Both HPE and Cray continue to win new customers. For instance, in the last two quarters, The Department of Energy has selected Cray’s Shasta supercomputing systems and Slingshot interconnect for the ...

In this video from the Rice Oil & Gas Conference, Steve Scott from HPE presents: The Cray Shasta Architecture – Designed for the Exascale Era. With the announcement of multiple exascale systems, we’re ...

“HPE and Cray share a commitment to customer-centric ... Cray’s supercomputing systems and Shasta series platform have the ability to handle massive data sets, AI, converged modeling ...

And HPE absolutely intends to make investments in the key technologies ... working on future Azure cloud systems – the team that designed the current “Shasta” Cray EX systems that are ruling the early ...

Cray's Slingshot interconnect and HPE's Data Management Framework software and Cray's container-based Shasta system management software. "It's really about the start of an entirely new era of ...

The Cray Shasta systems, which have been around for several years, have HPE’s Slingshot interconnect as their backbone and offer a wide variety of compute engine options that HPC centers can mix and ...

HPE will now own core components of the exascale ecosystem in the US, including Cray's Shasta system architecture and its Slingshot interconnect. HPE has its own work in the exascale and HPC ...

It reached 93PFLOP/s on the HPL benchmark. It has 10,649,600 cores. The Perlmutter system is based on the HPE Cray Shasta platform and is a heterogeneous system with both AMD EPYC-based nodes and ...

HPE’s interconnect technology is also advancing. The Slingshot 400, expected to be used in “Shasta” Cray EX systems in 2025, builds on the earlier Rosetta architecture and promises 400Gb/sec ...

End-to-end portfolio of industry-leading HPC solutions: HPE Cray Supercomputing EX HPE Cray Supercomputing EX4252 Gen 2 Compute Blade – Capable of delivering up to 98,304 cores in a single ...