Interview video

How Bull and AMD are partnering to power exascale AI

1:05

Overview

High-performance computing (HPC) has long driven progress on some of the world's most complex scientific and industrial challenges. In this video, Brian Johnson, AMD's Senior Director for HPC and Supercomputing, explains how that same community is now turning to artificial intelligence (AI) to extend what HPC systems can achieve, rather than treating AI and traditional simulation as separate disciplines.

Johnson describes the shared engineering culture between AMD and Bull, and how the two companies combine their technology and people, working directly alongside customers, to take on this convergence of HPC and AI.

As a concrete example, he points to Alice Recoque, an exascale supercomputer due within two years that brings this partnership to life. Built on the BullSequana XH3500 platform and powered by AMD Instinct MI430X GPUs and next-generation Venice CPUs, Alice Recoque is designed to give exascale-level computing power to the French scientific community.

For business and technology audiences following developments in HPC and AI infrastructure, the video offers a concise view of:

  • Why HPC and AI are converging rather than competing for investment and attention

  • How AMD and Bull structure their partnership around shared culture and customer collaboration

  • What the Alice Recoque supercomputer will deliver, and the hardware behind it

  • AMD's outlook on continued collaboration with Bull beyond this project

Watch the video to hear directly from Brian Johnson on how this partnership is shaping exascale computing in France and what it signals for the wider HPC and AI landscape.

Key takeaways

  • HPC and AI are converging, with AI now extending what supercomputing workflows can accomplish for researchers.
  • AMD and Bull share an engineering culture built on working directly with customers to solve complex computing challenges.
  • Alice Recoque, an exascale supercomputer due within two years, will use BullSequana XH3500 with AMD MI430X GPUs and Venice CPUs.
  • Alice Recoque is designed to bring exascale-level computing power to the French scientific community.
  • AMD sees its partnership with Bull as ongoing, with further collaboration planned beyond this project.

Bull, AMD and the future of exascale computing

Alice Recoque is an exascale supercomputer due within two years, built for the French scientific community. It runs on the BullSequana XH3500 platform, powered by AMD Instinct MI430X GPUs and next-generation Venice CPUs, bringing exascale-level performance to research and scientific simulation.
The HPC community is bringing AI into its existing workflows to expand what researchers can accomplish, rather than running AI and traditional simulation separately. This convergence lets organisations use one infrastructure approach to tackle complex scientific and industrial challenges more effectively.
Alice Recoque combines the BullSequana XH3500 platform with AMD Instinct MI430X GPUs and next-generation AMD Venice CPUs. Together, this hardware is designed to deliver exascale-level computing power for the French scientific community's research and simulation needs.
AMD and Bull combine their technology and people, working directly alongside customers, to address the convergence of HPC and AI. AMD describes Bull as sharing a similar engineering culture, and says it is looking forward to further collaboration beyond current projects.

Ready to talk about exascale computing with Bull?

Speak to our team about how Bull's HPC and AI expertise, built with AMD technology, can help you take on the same convergence of HPC and AI shaping projects like Alice Recoque.

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