
Frontier: Step By Step, Over Decades, To Exascale
Any time you build anything with more than 60 million parts, it is going to be a headache. …
Any time you build anything with more than 60 million parts, it is going to be a headache. …
Significant business and architectural changes can happen with 10X improvements, but the real milestones upon which we measure progress in computer science, whether it is for compute, storage, or networking, come at the 1,000X transitions. …
After years of false starts and delays with various products, we are finally at a point where Intel will truly start to test the breadth of its heterogenous computing strategy, thanks to the release of new Gaudi2 machine learning chips from Intel and the upcoming launch of its much-anticipated “Ponte Vecchio” GPU that will power Argonne National Laboratory’s “Aurora” exascale supercomputer. …
In the next few months, Big Blue will launch its entry and midrange Power10 servers, and to be blunt, we are not sure what the HPC and AI angle is going to be for these systems. …
In an ideal platform cloud, you would not know or care what the underlying hardware was and how it was composed to run your HPC – and now AI – applications. …
In a post Moore’s Law world, domain specific hardware is becoming more common. …
When it comes to supercomputing in academia, the cost of a cluster is almost always an issue and this, coupled with the desire to drive as much compute as possible, drives architectural choices. …
Sponsored Feature. There are a lot of things that the HPC centers and hyperscalers of the world have in common, and one of them is their attitudes about software. …
Let the era of 3D V-Cache in HPC begin.
Inspired by the idea of AMD’s “Milan-X” Epyc 7003 processors with their 3D V-Cache stacked L3 cache memory and then propelled by actual benchmark tests pitting regular Milan CPUs against Milan-X processors using real-world and synthetic HPC applications, researchers at RIKEN Lab in Japan, where the “Fugaku” supercomputer based on Fujitsu’s impressive A64FX vectorized Arm server chip, have fired up a simulation of a hypothetical A64FX follow-on that could, in theory, be built in 2028 and provide nearly an order of magnitude more performance than the current A64FX. …
It is the nature of capability class supercomputers to try to push the envelope on as many different architectural fronts as possible. …
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