HP Leads High-performance Computing Market for Third Consecutive Year

Customers worldwide use HP solutions to further scientific discovery

PALO ALTO, Calif., Apr 3, 2006, For the third consecutive year, HP is the revenue leader in the $9 billion high-performance computing (HPC) market.

HP took the No. 1 position with more than 31 percent market share, according to 2005 figures released by research firm IDC.(1)

Fueled by the success of its Unified Cluster Portfolio, HP produced industry-leading revenues across the HPC market segments of workgroup, departmental and enterprise as well as in overall clustered systems.

In the fastest growing segment – technical combined workgroup and departmental systems – HP has the top position with 30 percent market share. These systems now account for more than 55 percent of the HPC market, up from 37 percent in 2002. IDC defines workgroup systems as those costing less than $50,000 and departmental systems as those costing between $50,000 and $250,000.

HP also holds the No. 1 position in the enterprise segment, which includes through-put oriented systems costing more than $1 million, with a 47 percent revenue share.

In addition, HP is No. 1 in technical cluster revenues with a 31 percent market share. The market for technical clusters has been growing at more than 70 percent for the past four years.

“HP is delivering affordable, easy-to-use industry standard-based supercomputing solutions to an increasingly broad range of research teams in diverse application areas around the globe,” said Winston Prather, vice president and general manager, High Performance Computing Division, HP. “The expansion of HPC is fostering more, better and faster scientific discovery and HP is at the forefront – advancing the power of computing to boost scientific productivity.”

Some HP customers that exemplify the trend of HPC growth include:

* Saoirse Corporation, Cambridge, Mass., focuses on nanosystem-based biological technology and recently purchased a five-node HP Cluster Platform 4000 system running Accelrys Materials Studio and Accord software for primary research in drug delivery. Saoirse will use the cluster to perform critical research tasks to build and simulate the interaction of drugs and materials with local media, tasks that are not feasible using traditional experimental methods.
* At the University of Texas Medical Branch (UTMB), scientists employ a 15-node HP Cluster Platform 4000 running United Devices GridMP software to manage an evolving campus-wide grid computer. The cluster and grid technologies are used to rapidly screen extensive chemical databases to identify drugs that can combat bioterrorist pathogens and treat emerging infectious diseases. The HP Cluster Platform also runs high-memory and I/O-intensive applications to determine structures of highly pathogenic viruses to near atomic resolution. UTMB is one of 10 National Institute of Health (NIH) Regional Centers of Excellence in Biodefense. UTMB’s Galveston National Laboratory is one of two national centers established by the NIH for biodefense and infectious disease research.
* Canada’s Shared Hierarchical Academic Research Computing Network (SHARCNET) uses HP Cluster Platform 4000 systems in a vast computational grid that provides HPC capability to 16 leading Ontario universities, colleges and institutes for advanced scientific research. SHARCNET is accelerating breakthroughs in such areas as human genomics, the containment of infectious human and animal diseases, improving weather prediction, simulating the collapse and formation of stars and planets, and the development of nano-scale electronic devices.
* South Africa’s Council for Scientific and Industrial Research (CSIR) is implementing a 52-node HP Cluster Platform 4000 as part of its new HPC facility, C4, established to enhance its scientific computing infrastructure and develop skills and experience for South Africa’s HPC community. The C4 facility will be used for applications in bioinformatics, aerospace, material sciences, geosciences and other large-scale modeling and simulation activities and will act as a general purpose capacity computing infrastructure.
* Norway’s University of Tromsø upgraded to a 100-node HP cluster system to provide a 10-fold increase in computing power and meet the growing demands of its chemistry and biotechnology researchers. More intensive, time-critical projects can now be undertaken and the facility is attracting more research funding and scientists to the university.
* Spain’s National Institute of Aerospace Technique (INTA) uses a 32-node HP Cluster Platform 6000 to perform its principal aerospace research involving simulation, structural analysis and electronic design.
* China’s Daqing Oilfield is using a 16-node HP Cluster Platform 3000 system running Linux and Schlumberger Eclipse reservoir simulation software to locate and exploit petroleum resources more quickly and cost-effectively.
* China’s Fudan University has acquired a 128-node HP DL360 cluster and a 16-node HP rx2600 cluster system for a supercomputer center focused on research in life and materials sciences, chemistry, physics and mathematics.
* Shanghai University has acquired a 174-node HP DL360 cluster for use as a shared grid research platform.

More information about HP in high-performance computing is available at www.hp.com/go/hptc.

About HP

HP is a technology solutions provider to consumers, businesses and institutions globally. The company’s offerings span IT infrastructure, global services, business and home computing, and imaging and printing. For the four fiscal quarters ended Jan. 31, 2006, HP revenue totaled $87.9 billion. More information about HP (NYSE, Nasdaq: HPQ) is available at http://www.hp.com.

(1) IDC, Worldwide Technical Server 4Q05 Vendor Shares, Feb. 24, 2006.

This news release contains forward-looking statements that involve risks, uncertainties and assumptions. If such risks or uncertainties materialize or such assumptions prove incorrect, the results of HP and its consolidated subsidiaries could differ materially from those expressed or implied by such forward-looking statements and assumptions. All statements other than statements of historical fact are statements that could be deemed forward-looking statements, including but not limited to anticipated operational and financial results; statements of expectation or belief; and any statement of assumptions underlying any of the foregoing. Risks, uncertainties and assumptions include the achievement of expected results and other risks that are described from time to time in HP’s Securities and Exchange Commission reports, including but not limited to the risks described in HP’s Quarterly Report on Form 10-Q for the fiscal quarter ended Jan. 31, 2006, and other reports filed after HP’s Annual Report on Form 10-K for the fiscal year ended Oct. 31, 2005. HP assumes no obligation and does not intend to update these forward-looking statements.

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