IBM supercomputing technology is helping a US Olympic Team build a faster bobsled.
Custom-built PC delivers 12 teraflops.
Over the next ten years of HPC history, the mainstream teraflop systems of today will evolve into the petaflop systems of tomorrow, while the leading-edge petaflop supercomputers will be replaced by exaflop machines. As the most diverse player in the HPC server business, IBM has some unique advantages as it charts a path toward the exascale milestone.
Aussies go GPGPU route to accelerate science research.
Jaguar leaves Roadrunner in the dust.
NVIDIA has announced the first Fermi GPU products here at the Supercomputing Conference (SC09) in Portland, Oregon, where thousands of attendees will get a chance to see the company’s next-generation chip in action. The GPUs will first touch down in NVIDIA’s new Tesla 20-series products aimed at HPC workstations and servers.
University brings career engineers to academic supercomputer.
Thomas Lippert, director of the Jülich Supercomputing Center in Germany, is speaking at this year’s International Supercomputing Conference in Hamburg about his experiences with the exotic systems that lead the TOP500 list of the HPC community’s preeminent supercomputers, and the scientific breakthroughs that they enable. We caught up with Dr. Lippert by email before the conference to get a sneak peak at his thoughts on working at the extremes of computation.
Exa-scale computing is probably years away. But GPUs and volunteer grids may provide a shortcut.