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Primeur Weekly 22 August 2005
>Special
>US$150 million TeraGrid award heralds new era for scientific computing
>Indiana University gets $4.4 million from NSF for national Internet-based science tool
>TACC receives $10 million NSF award to make the TeraGrid more powerful, capable
>EuroFlash
>e-Science methods reveal new insights into antibiotic resistance
>Altair Engineering and Scali partner to deliver infrastructure and workload management tool
>Nottingham research sheds new light on how chemical reactions work
>Gathering of 53 SOA experts predicts huge uptake in service oriented architectures by end of decade
>Nallatech adds Third Wave Solutions to Channel Partner Programme
>Mercury Computer Systems forms alliance with inTrace GmbH
>Scali helps smooth management and installation of Lustre File System
>USFlash
>Argonne taps IBM Blue Gene for DOE INCITE programme
>NERSC launches Linux Networx supercomputer into production
>Server Virtualization popular Storage Virtualization not according to TheInfoPro report
>Datamail fast tracks major project by harnessing New Zealand Supercomputing Centre
>New Rice research system will feature a Cray XD1 supercomputer with 672 AMD Opteron cores
>GeneGo is awarded Phase II NIH grant for in silico assessment of drug metabolism and toxicity
>Univa closes US$8 million Series-A investment round
>Purdue University creates new Cyber Center
>ModViz announces Virtual Graphics Platform 1.3 with superscaling performance benefits
>New York University taps IBM supercomputer to help solve the mysteries of the sea
>Fluent releases FloWizard V2
>NERSC deploys the PathScale EKOPath Compiler Suite with new Linux Networx supercomputer cluster
>Imaging Solutions receives Technology Fast 50 Award for sustained high revenue growth over past five years
>Imaging Solutions complets 100th eCTD submission
>GigaSpaces receives funding from Intel Capital, bringing the total investment to $6 million
>CodeMesh announces beta version of JunC++Ion for Linux
NERSC launches Linux Networx supercomputer into production
Salt Lake City 16 August 2005 Linux Networx and the U.S. Department of Energy's (DOE) Office of Science announced today that DOE's National Energy Research Scientific Computing Center (NERSC) at Lawrence Berkeley National Laboratory has accepted a 722-processor Linux Networx Evolocity cluster system for full production use by researchers across the nation.
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Named "Jacquard”, the Linux Networx system will provide computational resources to scientists from DOE national laboratories, universities and other research institutions to support a wide range of scientific disciplines including climate modelling, fusion energy, nanotechnology, combustion, astrophysics and life sciences. Established in 1974, NERSC is DOE's flagship facility for unclassified supercomputing.

The acceptance test included a 14-day availability test during which a select group of NERSC users were given full access to the Jacquard cluster to thoroughly test the entire system in production operation. Jacquard had a 99 percent availability uptime during the testing while users and scientists ran a variety of codes and jobs on the system. The thorough acceptance testing by NERSC ensures Jacquard is ready for a production environment for thousands of scientists and researchers across the nation.

"NERSC is the leading provider of computing resources for DOE's Office of Science, and this new system will provide valuable computational science support for a wide range of users, allowing them to run more detailed simulations with faster turnaround, thereby helping advance scientific discovery”, stated NERSC General Manager Bill Kramer.

The Jacquard system is one of the largest production InfiniBand-based Linux cluster systems and has met rigorous acceptance criteria for performance, reliability and functionality that are unprecedented for an InfiniBand-based cluster. Jacquard is the first system to deploy Mellanox 12X InfiniBand uplinks in its fat-tree interconnect, reducing network hot spots and improving reliability by dramatically reducing the number of cables required.

The system has 640 AMD 2.2 GHz Opteron processors devoted to computation, with the rest used for I/O, interactive work, testing and interconnect management. Jacquard has a peak performance of 2.8 trillion floating point operations per second (teraflop/s). Storage from DataDirect Networks provides 30 terabytes of globally available formatted storage.

"By delivering this system to NERSC, we've provided a highly productive computing system to over 2500 users nationwide”, stated Robert (Bo) H. Ewald, CEO of Linux Networx. "We are committed to providing NERSC with the most advanced high-performance computing system available and are thrilled that this system will be a key part of major research initiatives taking place throughout the country.”

Following the tradition at NERSC, the system was named for someone who has had an impact on science and/or computing. In 1801, Joseph-Marie Jacquard invented the Jacquard loom, which was the first programmable machine. The Jacquard loom used punched cards and a control unit that allowed a skilled user to program detailed patterns on the loom.

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