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DAILY NEWS AND INFORMATION FOR THE GLOBAL GRID COMMUNITY / APRIL 14, 2003: VOL. 2 NO. 15

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Special Features:

JOINT VENTURE PONDERS LINUX ENGINEERING GRID

A supercomputing joint venture plans to decide in the near future on a tender for what it claims is the first large cluster in Australia dedicated to computational engineering.

The Victorian Partnership for Advanced Computing (VPAC) is considering obtaining a Linux-based cluster to service a multi-million dollar, three-to- five year contract with Holden at the car manufacturer's new Innovation Centre at Fisherman's Bend in Melbourne.

According to VPAC, the supercomputing cluster would be able to sustain 150 gigaflops or 150 billion floating point operations per second. Each of the cluster's processors would handle up to four gigaflops.

VPAC executives said a Linux solution was the more likely option, despite the fact proprietary Unix was presently the platform of choice for large-scale technical computing systems. The majority of VPAC's existing supercomputer assets already operate on Linux, indicating the strength of the consortium's preference for open source over proprietary operating systems.

Holden Australia announced the partnership with VPAC in December as part of its Holden Innovation initiative.

The car manufacturer's initiative involves the establishment of a new research and development hub -- a single, stand-alone operation developing future vehicles, new products, and manufacturing technology and concept vehicles.

The development hub will cover three general areas:

  • Product Concept Synthesis
  • Product Concept Execution
  • Innovation in Technology

VPAC said the manufacturer had entered the arrangement as it did not have a lot of expertise in high-performance computing and was anxious to reduce development time for new products and services.

The new supercomputing cluster will complement a supercomputing infrastructure comprising a 194-processor IBM Linux cluster, a 128-processor Hewlett-Packard Alphaserver SC, a 12-processor HP Linux cluster and several multiprocessor machines.

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