1 © copyright 2009 emc corporation. all rights reserved. agenda storing more efficiently storage...
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1© Copyright 2009 EMC Corporation. All rights reserved.
Agenda
Storing More Efficiently
Storage Consolidation
Tiered Storage
Storing More Intelligently
6© Copyright 2009 EMC Corporation. All rights reserved.
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
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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
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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
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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
10© Copyright 2009 EMC Corporation. All rights reserved.
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
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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…
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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)
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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
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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
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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
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Storing More Intelligently:EMC Information Infrastructure
Customer Challenge: Managing Growth
EMC Solution: Storing More Intelligently
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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!
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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
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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”
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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
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Transform backup and recovery : retain, replicate, recover
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Use space saving snapshot to reduce capacity requirements
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Optimize for virtual environments
2009 Forrester Storage Choices For Virtual Server Environments
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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