
Top500 Supercomputers: Who Gets The Most Out Of Peak Performance?
The most exciting thing about the Top500 rankings of supercomputers that come out each June and November is not who is on the top of the list. …
The most exciting thing about the Top500 rankings of supercomputers that come out each June and November is not who is on the top of the list. …
We’ve been watching Julia, an HPC-oriented programming language designed for technical and scientific computing for a number of years to see it can make inroads into supercomputing. …
The Association for Computing Machinery has just put out the finalists for the Gordon Bell Prize award that will be given out at the SC23 supercomputing conference in Denver, and as you might expect, some of the biggest iron assembled in the world are driving the advanced applications that have their eyes on the prize. …
The question is no longer whether or not the “El Capitan” supercomputer that has been in the process of being installed at Lawrence Livermore National Laboratory for the past week – with photographic evidence to prove it – will be the most powerful system in the world. …
The datacenter is becoming hyperdistributed and incorporating some multiple of capacity – 2X, 3X, 4X, or maybe 10X – outside of the traditional datacenter walls because applications and storage live increasingly at the edge. …
Just ahead of the revelations about the feeds and speeds of the “Frontier” supercomputer at Oak Ridge National Laboratory concurrent with the International Supercomputing conference in Hamburg, Germany and the concurrent publishing of the summer Top500 rankings of supercomputers, we had a chat with Jeff Nichols, who has steered the creation of successive generations of supercomputers at Oak Ridge. …
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. …
It is the nature of capability class supercomputers to try to push the envelope on as many different architectural fronts as possible. …
It may have taken the better part of a decade, but the Itanium platform has yielded the kinds of profits that Hewlett Packard Enterprise long sought and rarely attained. …
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