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© 2007 Hitachi Data Systems
Green Approach to Manage the Explosive Growth of Data
Reduce Power, Cooling and Space CostsPositive Change for the Environment
Vasudevan NairRegional ConsultantASEANHitachi Data Systems
2© 2007 Hitachi Data Systems
What We Will Address Today
Eco-Friendly - a Hot Issue
Data Centre Worst Offenders and Contributing Factors
The Hitachi Data Systems Advantage
You are Part of the Solution
3© 2007 Hitachi Data Systems
Global Energy Trends in IT
• Data centers are running out of space (not
just physical, but cooling and power capacity)
• Energy costs are rising, and social
responsibility pressures are mounting.
• The international eco-focus on increased
power consumption is fueling. IT users,
business executives, politicians, and the
general public have begun to ask the
question “Is IT part of the problem or part of
the solution?”
4© 2007 Hitachi Data Systems
Google…
Google identified that the cost of powering its systems was going to exceed the capital costs of those systems over their useful life
source- ITCentrix
5© 2007 Hitachi Data Systems
Power and cooling exceeds server Spending – IDC 2006
$0
$10
$20
$30
$40
$50
$60$70
$80
1996 1997 1998 1999 2000 2001 2002 2003 2004 2005 2006 2007 2008 2009
Installed base(M units)
2
4
6
8
10
12
14
16
18
Spending(US$B)
New server spendingPower and cooling
Power and CoolingInexpensive dense computing and increasing power costs are shifting requirements and spending
What is the greatest facility problem with your primary data center?
Gartner, Best Practices in Data Center Facilities, Michael Bell, October 2006
Excessive Heat
Insufficient Raised Floor
Insufficient Power
Poor Location
Excess Facility Cost
None of the above
29%
21%
29%
6%3%
13%
N = 112
Cost of power = cost of purchase for servers (2007), = 40% cost of purchase for storage Power and cooling will be a top 3 issue with all CIOs in the next 6-12 months”
Michael Bell – Gartner
Increasing Expense of Power and Cooling
6© 2007 Hitachi Data Systems
Demands On Our Power Sources
Storage 30%Servers 50% Infrastructure 20%
POWER DEMAND BY IT
COMPONENT
Cooling 25%
IT Equipment 50% Lighting 3%
UPS 10%Air Movement 12%
POWER DEMAND BY DATA CENTER COMPONENT
7© 2007 Hitachi Data Systems
Inside your Data Center…
5. In-Rack Cooling1.Monitoring
2. Air Conditioning
3. Low PowerProcessors
6. In-Row Cooling
7. Improve Utilization
4. In-ChassisCooling
8. Spin Down7. DC power supplyin Datacenter
8© 2007 Hitachi Data Systems
What Should You Do Now?
• Strengthen communication with facilities planning• Identify energy use and cost • Understand energy source capabilities and options • Consolidate server, networking & storage controller -
Virtualization• Evaluate power and cooling impact when buying equipment • Do business with the “right” suppliers who implement a
“Green Value Chain”
9© 2007 Hitachi Data Systems
Islands of Storage Only Worsen the Problem
Thin Provisioning
Thin Provisioning
Virtual Tape
TieredStorage
File Services
Content Services
Content Services
DiscreetSolutions
Cost Complexity Risk
10© 2007 Hitachi Data Systems
Enabling The Services Oriented Data Center
SOAServices Oriented Architecture
SOIServices Oriented Infrastructure
SOSServices Oriented Storage
Server Networks
Storage Networks
Application A Application B Application C
11© 2007 Hitachi Data Systems
Hitachi’s Differentiation:
No More Islands of Storage
Thin Provisioning
Thin Provisioning
Virtual Tape
TieredStorage
File Services
Content Services
Content Services
Thin Provisioning
TieredStorage
File Services
VirtualTape
Content Services
12© 2007 Hitachi Data Systems
Software Technology Enables Virtualization
Hitachi Storage Resource Management Software
Device Manager Tuning Manager Storage Manager Tiered Storage Manager
• Common user interface
• Efficient management
• Better resource utilization
• Reduced staff training
• Improved TCO
13© 2007 Hitachi Data Systems
Primary Site
Secondary Site
Less bandwidth
required to replicate
data over distance
Master Server
De-duplication Services with Remote Replication
14© 2007 Hitachi Data Systems
Email Server Document Management General Accounting Web Applications
Optical JukeboxTape Library NAS RAID Array
Archive Solutions Today Creates Islands of Storage
SMTP CIFS NFS HTTP
Data creation
applications
Islands of Storage
Lack of Scalability
Search #1 Search #2 Search #3 Search #4
No search across
disparate storage systems
15© 2007 Hitachi Data Systems
Home Grown Application
PACS
Hitachi Content Archive Platform:Consolidated Content Services
• Supporting multiple
applications simultaneously
• Common archive functions
across content types
– Data and metadata ingest
– Authentication and policies
• Common Search
– All content in the archive
– File Attribute, Meta data,
bit map
• High performance
scalability,
File SystemDocument management
E-mail ArchiveSoftware
Result Set
• Scale up to 80 Nodes
• SAN attach storage
• 20 PB of Storage
• 32 Billion Objects
16© 2007 Hitachi Data Systems
The HITACHI Difference: Beyond energy efficient systems- We do it with Solutions
• Dynamic provisioning, improving disk utilization from between 30
40% in most opens systems environments to 60% or greater
• Load balancing to reduce or eliminate hot spots within the array
enclosure, thereby reducing heat load on the ambient cooling
system.
• Data compression – compression algorithms reduce (by a factor of
2:1 or 3:1) the amount of physical resources required to store a
given data object (file,volume, or dataset).
• Data de-duplication techniques, to further reduce (up to 20:1)
physical disk resources required for a given volume of data.
• Tiered Storage that integrates slower-spinning secondary disk (for
example, SATA) and tape to reduce the load placed on electrical
and cooling systems by high performance disk.
17© 2007 Hitachi Data Systems
The HITACHI Difference: Beyond energy efficient systems- We do it with Solutions
• Active archive software that moves data off high-performance disk
to secondary and tertiary storage tiers.
• Spin-down of inactive disks – Array power management can also
include the ability to essentially “turn off” drives that have not been
active for some predetermined time period and then turned back on
as the data they contain is needed. This process can yield
substantial increases in power density (Kw required for a given
volume of data).
18© 2007 Hitachi Data Systems
Assumptions: Power is 13.5¢ per kWh; Space is $150 per sq./ft. per year
• Results (2) – USP V Virtualized Comparison:
ITCentrix Environmental Analysis
19© 2007 Hitachi Data Systems
Source: David Floyer, CTO, ITCentrix
$0,000-
$2,000-
$3,000-
$4,000-
$5,000-
$6,000-
ITCentrix: Competition is 46% More Expensive Than Hitachi High-performance NAS Platform
Competitive Best-of-Breed
$1,000-
HITACHI HNAS PLATFORM
$5,462
$3,733
Competition is 46% More Expensive
Total Cost of Ownership (TCO) Comparison (3 Year Impact on IT Budget)
Cos
ts o
ver 3
Yea
rs $
(000
)
20© 2007 Hitachi Data Systems
“Toyota Turns to Hitachi for Hybrid Motors”
Hitachi: Eco-Friendly in All Industries—not just Information Technology
21© 2007 Hitachi Data Systems
In Closing- You are the part of the solution
– Implement an overall IT Eco Friendly strategy IT that shows your
contribution to energy conservation and carbon neutrality
– Plan the future location of data centers near high-quality sources of
eco-sustainable power and communication facilities, where the cost of
cooling is reasonable.
– Ensure that the your IT infrastructure is able to dynamically and
automatically provision, maintain, upgrade, replicate, remotely
replicate, back up, recover, and migrate storage without any impact to
applications, allowing the optimization of storage spending.
– Look beyond system price and power consumption when you make
HW/SW acquisitions. Consolidation capabilities, such as virtualization,
can reduce the number of servers, network components, and storage
systems are key considerations.
– Choose suppliers that have a committed program of eco-sustainability
and a proven track record of setting and achieving these goals.