning

Celerra FileMover

Fibre Channel and SATA Intermix

Software Based Tiering Capabilities


Re

sp

on

se

Tim

e M

illi

se

co

nd

0

5

10

15

20

25

30

35

40

45

50

55

60

Workload – IOPs0 500 1000 1500 2000 2500

15K FC Drives

Flash Drives Shatter Performance BarriersUnprecedented application performance characteristics

+30x IOPS improvement

10x faster response time

38% less power per drive

98% less power per IO

58% less weight per TB

No moving parts for high reliability

OLTP Workload


Acq

uis

itio

n $

17%

Lower Cost Through Tiering

55 TB

244 x 300 GB 15K FC Disks

55 TB

136 x 300 GB 15K FC Disks

8 x 73 GB EFD

32 x 1 TB SATA

60% more drive IOPSAnd more aligned with workloads

28% fewer drives176 EFD + FC + SATA vs. 244 FC

21% less power and cooling+ More efficient use of space

17% lower drive costs+ Reduce maintenance and software costs

Usable Protected Capacity – RAID 3 +1

and…


Device activity reports identify target devices for flash and SATA

Identifying Flash and SATA Targets

D8C 46D 270 4C6 D73 D8A 44C 2EE 4A6 356 5A3 BF2 96F 8E3 857 7CB 73F 6B3 627 9FF A5E BAD C92 D22 DEF F0D F99 14D0 144D 13C9 1345 12C1 123E 11BA 1136 10B2 102F 0A6 01A

220210200190180170160150140130120110

1009080706050403020100

Flash drivetargets

SATA Disktargets

Devices Total IOPS (Maximum)


Virtual LUN for Fast and Transparent Volume Migrations

Executes and monitors migrations across drive and RAID types

Supports QoS capabilities to maintain performance levels

Available across all EMC storage platforms

Flash

FibreChannel

SATA

V-LUN

V-LUN

“In the array” mobility to support storage tiering requirements


Fully Automated Storage Tiering: FAST

Enables the use of the latest drive technologies

Optimizes both performance and cost

Planned support across all EMC platforms

FASTAutomates movement and placement of data-based changing needs

Tier 1

Tier 2

Tier 3


Today’s StorageChallenge

FAST: Storage Tiering Strategies

Tomorrow’s Solution with FAST

Tomorrow’s Solution

2x more energy

67% more footprint

10-15% less energy

33-67% less footprint10x more capacity in five years


Storing More Intelligently:EMC Information Infrastructure

Customer Challenge: Managing Growth

EMC Solution: Storing More Intelligently


External Storage – PB Shipped(Source: IDC)

Managing Growth

0

1,000 PB

2,000 PB

3,000 PB

4,000 PB

2003 2004 2005 2006

3,235 PB

2,075 PB

1,295 PB

840 PB

56% 56% CAGRCAGR

0

5,000 PB

10,000 PB

15,000 PB

20,000 PB

2003 2004 2005 2006

3,235 PB

2,075 PB1,295 PB840 PB

2007 2008 2009 2010

5,047 PB

7,873 PB

12,283PB

19,161PB

56% CAGR

56% CAGR Store More

Then: Now:

Store MoreIntelligently!


EMC Keys to Store More Intelligently

1. Classified data and deploy tiered storage

2. Create an active archived

3. Reduce/eliminate redundant data

4. Transform backup and recovery : retain, replicate, recover

5. Use space saving snapshot to reduce capacity requirements

6. Optimize for virtual environments


Classified Data and deploy tiered storage

Deploying tiered storage provides the needed framework and processes to maintain information on the “right storage type” at the “right time”


Service Level Catalog – Customer Sample

Alignment AttributesTier 1 Tier 2 Tier 3 Tier 4

Scheme Specification

Primary Storage

Guaranteed performance

Performance throughput per port (I/O sec) 5,000+ Up to 5,000 Up to 3,500 Up to 1,500

Response time (ms) < 8ms 7-14ms 12-30ms 12-30ms

Availability Maximum unplanned downtime per year (minutes) < 26.5 < 26.5 < 52.5 < 263

Archiving Storage

PerformanceResponse time < 1 second < 1 second < 24 hours

Throughput <= 300 Mbps <= 700 Mbps <= 280 Mbps

Availability Maximum downtime (yr) < 5.25 minutes < 52.56 minutes < 175.2 hours

Retention and disposition

Retention period < 30 years < 10 years < 3 years

Data shredding compliance Yes No No

Accessibility Read/annual access frequency < Hourly < Hourly Daily

Data integrity Guarantee of authenticity Yes No No

Offsite Recovery point objective < 1 minute < 28 hours < 38 hours

Operational Recovery

Recovery classification Recovery classification Complete

application restoreComplete application restore

File or file system restore

File or file system restore

Operational recovery point objective Amount of data loss 1 hour 24 hours 24 hours 30 days

Operational recovery time objective Time required for recovery < 30 minutes < 30 minutes 7 GB/minute .5 GB/minute

Recoverability Ability to recover backed up data 100% 100% 98% 95%

Retention period Length of time that data is retained 2 hours 24 hours 3 Weeks 15 months

Disaster Recovery

Disaster Recovery Point Objective (RPO) Amount of data loss 0 minutes < 4 hours 24-48 hours 24-48 hours

Disaster Recovery Time Objective (RTO) Time required to restore data < 2 hours <12 hours < 48 hours <72 hours


Create an active archived


Reduce/eliminate redundant data


Transform backup and recovery : retain, replicate, recover


Use space saving snapshot to reduce capacity requirements


Optimize for virtual environments

2009 Forrester Storage Choices For Virtual Server Environments


Classify and tier

ArchiveData

BackupData

Clones

Archive inactive data

Streamline backups

Eliminate redundant data

Utilize snaps for incremental changes

Storing More Intelligently

RemoteVolumes

Virtualize servers

SnapsSnapsSnapsSnapsProduction

Data

Tier 3

Tier 2

Tier 1

EMC Classification Services

Symmetrix, CLARiiON, Celerra

Centera, Xtender Family, Celerra File Archiver, Infoscape

Avamar, Single Instance Store

EMC Disk Library, NetWorker

TimeFinder/Snap, SnapView, SnapSure

VMware, Rainfinity, EMC Virtualization Services

1 © copyright 2009 emc corporation. all rights reserved. agenda storing more efficiently storage...

Documents

emc corporation

tiering storage slide

tiering capabilities

san slide

symmetrix vmax platform

tb sata

fc disks

efd fc sata