The University provides more than half of the resources for the National Science Foundation’s national research cyberinfrastructure ecosystem — a system allowing researchers nationwide to utilize the ...

Nvidia has launched its 80GB version of the A100 graphics processing unit (GPU), targeting the graphics and AI chip at supercomputing applications. The chip is based on the company's Ampere graphics ...

Nvidia Corp. today detailed how its chips are accelerating innovation in the high-performance computing industry for artificial intelligence-powered systems that will power scientific advances with ...

Nvidia thinks it's time for traditional CPUs to step aside when it comes to tackling the largest machine learning tasks, especially training huge models that are now upwards of a trillion parameters.

The National Science Foundation is making a major investment to build a new Leadership-Class Computing Facility (LCCF) facility The supercomputing center will be led by the Texas Advanced Computing ...

Last November, the University significantly contributed to researchers nationwide after releasing DeltaAI, an artificial intelligence resource by the National Center for Supercomputing Applications.

Georgia Tech and its research partners have received a $20 million grant from the National Science Foundation (NSF) to build an AI-centered supercomputer that will support researchers nationwide, the ...

Super Cloud: The Fugaku supercomputer was at the forefront of high-performance computing development just a few years ago. Now, the Japanese technology has been turned into a software stack that could ...

Italy’s supermajor Eni has launched the world’s most powerful supercomputer outside the United States in a bid to boost its oil and gas exploration results, the Financial Times reported, adding that ...

Silicon Graphics Inc. yesterday announced its second large supercomputer sale in as many weeks, a 10,240-processor system that will be used by NASA for space exploration and global warming research.

For years, the name of the game in supercomputing has been raw speed, with hardware and software designers striving to boost the number of instructions per second — FLOPS — that could be crunched.