On the one hand, it might seem, from the outside at least, that supercomputing systems at both the national lab and Fortune 500 level would require a great number of specialized pieces to fit with the high performance applications and system profiles. …
When one thinks about the largest supercomputing sites on the planet and the approach to examining future technologies for next-generation systems, it might seem logical to guess they are at the bleeding edge of exploring entirely new, under-the-radar architectures and approaches that could spike the curve of Moore’s Law. …
When it comes to using the public cloud, few market segments have a better story to tell than the life sciences sector. …
William Lu was witness to one of the most successful business and technology stories in modern supercomputing from his long-term position as one of the first developers of the Load Sharing Facility (LSF) software from Platform Computing. …
Just as the fervor died down around the massive deals for forthcoming pre-exascale supercomputers in the United States following the CORAL procurements (most recently, with the announcement of Aurora—the only one of three such HPC deals that is not betting the future on IBM OpenPower systems) the supercomputing spark was stoked again, this time, from across the pond. …
The build versus buy argument for high performance computing clusters has gathered steam lately, in part because some of the critical missing pieces both performance and software ecosystem-wise are snapping into place. …
CERN is set to go dark for a brief period in the 2018 timeframe to allow for a new sweep of technology upgrades, including the build-out of new datacenters, some of which might leverage non-standard architectures, including ARM processors. …
If one had to make a guess about which of the big cloud infrastructure providers is sitting on eight million servers globally with a potential 1,400 petaflops of compute capacity, the list of companies is relatively short. …
The server space was a-buzz this weekend with what looks like a big leak of Intel’s future Xeon processor and chipset roadmaps for the next couple of generations of machines. …
In Fukuoka, Japan, a specialized operating system, using graph-theoretic methods and primed for the next generation of exascale systems, is being developed to study extremely complex interdependencies in urban settings. …
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