Ansys, baker hughes, and oak ridge national laboratory set new supercomputing record on amd instinct gpus

Ansys fluent solvers powered by amd instinct gpus reduce simulation run time by 96%, unlocking transformative possibilities for high-fidelity cfd analysis / key highlights baker hughes solved a 2.2-billion-cell axial turbine simulation with ansys fluent® fluid simulation software and 1,024 amd instinct™ mi250x graphics processing units (gpus) on the world's first exascale supercomputer at the oak ridge national laboratory leveraging gpus on exascale supercomputing systems accelerates computation, allowing for rapid iterations that shorten design-to-market timelines the collaboration marks a breakthrough in computational fluid dynamics (cfd) simulation, delivering unprecedented accuracy and speed for designing high-performance machinery in a virtual environment pittsburgh , april 1, 2025 /prnewswire/ --  ansys (nasdaq: anss) today announced groundbreaking results from the largest commercial fluent cfd simulation ever run on amd instinct™ mi250x gpus. leveraging the power of the frontier exascale supercomputer, powered by amd epyc™ cpus and instinct gpus, ansys and energy company baker hughes scaled fluent to 1,024 gpus, offering unparalleled insight into aerothermal physics at large operating pressures.
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