Networks Drive HPC Harder Than Compute
It is hard to tell which part of the HPC market is more competitive: compute, networking, or storage. …
It is hard to tell which part of the HPC market is more competitive: compute, networking, or storage. …
The race toward exascale supercomputing gets a lot of attention, as it should. …
Not all of the new and interesting high performance computing systems are always in the upper echelons of the Top 500 supercomputing list, which was announced at the opening of the SC16 supercomputing conference in Salt Lake City this week. …
The latest listing of the Top 500 rankings of the world’s most powerful supercomputers has just been released. …
Over the course of the last five years, GPU computing has featured prominently in supercomputing as an accelerator on some of the world’s fastest machines. …
Let’s be honest. Although the old saying “slow and steady wins the race” may be a lesson that helps us get through school, it isn’t a realistic credo for the unrelenting demands of today’s fast-paced businesses. …
Because space costs so much money and having multiple machines adds complexity and even more costs on top of that, there is always pressure to increase the density of the devices that provide compute, storage, and networking capacity in the datacenter. …
Because space costs so much money and having multiple machines adds complexity and even more costs on top of that, there is always pressure to increase the density of the devices that provide compute, storage, and networking capacity in the datacenter. …
When IBM started to use the word “open” in conjunction with its Power architecture more than three years with the formation of the OpenPower Foundation three years ago, Big Blue was not confused about what that term meant. …
It is not news that offloading work from CPUs to GPUs can grant radical speedups, but what can come as a surprise is that scaling of these workloads doesn’t change just because they run faster. …
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