HP Takes Lead from IBM on TOP500 Supercomputing Lis

For the second consecutive year, the powerful and energy-efficient HP BladeSystem c-Class server has dominated the TOP500 list of the world’s largest supercomputing installations by delivering a flexible architecture that provides customers with measurable cost, space and energy savings.

Including systems built on HP ProLiant architectures, HP now commands a total of 41.8 percent of systems on the TOP500 list, while IBM slipped to 37.6 percent.

HP BladeSystem powers 40.2 percent of the systems on the most recently announced list; this represents more blade installations than all other vendors combined. Versatile, energy-efficient and affordable, HP blade servers provide customers with the maximum density required for high-performance and scale-out computing.

With 201 placements, the number of HP BladeSystem servers on the TOP500 list has increased by 5 percentage points compared to the June 2008 ranking and by 10 percentage points compared to June 2007. The number of high-performance computing (HPC) installations using blade servers on the TOP500 list has increased more than any other single computing architecture. In fact, blade-powered systems are increasingly replacing proprietary systems in the HPC area and legacy mainframe architectures in commercial environments.

“Customers can maximize their high-performance computing investments while increasing energy efficiency with blades, clearly improving their bottom line,” said Christine Martino, vice president and general manager, Scalable Computing and Infrastructure organization, HP. “The continued dominance of HP BladeSystem customers on the TOP500 list demonstrates the growing market demand for industry-standard architectures that address a broader set of computing challenges at a far lower cost than proprietary systems and mainframes.”

Emphasizing the strong momentum of HP blade technology in the market, the HP ProLiant BL2x220c G5 powers several of the most power efficient industry-standard supercomputing clusters, including WETA Digital Ltd. in New Zealand, Cyfronet in Poland and Columbia University in New York City. The BL2x220C G5 delivers up to 260 megaflops-per-watt ratio(1) running the TOP 500 Linpack Benchmark across a single, 32-node enclosure.

This performance benefit, coupled with 14 placements on the TOP500, positions the HP BL2x220c as the leading server blade for customers that need maximum application performance without the additional infrastructure costs.

According to IDC’s worldwide HPC server Qview report, HP is the leading provider of HPC servers with 37 percent of the overall market based on revenue in the second quarter of 2008.(2)

“Over the last several years, we’ve seen an explosive growth of blade servers for a widening range of high-performance computing applications – from digital media creation and online gaming to more traditional HPC applications such as computer-aided design,” said Earl Joseph, program vice president, High-performance Computing, IDC Research. “Previously, customers’ only choice for HPC was a high-end, multi-million dollar supercomputer. Now, blades offer a highly flexible, scalable, lower-budget alternative to the proprietary systems that historically dominated the TOP500 list.”

HP Board Declares Regular Dividend, Sets Annual Meeting and Record Dates

On Nov. 20, 2008, the HP board of directors declared a regular cash dividend of 8 cents per share on the company’s common stock.

The dividend, the first in HP’s fiscal year 2009, is payable on Jan. 7, 2009, to stockholders of record as of the close of business on Dec. 17, 2008.

HP has approximately 2.5 billion shares of common stock outstanding.

HP also established a record date for its 2009 annual meeting of stockholders. HP stockholders of record at the close of business on Jan. 20, 2009, will be entitled to notice of the annual meeting and to vote upon matters considered at the meeting. The annual meeting will be held in Santa Clara, Calif., on March 18, 2009.

HP will make available to all stockholders of record important information about the meeting and the matters to be considered. Stockholders are urged to review that information when it becomes available.

AMD Announces Quad FX Platform

AMD has launched the "Quad FX Platform" with Dual Socket Direct Connect (DSDC) Architecture, regarded as the supreme platform for mega-tasking.

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AMD has launched the "Quad FX Platform" with Dual Socket Direct Connect (DSDC) Architecture.

Regarded as the supreme platform for mega-tasking enthusiasts by AMD, Quad FX Platform is the first dual-socket, multi-core desktop PC platform designed to take advantage of the latest enhancements in Windows Vista Ultimate.



The new platform is powered by pairs of AMD Athlon 64 FX-70 series dual-core processors, which is the newest addition to the award-winning AMD Athlon 64 FX processor lineup. These processors will help users make the most of their overall computing experience, while gaming, editing audio/video, and streaming high-definition content.

DSDC Architecture enables high-bandwidth communication between matched pairs of AMD Athlon 64 FX-70, AMD Athlon 64 FX-72, and AMD Athlon 64 FX-74 dual-core processors. Enthusiasts can benefit from having twice the number of processor cores due to a dual-socket configuration.

According to AMD, the Quad FX Platform has been designed to meet the enhanced PC experiences made possible by Microsoft Windows Vista, and also for the software industry that is moving towards multi-threading environment that involves running multiple, demanding applications and multi-threaded games.

Apart from the Dual Socket Direct Connect Architecture, the platform also has support for a seamless upgrade path to a total of eight processing cores with planned AMD native quad-core processors in 2007.

With AMD64 technology and Dual Socket Direct Connect Architecture, the new AMD Quad FX Platform offers scaleable performance enhancements on a personal workstation powered by AMD Athlon 64 FX processors. It is designed with next-gen platform innovations such as high-performance, low-latency unbuffered DDR2 memory and for Non-Uniform Memory Access (NUMA) support with compatible operating systems.

In addition, Nvidia is the chipset and multi-GPU launch partner for the Quad FX platform. The GeForce 8 series of graphics processing units and the nForce 680a media and communications processor have been used in the new platform, which will help deliver an ideal solution for mega-tasking enthusiasts.

The AMD Quad FX Platform promises to offer enthusiasts absolute performance, flexibility, and customization by including features like twelve SATA controllers designed to enable up to nine terabytes of storage using currently available drive technologies (for over 450 high-definition movies), and increased spacing between PCI-E slots to accommodate up to four high-performance graphics cards.

AMD claims infinite options with the new platform to tweak the custom systems, including the ability to drive four or even eight monitors at the same time when using up to four PCI-E graphics cards.

The new AMD Athlon 64 FX-70, FX-72, and FX-74 dual-core processors will be available in pairs at a price of $599 (Rs 26,764); $799 (Rs 35,699); and $999 (Rs 44,635) respectively for PIB (Processor in Box).

AMD Athlon 64 FX-70 series dual-core processors are expected to be available world-wide by early 2007.