IBM Information Infrastructure
Journey to the Cloud
Mohamed El Mofty – mofty@eg.ibm.com
Storage Networking Solutions Manager – Egypt
+20 10 0575 9883
© 2011 IBM Corporation
The World is Becoming Smarter Every DayThe World is Becoming Smarter Every Day
What’s Making it Smarter? More Information!
 2.5 billion RFID tags sold in 2009
900 illi GPS d i ld ll 900 million GPS devices sold annually
by 2013
 76 million smart electric meters in 2009.76 million smart electric meters in 2009.
200M by 2014
 Text messages generate 400TB
f d t d il i th U Sof data daily in the U.S.
 MRIs will generate a Petabyte of
data globally this yeardata globally this year
© 2011 IBM Corporation
Smarter Systems are Creating an Information ExplosionSmarter Systems are Creating an Information Explosion
Zettabytes
 Storage requirements growing 20-40% per year
Exabytes
 Information doubling every 18-24 months
 Storage budgets up 1%-5% in 2010
Petabytes
Sto age budgets up % 5% 0 0
The information explosion
meets budget reality
Terabytes
Gigabytes
meets budget reality
© 2011 IBM Corporation
2000 2005
2010
2015
Out of sight – out of mindOut of sight out of mind
Data we use everydayData we use everyday
Data we need to keep around everyday
© 2011 IBM Corporation
p y y
Storage Utilization TodayStorage Utilization Today
Current StateHigh
eofData
edium
Organizations still
acquire, operate and
ti t b j t
Value
wMe
retire storage by project
Low
Low Medium High
Value of Infrastructure
© 2011 IBM Corporation
Waste WaterfallsWaste Waterfalls
unknown
Known
Purchased
Storage
Purchased
Logically
Waste Waterfall Chart
g
Capacity
g y
Configured
Storage
Capacity Allocated
Storage
Capacity toCapacity to
File
System
Available
Storage
Capacity to
Users Total
ConsumedConsumed
Storage
Capacity
25% -47%
Unique Data
Stored
© 2011 IBM Corporation
PhysicalPhysical LogicalLogical AllocatedAllocated AvailableAvailable ClaimedClaimed UsedUsed
Storage Virtualization isStorage Virtualization is . . .
Logical
Technology that makes one set of resources look and feel
like another set of resources, preferably with more
desirable characteristics…
Logical
Representation
A logical representation of resources not constrained by
physical limitations
– Hides some of the complexityp y
– Adds or integrates new function with existing
services
Can be nested or applied to multiple layers
Virtualization
– Can be nested or applied to multiple layers
of a system
Physical
Resources
© 2011 IBM Corporation
Source: IDC
SAN Volume ControllerSAN Volume Controller
Helps Address the Explosive Growth of Storage
Make changes to the
VirtualVirtualVirtual Virtual
Manage the storage
pool from a central
point
storage without
disrupting host
applications
SAN
Virtual
Disk
Virtual
Disk
Virtual
Disk
Virtual
Disk
SAN Volume ControllerApply copy
Storage Pool
SAN Volume Controller
Advanced Copy Services
Apply copy
services across
the storage pool
Storage Pool
HDSIBM Dell
HPSun
Combine the capacity
from multiple arrays
into a single pool of
NetApp
© 2011 IBM Corporation
into a single pool of
storage
Take the Next Step in Storage InfrastructureTake the Next Step in Storage Infrastructure
 Virtualized Storage
– Single storage pool
– Simplified LUN management
LAN
Li
p g
 Open Standards
– Build on what you have
– Designed for interoperability
LinuxSunAIXWin2k
Designed for interoperability
 Reducing complexity
– Moving away from box functions
– Advanced features in the SAN
SAN
AF
SAN Volume
Controller
Advanced features in the SAN
 Impact on performance
– Application optimization
capabilities
JBOD
IBM
AF
AF
p
HP
HDS Sun
AF AF
AF
5 i b fit >
© 2011 IBM Corporation
5 main benefits =>
1. Take the Next Step – Resource Utilization1. Take the Next Step Resource Utilization
LinuxSunAIXWin2k
 Improve Responsiveness
Dynamic volume expansion
Maintain data availabilityMaintain data availability
 Simplify Planning
Centralized visibilitySAN
Volume Expansion
Track actual application
capacity requirements
 Cost Optimization
Better utilization rates
Reduce planned outages
Reduce acquisition costs
HDS
JBOD
IBM
Reduce acquisition costs
HP
Sun
© 2011 IBM Corporation
2 Take the Next Step Volume Movement & Migration2. Take the Next Step - Volume Movement & Migration
LinuxSunAIXWin2k
 Downtime
Migration while maintaining
application availabilityMigration Mode app ca o a a ab y
Reduce planned outages
 Staff productivity
M i t t k d i
SAN
Migration Mode
Maintenance tasks during
business hours
Reduce reconfiguration of other
infrastructure componentsinfrastructure components
 Business Impact
More flexible choice of storage
d t
HDS
JBOD
IBMX
products
Easier storage replacement at
lease expiration
HP
Sun
© 2011 IBM Corporation
3. Take the Next Step – Point in Time Volume Copies
LinuxSunAIXWin2k
 Operational Flexibility
Volume PIT copies across
heterogeneous systemse e oge eous sys e s
Helps centralize data protection
 Management Effort
Si l i t f f
SAN
FlashCopy
Single user interface for copy
services across the enterprise
Reduced skills and training
 Business Impact
Use commodity storage for
secondary/backup copies
HDS
JBOD
IBM
Helps reduce vendor lock-in for
advanced functions
HP
HDS
Sun
© 2011 IBM Corporation
4. Take the Next Step – Enterprise Scalability4. Take the Next Step Enterprise Scalability
 Architectural Flexibility Architectural Flexibility
Modular growth and dynamic
controller reconfiguration
R d i kl t li tiRespond quickly to application
performance/capacity needs
 Storage Consolidation
C t li d d i i t ti dSAN Centralized administration and
event notification
Improved utilization of leftover
and spare capacity
SAN
S l bilit and spare capacity
 Fast Deployment
Implement additional nodepairs
ith t d ti
JBOD
IBM
Scalability
without downtime
Consistent implementation of
configurations & policiesHP
HDS
Sun
© 2011 IBM Corporation
5. Take the Next Step – Business Continuity5. Take the Next Step Business Continuity
 Data AvailabilityData Availability
Support PPRC
Recovery for planned and
unplanned outages
LAN
LinuxSunAIXWin2k
unplanned outages
 Asset Reduction
Helps reduce proprietary
ft d h d
LinuxSunAIXWin2k
SAN
SAN Volume Controller
software and hardware
Copy between heterogeneous
disks or subsystemsSAN
SAN Volume Controller
JBOD
IBM
 Increased Productivity
Common platform for
multi-vendor disks
HDS
JBOD
IBM Site2
Reduce need for subsystem-
specific skills
HP
Sun
Site1
Remote Copy
© 2011 IBM Corporation
Site1
SAN Volume Controller SAN Volume Controller
RAID
t ll 2
RAID
t ll 1
LUN4
LUN3
LUN2
LUN1
LUN4
LUN3
LUN2
LUN1
RAID
t ll 4
RAID
t ll 3
LUN4
LUN3
LUN2
LUN1
LUN4
LUN3
LUN2
LUN1
controller 2controller 1 controller 4controller 3
SAN Remote Copy
(MetroMirror/GlobalSAN FlashCopy
“ t id th b ”
© 2011 IBM Corporation
Mirror)“outside the box”
 Disk Array independant
i i / fl hmirroring / flashcopy
 Lower Secondary Array Cost
 Flexible Licensing
SAN Volume Controller SAN Volume Controller
RAID
t ll 2
RAID
t ll 1
LUN4
LUN3
LUN2
LUN1
LUN4
LUN3
LUN2
LUN1
RAID
t ll 4
RAID
t ll 3
LUN4
LUN3
LUN2
LUN1
LUN4
LUN3
LUN2
LUN1
Improve TCO +
Protected Investment +
I St Utili ticontroller 2controller 1 controller 4controller 3Improve Storage Utilisation
Cross-device
consistency groups
© 2011 IBM Corporation
SVC Installation Process
Evolutionary steps
 Install SAN Volume Controller
SVC Installation Process
Install SAN Volume Controller
 Stop host I/O to LUNs chosen for
migration
M i ti LUN t SVC i Map existing LUNs to SVC using
Image Mode VDisks
 Reassign Image mode VDisks fromg g
SVC to host
 Restart applications
 No data movement required
SAN
 No data movement required
 Arrays now managed as a pool
 Data moved, striped, rebalanced
Block virtualizationBlock virtualization
, p ,
 Application unaware of physical changes
 Future migrations now transparent
Array 1 Array 2 Array 3 Array 4
© 2011 IBM Corporation
Array 1 Array 2 Array 3 Array 4
In 1956, IBM asked : World ! Tell me what you need ?In 1956, IBM asked : World ! Tell me what you need ?
© 2011 IBM Corporation
In 1968, IBM asked : World ! Tell me how can I make your life easier ?In 1968, IBM asked : World ! Tell me how can I make your life easier ?
© 2011 IBM Corporation
IBM 2010 Storage New EraIBM 2010 Storage New Era
World ! What’s the Storage System of your dreams ?
Well, We need :
© 2011 IBM Corporation
IBM Response is :IBM Response is :
© 2011 IBM Corporation
© 2011 IBM Corporation
IBM Approach to solve :IBM Approach to solve :
Stop Storing So Much
IBM Real-time Compression … up to 80% less space
IBM ProtecTIER … up to 95% smaller disk backups
Move Data to the Right Placeo e ata to t e g t ace
IBM Easy Tier … up to 3 times more performance
with just 2% solid-state
Store More with What’s On the FloorStore More with What s On the Floor
IBM Storage Virtualization … up to 30% more utilization
IBM Thin Provisioning … up to 35% more utilization
© 2011 IBM Corporation
g p
© 2011 IBM Corporation
Sample ReferencesSample References
French Telecom Operator :
–Major European Storage customer–Major European Storage customer
–Data Center total storage capacity: 14.5 PB of SAN and 10 PB of
NAS.
© 2011 IBM Corporation
French Telecom Operator : Storage Political Resource AllocationFrench Telecom Operator : Storage Political Resource Allocation
DMX/DS8000
1- By default on T2
2- Moving data depending on
f
T1 - High-End
FC drives 15krpm
Blade Centers
SVC Admin
performance
BladeCenter
1 2 3 4 5 6 7 8 9 10 11 12 13 14
Blade Centers
CX,DS4000
EVAAIX, X86,VM,
T2 – Mid-Range
FC Drives 10 Krpm
Solaris ServersMain
Site
•New Storage repartition
T1 > 20% ( 50%
T3 - Low Cost
SATA Drive 7,2 Krpm
Virtual Storage
Second
Site
•T1=> 20% (vs.50%
without SVC)
•T2 & T3 => 80% (vs.
50% without SVC)
© 2011 IBM Corporation
g
Clariion CX3
)
French Telecom Operator : Right Tiering Distribution ResultsFrench Telecom Operator : Right-Tiering Distribution Results
St Ti i Di t b tiStorage Tiering Distrbutions
90%
100%
60%
70%
80%
90%
stribution
CX SATA
30%
40%
50%
rcentagedis
CX FC
DMX FC
0%
10%
20%
per
Before Expected Primary Secondary Actual
CX SATA 0 25 19 41 30
CX FC 10 25 56 45 50.5
DMX FC 90 50 25 14 19.5
p y y
© 2011 IBM Corporation
SavingsSavings
Before AfterBefore
High End
Disks Systems
90 % x 4
After
High End
Disks Systems
20 % x 4
Disks Systems
Mid Range Disk
Systems
10 % x 2
Disks Systems
Mid Range Disk
Systems
50 % x 2
SATA Disk
Systems
0 % x 1
SATA Disk
Systems
30 % x 1
Total 380 Total 210
45 % Yearly Savings
© 2011 IBM Corporation
© 2011 IBM Corporation
Mohamed El Mofty – mofty@eg.ibm.com
Storage Networking Solutions Manager – Egypt
+20 10 0575 9883

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Cw13 journy to the cloud by mohamed el mofty

  • 1. IBM Information Infrastructure Journey to the Cloud Mohamed El Mofty – [email protected] Storage Networking Solutions Manager – Egypt +20 10 0575 9883 © 2011 IBM Corporation
  • 2. The World is Becoming Smarter Every DayThe World is Becoming Smarter Every Day What’s Making it Smarter? More Information!  2.5 billion RFID tags sold in 2009 900 illi GPS d i ld ll 900 million GPS devices sold annually by 2013  76 million smart electric meters in 2009.76 million smart electric meters in 2009. 200M by 2014  Text messages generate 400TB f d t d il i th U Sof data daily in the U.S.  MRIs will generate a Petabyte of data globally this yeardata globally this year © 2011 IBM Corporation
  • 3. Smarter Systems are Creating an Information ExplosionSmarter Systems are Creating an Information Explosion Zettabytes  Storage requirements growing 20-40% per year Exabytes  Information doubling every 18-24 months  Storage budgets up 1%-5% in 2010 Petabytes Sto age budgets up % 5% 0 0 The information explosion meets budget reality Terabytes Gigabytes meets budget reality © 2011 IBM Corporation 2000 2005 2010 2015
  • 4. Out of sight – out of mindOut of sight out of mind Data we use everydayData we use everyday Data we need to keep around everyday © 2011 IBM Corporation p y y
  • 5. Storage Utilization TodayStorage Utilization Today Current StateHigh eofData edium Organizations still acquire, operate and ti t b j t Value wMe retire storage by project Low Low Medium High Value of Infrastructure © 2011 IBM Corporation
  • 6. Waste WaterfallsWaste Waterfalls unknown Known Purchased Storage Purchased Logically Waste Waterfall Chart g Capacity g y Configured Storage Capacity Allocated Storage Capacity toCapacity to File System Available Storage Capacity to Users Total ConsumedConsumed Storage Capacity 25% -47% Unique Data Stored © 2011 IBM Corporation PhysicalPhysical LogicalLogical AllocatedAllocated AvailableAvailable ClaimedClaimed UsedUsed
  • 7. Storage Virtualization isStorage Virtualization is . . . Logical Technology that makes one set of resources look and feel like another set of resources, preferably with more desirable characteristics… Logical Representation A logical representation of resources not constrained by physical limitations – Hides some of the complexityp y – Adds or integrates new function with existing services Can be nested or applied to multiple layers Virtualization – Can be nested or applied to multiple layers of a system Physical Resources © 2011 IBM Corporation Source: IDC
  • 8. SAN Volume ControllerSAN Volume Controller Helps Address the Explosive Growth of Storage Make changes to the VirtualVirtualVirtual Virtual Manage the storage pool from a central point storage without disrupting host applications SAN Virtual Disk Virtual Disk Virtual Disk Virtual Disk SAN Volume ControllerApply copy Storage Pool SAN Volume Controller Advanced Copy Services Apply copy services across the storage pool Storage Pool HDSIBM Dell HPSun Combine the capacity from multiple arrays into a single pool of NetApp © 2011 IBM Corporation into a single pool of storage
  • 9. Take the Next Step in Storage InfrastructureTake the Next Step in Storage Infrastructure  Virtualized Storage – Single storage pool – Simplified LUN management LAN Li p g  Open Standards – Build on what you have – Designed for interoperability LinuxSunAIXWin2k Designed for interoperability  Reducing complexity – Moving away from box functions – Advanced features in the SAN SAN AF SAN Volume Controller Advanced features in the SAN  Impact on performance – Application optimization capabilities JBOD IBM AF AF p HP HDS Sun AF AF AF 5 i b fit > © 2011 IBM Corporation 5 main benefits =>
  • 10. 1. Take the Next Step – Resource Utilization1. Take the Next Step Resource Utilization LinuxSunAIXWin2k  Improve Responsiveness Dynamic volume expansion Maintain data availabilityMaintain data availability  Simplify Planning Centralized visibilitySAN Volume Expansion Track actual application capacity requirements  Cost Optimization Better utilization rates Reduce planned outages Reduce acquisition costs HDS JBOD IBM Reduce acquisition costs HP Sun © 2011 IBM Corporation
  • 11. 2 Take the Next Step Volume Movement & Migration2. Take the Next Step - Volume Movement & Migration LinuxSunAIXWin2k  Downtime Migration while maintaining application availabilityMigration Mode app ca o a a ab y Reduce planned outages  Staff productivity M i t t k d i SAN Migration Mode Maintenance tasks during business hours Reduce reconfiguration of other infrastructure componentsinfrastructure components  Business Impact More flexible choice of storage d t HDS JBOD IBMX products Easier storage replacement at lease expiration HP Sun © 2011 IBM Corporation
  • 12. 3. Take the Next Step – Point in Time Volume Copies LinuxSunAIXWin2k  Operational Flexibility Volume PIT copies across heterogeneous systemse e oge eous sys e s Helps centralize data protection  Management Effort Si l i t f f SAN FlashCopy Single user interface for copy services across the enterprise Reduced skills and training  Business Impact Use commodity storage for secondary/backup copies HDS JBOD IBM Helps reduce vendor lock-in for advanced functions HP HDS Sun © 2011 IBM Corporation
  • 13. 4. Take the Next Step – Enterprise Scalability4. Take the Next Step Enterprise Scalability  Architectural Flexibility Architectural Flexibility Modular growth and dynamic controller reconfiguration R d i kl t li tiRespond quickly to application performance/capacity needs  Storage Consolidation C t li d d i i t ti dSAN Centralized administration and event notification Improved utilization of leftover and spare capacity SAN S l bilit and spare capacity  Fast Deployment Implement additional nodepairs ith t d ti JBOD IBM Scalability without downtime Consistent implementation of configurations & policiesHP HDS Sun © 2011 IBM Corporation
  • 14. 5. Take the Next Step – Business Continuity5. Take the Next Step Business Continuity  Data AvailabilityData Availability Support PPRC Recovery for planned and unplanned outages LAN LinuxSunAIXWin2k unplanned outages  Asset Reduction Helps reduce proprietary ft d h d LinuxSunAIXWin2k SAN SAN Volume Controller software and hardware Copy between heterogeneous disks or subsystemsSAN SAN Volume Controller JBOD IBM  Increased Productivity Common platform for multi-vendor disks HDS JBOD IBM Site2 Reduce need for subsystem- specific skills HP Sun Site1 Remote Copy © 2011 IBM Corporation Site1
  • 15. SAN Volume Controller SAN Volume Controller RAID t ll 2 RAID t ll 1 LUN4 LUN3 LUN2 LUN1 LUN4 LUN3 LUN2 LUN1 RAID t ll 4 RAID t ll 3 LUN4 LUN3 LUN2 LUN1 LUN4 LUN3 LUN2 LUN1 controller 2controller 1 controller 4controller 3 SAN Remote Copy (MetroMirror/GlobalSAN FlashCopy “ t id th b ” © 2011 IBM Corporation Mirror)“outside the box”
  • 16.  Disk Array independant i i / fl hmirroring / flashcopy  Lower Secondary Array Cost  Flexible Licensing SAN Volume Controller SAN Volume Controller RAID t ll 2 RAID t ll 1 LUN4 LUN3 LUN2 LUN1 LUN4 LUN3 LUN2 LUN1 RAID t ll 4 RAID t ll 3 LUN4 LUN3 LUN2 LUN1 LUN4 LUN3 LUN2 LUN1 Improve TCO + Protected Investment + I St Utili ticontroller 2controller 1 controller 4controller 3Improve Storage Utilisation Cross-device consistency groups © 2011 IBM Corporation
  • 17. SVC Installation Process Evolutionary steps  Install SAN Volume Controller SVC Installation Process Install SAN Volume Controller  Stop host I/O to LUNs chosen for migration M i ti LUN t SVC i Map existing LUNs to SVC using Image Mode VDisks  Reassign Image mode VDisks fromg g SVC to host  Restart applications  No data movement required SAN  No data movement required  Arrays now managed as a pool  Data moved, striped, rebalanced Block virtualizationBlock virtualization , p ,  Application unaware of physical changes  Future migrations now transparent Array 1 Array 2 Array 3 Array 4 © 2011 IBM Corporation Array 1 Array 2 Array 3 Array 4
  • 18. In 1956, IBM asked : World ! Tell me what you need ?In 1956, IBM asked : World ! Tell me what you need ? © 2011 IBM Corporation
  • 19. In 1968, IBM asked : World ! Tell me how can I make your life easier ?In 1968, IBM asked : World ! Tell me how can I make your life easier ? © 2011 IBM Corporation
  • 20. IBM 2010 Storage New EraIBM 2010 Storage New Era World ! What’s the Storage System of your dreams ? Well, We need : © 2011 IBM Corporation
  • 21. IBM Response is :IBM Response is : © 2011 IBM Corporation
  • 22. © 2011 IBM Corporation
  • 23. IBM Approach to solve :IBM Approach to solve : Stop Storing So Much IBM Real-time Compression … up to 80% less space IBM ProtecTIER … up to 95% smaller disk backups Move Data to the Right Placeo e ata to t e g t ace IBM Easy Tier … up to 3 times more performance with just 2% solid-state Store More with What’s On the FloorStore More with What s On the Floor IBM Storage Virtualization … up to 30% more utilization IBM Thin Provisioning … up to 35% more utilization © 2011 IBM Corporation g p
  • 24. © 2011 IBM Corporation
  • 25. Sample ReferencesSample References French Telecom Operator : –Major European Storage customer–Major European Storage customer –Data Center total storage capacity: 14.5 PB of SAN and 10 PB of NAS. © 2011 IBM Corporation
  • 26. French Telecom Operator : Storage Political Resource AllocationFrench Telecom Operator : Storage Political Resource Allocation DMX/DS8000 1- By default on T2 2- Moving data depending on f T1 - High-End FC drives 15krpm Blade Centers SVC Admin performance BladeCenter 1 2 3 4 5 6 7 8 9 10 11 12 13 14 Blade Centers CX,DS4000 EVAAIX, X86,VM, T2 – Mid-Range FC Drives 10 Krpm Solaris ServersMain Site •New Storage repartition T1 > 20% ( 50% T3 - Low Cost SATA Drive 7,2 Krpm Virtual Storage Second Site •T1=> 20% (vs.50% without SVC) •T2 & T3 => 80% (vs. 50% without SVC) © 2011 IBM Corporation g Clariion CX3 )
  • 27. French Telecom Operator : Right Tiering Distribution ResultsFrench Telecom Operator : Right-Tiering Distribution Results St Ti i Di t b tiStorage Tiering Distrbutions 90% 100% 60% 70% 80% 90% stribution CX SATA 30% 40% 50% rcentagedis CX FC DMX FC 0% 10% 20% per Before Expected Primary Secondary Actual CX SATA 0 25 19 41 30 CX FC 10 25 56 45 50.5 DMX FC 90 50 25 14 19.5 p y y © 2011 IBM Corporation
  • 28. SavingsSavings Before AfterBefore High End Disks Systems 90 % x 4 After High End Disks Systems 20 % x 4 Disks Systems Mid Range Disk Systems 10 % x 2 Disks Systems Mid Range Disk Systems 50 % x 2 SATA Disk Systems 0 % x 1 SATA Disk Systems 30 % x 1 Total 380 Total 210 45 % Yearly Savings © 2011 IBM Corporation
  • 29. © 2011 IBM Corporation Mohamed El Mofty – [email protected] Storage Networking Solutions Manager – Egypt +20 10 0575 9883