PRIMERGY server-based
High Performance Computing
solutions
PreSales
- May 2010 -
HPC Revenue – OS & Processor Type
Increasing standardization with shift in HPC to x86 with 70% in 2008. .
HPC revenue by operating system HPC revenue by processor type
0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100% HP C Re v e n u e b y O /S 2001 2002 2003 2004 2005 2006 2007 2008 Other W/NT Linux Unix 0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100% H PC R e ve nu e Sh a re by P ro ce ss or T yp e 2003 2004 2005 2006 2007 2008 Other Vector PROP EPIC RISC X86
High Performance Computing
n Generate input data for
simulation
Usage example for car crash simulation
High Performance Computing indicates high-speed processing for large amounts of scientific data, and is used e.g. for simulating the crash of an automobile.
PC / Workstation
n Display simulation
result
PC / Workstation
n Run simulation job
n Increasing the number of servers, raises total processing performance and allows
more jobs to be run in any given time frame
n A job consists of multiple processes which calculate results in parallel to achieve
high speed computing
n Multiple jobs are executed simultaneously increasing system throughput
What is an HPC Cluster?
Image of an HPC Cluster
Multiple servers connect via a fast network enabling distributed and parallel processing
Fujitsu‘s HPC History
Fujitsu already has history of more than 3 decades in high-performance computing with a lot of skills in development as well as technological know-how.
30 Years Fujitsu Supercomputing
∼1980 1985 1990 1995 2000 2005 2010 Future Petascale Supercomputer Japan’s First Vector (Array) Supercomputer (1977) No.1 in Top500 (Nov. 1993)
Gordon Bell Prize (1994, 95, 96)
World’s Most Scalable Supercomputer
(2003)
Japan’s Largest Cluster in Top500 (July 2004) Most Performance Efficient in Top500 (Nov. 2008) F230-75APU x86 Cluster PRIMERGY BX900 Cluster node HX600 Cluster node VPP5000 VPP300/700 AP3000 PRIMEPOWER HPC2500 PRIMEQUEST FX1 SPARC Enterprise VPP500 AP1000 VP Series NWT Developed with NAL PRIMERGY RX200 Cluster node World’s Fastest Vector Processor (1999) ⒸJAXA
HPC Cluster Overview
Growth In HPC Clusters 0 200,000 400,000 600,000 800,000 1,000,000 1,200,000 1,400,000 1,600,000 1,800,000 Q103Q203 Q303Q403Q104Q204 Q304Q404 Q105Q205 Q305Q405Q106Q206 Q306Q406 Q107Q207 Q307Q407Q108Q208 Q308Q408 Re ven ue ( $K ) cluster non-clusterDepartmental 100 – 249K$
Summary HPC Market
Growing market potential with 21% of total server revenue in 2013. .
HPC revenue by operating system HPC Server EMEA Target Market
Supercomputer >500K$
Divisional 250 – 499K$ Workgroup <100K$ n HPC market is growing faster than total
server market WW
n HPC generates 21% of server
revenue in 2013
n x86 dominates HPC market:
n ~ 70% share (2008)
n 54% share in total server market
n Addressable EMEA market
n ~1.5B$ in revenue
n ~400K HPC nodes in 2010 n We focus on Workgroup and
departmental HPC segments due to higher profitability and enhanced level of standardization.
n Average target of 7% market share
GTM And HPC Segment Coverage
Focus on workgroup and departmental HPC segments due to higher profitability and enhanced level of standardization.
HPC Segment Coverage HPC Breakdown of Business Segment
n EMEA HPC Market segment
coverage by FJ organizations
n Midmarket / departmental
segment
n High volume workgroup HPC
segment / R&D project
n FTS will actively drive x86 based
business in EMEA HPC market according to segmentation above
n Business in EMEA includes
PRIMERGY HW, Services, Middleware based on HPC implementation roadmap
PRIMERGY HPC Portfolio
Fujitsu offers a complete solution stack for high-performance computing consisting of hardware, middleware and corresponding services.
Fujitsu x86 HPC ECO system
PRIMERGY HW FJ MW Stack Application Layer from ISV’s FJ managed and operational Services RX200 BX900 CX1000 Flow Simulation System op. tools Parallel File System Other Modules Financial Simulation Crash Simulation Other Apps Areas Scheduler HPC as a Service HPC managed Services C o n su lti n g a n d In te g ra ti o n Se rv ic es
PRIMERGY Products For HPC
Selected standard PRIMERGY Rack and Blade Servers as well as PRIMERGY CX1000 can be integrated in HPC solutions.
PRIMERGY for HPC PRIMERGY CX1000 PRIMERGY BX900 PRIMERGY RX200
PRIMERGY RX200 S6
RX200 combines highest CPU and memory performance plus high reliability features with 1U rack server density.
n Full performance in a 1U rack server
n Latest generation Intel® Xeon®
Processor 5600 series
n SAS 2.0 (6 Gb/s) support
n Energy saving
n Highly efficient power supplies
with 92% efficiency
n High redundancy and data security
n Redundant and hot-plug fans and
power supplies
n Modular RAID concept
n Best in class remote management
n On board iRMC S2 controller
together with ServerView Suite
Feature Overview
Usage Scenarios
Enterprises looking for the shortest-possible deployment timeframe can select PRIMERGY RX200 rack servers
as the building blocks for their HPC clusters.
PRIMERGY BX900
BX900 combines high performance with flexible scaling I/O bandwidth in Industry leading blade density.
n Latest Intel® Xeon® Processors
supporting high frequency CPUs
n Industry leading Blade Server
density
in the 10U chassis form factor:
Up to 216 cores per BX900 in 2010 with next generation Intel
processors
n Industry leading IO Bandwidth
n Flexible scaling of IO Bandwidth:
from 4 Gb up to 140 Gb per Serverblade
n Optional low latency/high
bandwidth Infiniband infrastructure
Feature Overview
Usage Scenarios
Complete server infrastructure which can adapt dynamically to different IT usage scenarios, increasing the agility
of IT infrastructures while reducing costs.
PRIMERGY CX1000
The PRIMERGY CX1000 provides cost efficient, flexible and dynamic compute infrastructure for high density datacenters.
n 38 server nodes per rack
n Simple, cost effective architecture
n easy to operate and easy to
maintain
n easy to exchange – server or
motherboard is field replaceable unit
n OPEX cost efficient
n Central rack cooling supporting
“back to back” configurations
n Product extensions during 2010
n Building block system for project
solutions
n Efficiency optimization of cooling
subsystem
n Planned 10GbE and IB support
Feature Overview
Usage Scenarios
New and innovative cloud server infrastructure platform that addresses
scale-out requirements of large data centers, hosting and as-a-service providers, as well as cloud and
HPC Middleware Stack
n HPC middleware is specific for
managing and running HPC apps on the cluster
n Requires optimal system
configuration
n Must support SME customers with
little IT expertise
n Efficient resource management with
optimal job scheduling
n Standard procedures for system
setup
n Management of large number of
nodes with optimal scalability
HPC middleware is mostly based on open source solutions - Fujitsu plans to provide an integrated, optimized and pre-tested middleware stack.
HPC middleware requirements Proposed HPC middleware stack
n Standard set of HPC middleware will
be provided
n Deploy, operate, manage and
monitor the cluster environment
n Pre-loading will be provided as an
installation service
n 4 Pre-defined packages
n Standard package
n Optional FJ modules
n Integration of customer modules
n Customize and install customer
Fujitsu HPC Middleware Coverage
Application programs
• Compiler and tools for application software developers
Application development environment
• MPI, OpenMP and parallel libraries for parallel application execution
Parallel execution environment
• Middleware infrastructure for enterprise cloud computing
Cloud infrastructure
• 3D graphic tools to visualize result of application execution (TBD)
Visualization tools
• Batch job scheduler to allocate computer resource to job and execute
Job scheduler
• Monitoring and management tools for computer resource
System operation tools
• File system for parallel job execution and parallel I/O
Parallel file system
• Standard tool for initial system setup, operating system distribution, system validation and maintenance
Initial system setup and maintenance
• Device drivers for Fujitsu standard hardware such as InfiniBand
FTS Support Structure
n HPC middleware is specific for
managing and running HPC apps on the cluster
n Requires optimal system
configuration
n Must support SME customers with
little IT expertise
n Efficient resource management with
optimal job scheduling
n Standard procedures for system
setup
n Management of large number of
nodes with optimal scalability
x86 HPC operational services
HPC as a service
Managed And Operational HPC Services
Serving the increasing demand for new delivery models we plan to complement our HPC hardware and software offering by a set of Managed and Operational Services. .
n Managed Services – off premise
n HPC as a Service
n Possible usage scenarios include
n Smaller companies required to
run larger models and data but cannot afford to buy their own large cluster e.g., Suppliers and partners for large manufacturing groups (aeronautic, automotive)
n Organizations with need to
reduce operational costs associated with IT
n Project overload – on demand
usage of external resources
Consulting and Integration Services
A centrally managed HPC competency network will lay the foundation for required consulting and integration services.
n Internal support network with FJJ,
FSE, FTS and external partners
n Single point of contact in HQ for
country sales
n Project support
n Standardized support process
n Access to back level resources
to support qualification, sizing, benchmarking, integration, customizing and proposal building
Overview HPC Customer
CEMA Midmarket R&D
Manufacturing
Financial Services
Research and Education
FTS Sales
FTS TSP FTS RSG
Product /Services Sales Support
Ext. Partners
e.g. ICT AG FSE
Others …
