Transcript Presentation Title

Fujitsu PRIMERGY Servers
“Next Generation HPC and Cloud Architecture”
PRIMERGY CX1000
Tom Donnelly
April 2010
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Copyright 2009 Fujitsu America, Inc.
Factors driving IT growth and demand
Cloud Computing
Virtualization
Datacenter
Datacenter
HR Strategy "War for Talent"
Industrialization
The Economic Downturn accelerates demand for
new technologies and concepts as IT budgets are cut
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Copyright 2009 Fujitsu America, Inc.
IT Moves Towards Shared Dynamic Infrastructures
 Based on virtualization and automation technologies customers move away
from dedicated resources towards virtual or shared environments
 Services and operations are increasingly important
 Integration and orchestration of resources are key prerequisites for
Dynamic Infrastructures.
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Copyright 2009 Fujitsu America, Inc.
Dynamic Infrastructures
Dynamic Infrastructures
 Transform assets into dynamic
resource pools

Managed
Infrastructure
Assign server, storage and network
resources to business processes
on demand
Infrastructure
as a Service
 Deliver complete, end-to-end
integrated IT


Provisioning of alternative delivery
models for IT to consequently
address the unique needs of
individual customers
Infrastructure
Solutions
Dynamic Cube
Infrastructure
Products &
Services
IT based on maximum
standardization to ensure end to
end connectivity, reliability and
scalability
The new delivery model of IT
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Extending the Server portfolio
PRIMERGY CX1000
Internet Scale-out
Datacenters and
Managed domains
Versatile
&
Scalable
Fully
integrated
server
Higher server
density with
centralized
infrastructure
Decouple compute
power and storage
Rack
optimized
server
Blade Server
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Multiple Rack
Control
Copyright 2009 Fujitsu America, Inc.
CX1000 Target Customers
All companies facing Power, Cooling and Datacenter density problems with current
facilities and are looking for cost efficient, massive scale out hardware
Companies in context to cloud or IaaS
 Offering public infrastructure services based on own software and or virtualized
middleware stack  web and managed hoster, IaaS providers
 Offering dedicated datacenter Tier 1 or 2 outsourcing services like ERP,
CRM or Web 2.0  outsourcers, application service providers
 System integrators offering turn key cloud platforms to large enterprises
Large Enterprise customers or in-house IT providers:
 Who need to provide large scale-out web or Tier 2 application services
 In-house IT providers who need to offer IaaS services
Compute clusters or HPC
 Companies running compute clusters for simulation, data mining, modeling etc.
 Scientific research
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Product Overview
PRIMERGY CX1000 – The Cool-CentralTM Architecture
Compute infrastructure
CX1000 S1
 Simple, very energy efficient
Rack Infrastructure
 Innovative shared cooling
solution Cool-CentralTM
 Rack with 38 fan-less
nodes/ back-to-back setup
 I/O at front side, no doors
+
Cloud server nodes
CX120 S1
 Simple, very cost
efficient rip & replace
design
 Flexibility and adaptable
standard boards
 Fan less & energy
efficient components
 2 socket Intel
Xeon 5600 series
 Customizable
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+
Standard switches
Brocade or others
 Switch-agnostic
network transparency
 Fujitsu integration
of standard switches
 Shared or dedicated
management LAN
 Pre-cabling @ factory
Copyright 2009 Fujitsu America, Inc.
PRIMERGY CX1000 Summary
New Data Center economics with PRIMERGY
Easy scale-out 100s, 1,000s of nodes
> 20% power saving versus rack servers
CX1000
CX1000
Cool-CentralTM
Massive scale
out compute
power
Power/
heat
economics
Data
center
density
Design
to cost &
simplicity
Traditional
In-Row Cooling
Up to 40% DC space saving
vs. traditional rack servers
Up to 20% CAPEX saving
versus rack servers
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“No InfiniBand Switch Support”
“If a HPC system requires over 4-8 nodes,
InfiniBand matters.” (HP Statement)
The Counter


HP data is based on special cases.
Fujitsu analysis shows that only
HPC systems needing over 40-60
blades and using InfiniBand have
systems performance exceeding
Gigabit Ethernet use.
Fujitsu’s direction is:


If customers want an HPC system
using 60+ blades and request
InfiniBand, DO NOT BID!
Gbit is fastest growing, largest segment
But also note:

Gigabit Ethernet connections
dominate with 60% share of Top PCcluster HPC systems.
 Low-end HPC systems are growing
most rapidly. Typical Windows
Compute Cluster (WCC) blade
systems use less than 10 blades.
 Infiniband Switches are very
expensive.
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2009 Fujitsu America,
Inc.
Copyright 2009 FUJITSU
TECHNOLOGY
SOLUTIONS