Polaris Paves The Way For Aurora Exascale Supercomputer At Argonne Polaris provides researchers with a powerful testbed to prepare applications and workloads for science in the exascale era. (image: argonne national laboratory) developed in collaboration with hewlett packard enterprise (hpe), polaris is a leading edge system that will give scientists and application developers a platform to test and optimize codes for aurora, argonne's upcoming intel hpe. Developed in collaboration with hewlett packard enterprise (hpe), polaris is a leading edge system that will give scientists and application developers a platform to test and optimize codes for aurora, the upcoming intel hpe exascale supercomputer to be housed at the argonne leadership computing facility (alcf), a doe office of science user facility. like aurora, polaris is a hybrid system.
Argonne Deploys Polaris Supercomputer For Science In Advance Of Aurora Argonne national laboratory plans to pave the way for its first exascale supercomputer with a testbed system, polaris, announced wednesday. the “stepping stone” supercomputer will afford staff and users early access to hardware and technologies that will be available when aurora delivery begins in 2022, giving them time to prepare, ti leggett, polaris project director, told fedscoop. Wed 10 aug 2022 13:03 utc. argonne national laboratory has declared its polaris supercomputer operational, providing the scientific and engineering community with a powerful new research tool, but also serving as a testbed to prepare for the upcoming aurora exascale system. polaris is a 44 petaflops machine, making it the most powerful. Aurora will be built on a future generation of intel xeon scalable processor accelerated by intel’s xe compute architecture. slingshot 11 fabric and hpe cray ex supercomputer platform will form the backbone of the system. programming techniques already in use on current systems will apply directly to aurora. the system will be highly. 08.29.2022. polaris, the newest supercomputer at the u.s. department of energy’s argonne national laboratory, is now open to the research community. it will be a key tool for integrating argonne leadership computing facility computing resources more closely with doe experimental facilities such as the advanced photon source and ce.
юааargonneюабтащs 44 Petaflops ташюааpolarisюабтащ юааsupercomputerюаб Will Be Testbed For Aurora will be built on a future generation of intel xeon scalable processor accelerated by intel’s xe compute architecture. slingshot 11 fabric and hpe cray ex supercomputer platform will form the backbone of the system. programming techniques already in use on current systems will apply directly to aurora. the system will be highly. 08.29.2022. polaris, the newest supercomputer at the u.s. department of energy’s argonne national laboratory, is now open to the research community. it will be a key tool for integrating argonne leadership computing facility computing resources more closely with doe experimental facilities such as the advanced photon source and ce. The u.s. department of energy’s (doe) argonne national laboratory is building one of the nation’s first exascale systems, aurora.to prepare codes for the architecture and scale of the new supercomputer, 15 research teams are taking part in the aurora early science program (esp) through the argonne leadership computing facility (alcf), a doe office of science user facility. The polaris supercomputer, hosted at the laboratory’s argonne leadership computing facility (alcf), will supercharge research and discovery with extreme scale for users’ algorithms and science. accelerated by 2,240 nvidia ® a100 tensor core gpus , the system can achieve almost 1.4 exaflops of theoretical ai performance and approximately 44 petaflops of peak double precision performance.
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