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    Latest News

    IBM BladeCenter and POWER Microprocessor Fuel Europe's Most Powerful Supercomputer
    Friday November 05 2004 @ 04:39PM EST

    MADRID, SPAIN and ARMONK, NY – November 5, 2004 - IBM and the Spanish Minister of Education & Science, María Jesús San Segundo, unveiled today the most powerful supercomputer in Europe, breaking previously held records according to the LINPACK benchmark[1].

    Named “MareNostrum,” the system was built with highly scalable and flexible IBM eServer™ BladeCenter™ JS20 blade servers and is based on the Linux operating system and IBM’s POWER™ microprocessors - marking the first time that blade server technology has been used to attain top-five status among the world’s most powerful supercomputers. Also, unlike most other supercomputers, MareNostrum does not require additional cooling systems.

    The supercomputer was built as a result of an agreement between IBM and the Spanish Government and will be available for a wide range of high-level scientific research and for applications in several industrial sectors.

    Currently, IBM has installed 3,564 POWER processors out of the 4,564 that the computer system is expected to have upon total completion. However, under this partial configuration, MareNostrum has already reached a sustained performance of 20.53 Teraflops and a peak performance of 31.363 Teraflops in the LINPACK benchmark - topping performance marks set by all other supercomputers in Europe. Once the project is fully completed, the supercomputer will employ a cluster of 2,282 eServer BladeCenter JS20 servers and is expected to reach as much as 40 Teraflops of peak performance.

    “The expected ranking of MareNostrum among the top five supercomputers in the world is a true testament to the high-performance power, scalability and agility of IBM’s 64-bit Power Architecture running Linux on the JS20 systems,” said Brian Connors, vice president for Linux on POWER at IBM. “Scientists across varying disciplines can now tap incredible computing power to drive research breakthroughs that will lead the scientific community into a new age of research and innovation.”

    The announcement marks the first time that blade server technology has been used to attain top-ten ranking among the world’s most powerful supercomputers – with price-performance advantages previously unattainable among the world’s supercomputer elite. The supercomputer occupies a surface of 160 sq meters - less than half a basketball court. It weighs 40,000 kg and it has reduced energy requirements. MareNostrum has been assembled temporarily in Madrid in a record time of less than two months. It will be permanently housed at the Politecnic University of Barcelona, Spain.

    The MareNostrum system will be used by several scientific disciplines within the Spanish Ministry of Education and Science to help solve some of today’s most critical scientific questions including the decoding the human genome as well as work in protein structure, weather forecasting and the design of new drugs. It is estimated that the supercomputer will be available for the national and international scientific community in the spring of 2005.

    A supercomputer for the scientific community

    The supercomputer is a tool for the Spanish scientific community, making possible the development of projects that, until now, could only be conducted at international centers. As a result, scientists will be able to devise and conduct much more ambitious projects, giving a dynamic boost to the Spanish scientific program.

    The areas of application of the supercomputer are diverse, however it will have significant relevance for life sciences and healthcare sectors. The following are some of the applications the supercomputer could be dedicated could be dedicated to:

    • Study of the human body: the supercomputer could be used for studies on the human genome, protein folding and other complex processes related to diseases such as Alzheimer or Cystic Fibrosis. This would offer the prospect of great advances in medical treatments and medical development. It will even allow remarkable advances towards obtaining personalized medicine, adapted to the genetic and medical conditions of each patient.

    • Meteorology: the study of the atmospheric phenomena and the evolution of the climate requires complex calculations which include a high number of variables. Supercomputing is being used already to make climatic simulations and predictions with a greater precision, including the possibility of advancing weather forecasting.

    • Natural disasters: one of the applications of Supercomputing is to anticipate the possible effects of natural disasters (flooding, forest fires, earthquakes, etc). This technology can even make easier decision making in real time when anticipating, for example, which is going to be the trajectory of a forest fire that is taking place.

    • Environment: supercomputers allow advancements in the study of biodiversity and the balance of ecosystems. Also, they make possible the development of hydrological predictions. In addition, the supercomputer could be used to simulate the environmental and social impact of agricultural, industrial and city-planning policies.

    • Industrial and management processes: the supercomputer could also be used for industrial and business applications in diverse sectors like aerospace, automobile or pharmaceutical.

    Supercomputers are used for all those operations that require very complex calculations with a high number of variables and data such as astronomy or sciences applied to agriculture, making it easier, for example, in the studies on the effects of the genetic alterations in plants.

    About IBM IBM is the world's largest information technology company, with 80 years of leadership in helping businesses innovate. Drawing on resources from across IBM and key Business Partners, IBM offers a wide range of services, solutions and technologies that enable customers, large and small, to take full advantage of the new era of e-business. For more information about IBM, visit www.ibm.com

    ###


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    Stay up-to-date on the Progress of Microsoft's Windows Compute Cluster Server 2003

    Golden Eggs
    (HP Visual Diagram and Config Guides)
    Integrity:
    HP Integrity Family Portrait, IA64
    rx1620 1600MHz 2P MSA1000 Cluster IA64
    rx2620 1600MHz 2P MSA1000 Cluster IA64
    rx4640 1600MHz 4P MSA1000 Cluster IA64
    ProLiant:
    DL140 3060MHz 2P IA32
    DL140 G2 3600MHz 2P EM64T
    DL145 2600MHz 2P Opteron
    DL145 G2 2600MHz 2P Opteron Dual Core
    DL360 G4 3400MHz 2P EM64T
    DL360 G4p 3800MHz 2P EM64T
    DL380 G4 3800MHz 2P EM64T
    DL385 2800MHz 2P Opteron Dual Core
    DL560 3000MHz 4P IA32
    DL580 G3 3330MHz 4P EM64T
    DL585 2800MHz 4P Opteron Dual Core
    Clusters:
    CP3000 32x DL140G2 & DL360G4p GigE EM64T
    CP4000 32x DL145G2 GigE Opteron, Dual Core
    CP4000 64x DL145 GigE Opteron
    CP4000 102x DL145 GigE Opteron
    CP4000 32x DL145 Myri Opteron
    Rocks Cluster 16-22 DL145 Opteron
    Rocks Cluster 30-46 DL145 Opteron
    Rocks Cluster 64-84 DL145 Opteron
    LC3000 GigaE 24-36 DL145 Opteron
    LC3000 Myri 16-32x DL145 Opteron
    LC3000 GigaE 16-22x DL145 Opteron
    LC2000 GigaE 16-22x DL360G3 Xeon
    Storage:
    MSA500 G2, SCSI
    MSA1510i IP SAN 48TB, SCSI and SATA
    MSA1500 48TB, SCSI and SATA
    Misc:
    Dual Core AMD64 and EM64T systems with MSA1500









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