
Exascale Density Pushes The Boundaries Of Cooling
The first crop of exascale supercomputers in the United States will be powered by some of the most computationally dense hardware ever assembled. …
The first crop of exascale supercomputers in the United States will be powered by some of the most computationally dense hardware ever assembled. …
The importance of achieving exascale computing has been discussed at great length in this publication and elsewhere. …
The first exaflops-capable supercomputers are just around the corner and to celebrate this milestone-to-be and talk about its ramifications, the US Department of Energy hosted a national “Exascale Day” discussion. …
The European Exascale Processor Memory Node Design (ExaNoDe) project has wrapped up, delivering a prototype multi-chip-module (MCM) that integrates Arm cores, FPGAs, and 3D active interposer/chiplet technology. …
At the ISC conference this week, HPC market analyst firm Hyperion Research offered its mid-year HPC market update, which recapped what happened in 2018 and provided some particularly interesting observations on the exascale space. …
When most people speak of exascale supercomputers, they tend to focus on the computational aspect of these systems. …
Hardware is the most tangible part of any system, and it is the aspect of the system that tends to get the most attention. …
Even though the race to the exascale computing is based entirely on an arbitrary milestone, it does serve to focus the attention of the HPC community to think about advancing the state-of-the-art for supercomputer hardware. …
According to the Centers for Disease Control and Prevention’s latest incidence data, cancer is the second leading cause of death in the United States, exceeded only by heart disease. …
For exascale hardware to be useful, systems software is going to have to be stacked up and optimized to bend that hardware to the will of applications. …
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