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It's official: EU's first exaFLOP supercomputer will feature respective architectures from ARM and NVIDIA, marking a breakthrough in the region's AI developments. The supercomputer, Jupiter has a ...

The US Department of Energy is paying $500 million for the Aurora exaflop supercomputer to be built by Intel and Cray in 2021. Aurora will perform regular supercomputer research and artificial ...

Folding@home has done what IT vendors and the federal government have been racing to do – break the exaFLOP barrier – and the crowdsourced distributed-computing program did it while fighting ...

The Folding@Home project has now reached a new power level, as both the public and companies have given their spare compute power to the project in an attempt to combat the coronavirus COVID-19. If ...

Al Geist presented a history of the Exascale Project and How Frontier Solves the Four Exascale Challenges. This is part of the Advanced Technologies Section (ATS) series of the National Center for ...

Computer manufacturer Atos has named its first customer for Bull sequana, a supercomputer design it hopes will reach exaflop levels of performance by 2020. Atos is building the computer for the French ...

AMD, Intel, and Nvidia all love to talk about their supercomputer wins. Winning a supercomputer contract doesn't just represent a few thousand CPU or GPU sales -- it gives the company in question ...

The U.S. Department of Energy, along with Oak Ridge National Laboratory, AMD and Cray, announced plans for a more than 1.5 exaFlop supercomputer named Frontier. The $600 million exascale system -- ...

Now that IBM has broken supercomputing’s petaflop barrier with its Roadrunner system, capable of more than one thousand trillion (one quadrillion) sustained floating-point operations per second, ...

Just a few days ago, the Folding@home distributed computing project had reached 470 petaFLOPS of cumulative compute power, topping out the output of the seven fastest supercomputers in the world. And ...