HOUSTON, Texas – November 13, 2025 – HPE today announced additions to its supercomputing portfolio feaguring higher compute density[1], three multi-partner, multi-workload compute blades, unified ...
HPE introduces three multi-partner, multi-workload compute blades for its next-generation supercomputing platform achieving one of the highest compute performance densities in the industry The HPE ...
HPE-built Discovery will bolster productivity up to 10X and unlock new scientific horizons in precision medicine, cancer research, nuclear energy and aerospace The Lux system, to be built by HPE, will ...
Oak Ridge's $500M system due in 2028, paired with a separate Lux AI cluster arriving two years earlier HPE is set to build a successor to the Frontier exascale system for America's Oak Ridge National ...
Hewlett Packard Enterprise PE has a long history in supercomputing, with efforts like its Apollo family of systems aimed at data-intensive workloads like HPC, data analytics, and storage, and its $275 ...
HPE's next-gen Cray supercomputing platform will offer a choice of compute nodes with Nvidia's Vera Rubin or AMD's upcoming Venice Epyc CPUs – or a mix of both.… The HPE Cray Supercomputing GX5000, ...
@HPCpodcast’s “Industry View” episodes take on major issues in advanced technologies through the lens of industry leaders. In this episode, we dig into the design and deployment of an upcoming ...
New supercomputing portfolio features direct liquid-cooled multi-partner, multi-workload blades, unified management software and modern, high-performance interconnect to help customers achieve ...
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