What is significant about the new data center in Ellendale, North Dakota?

The new data center, known as the 'AI Brain data center', is set to redefine computational power and design expectations. Led by Applied Digital, the facility integrates a vast number of GPUs aimed at becoming one of the world's largest supercomputers.

Who is behind the AI Brain data center project?

The project is spearheaded by Applied Digital, under the leadership of CEO Wes Cummings. The company aims to introduce a flexible and powerful solution for high-demand computing needs across various sectors.

How does the AI Brain data center impact high-performance computing?

By accommodating around seventy thousand H100 class GPUs, the data center enables a massive compute cluster that can handle high-demand tasks such as aerospace simulations and urban engineering computations. This marks a significant shift in the capabilities and expectations for high-performance computing.

AI First: Revolutionizing High-Performance...

AI First: Revolutionizing High-Performance Computing Design at the Ellendale Data Center

In Ellendale, North Dakota, the construction of a new data center, termed the 'AI Brain data center', is set to redefine standards in computational infrastructure. This facility, driven by Applied Digital under CEO Wes Cummings, integrates an unprecedented number of GPUs, aiming to facilitate around seventy thousand H100 class GPUs. This design sets a new benchmark for flexibility in meeting various high-demand computing needs.

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By Software And Technology · January 25, 2024, 9:55 AM UTCAi-first Business PodcastApplied DigitalHigh-performance ComputingHpc

Key takeaways

Ellendale, North Dakota is home to a groundbreaking high-performance computing development.

Applied Digital's 'AI Brain data center' integrates an unprecedented number of GPUs.

The facility aims to create one of the world's largest supercomputers by accommodating seventy thousand H100 class GPUs.

In the rapidly evolving high-performance computing (HPC) landscape, a groundbreaking development emerges from Ellendale, North Dakota. This innovation seeks to redefine the benchmarks of computational power and design.

In the AI-First Business Podcast, host Tina Yazdi explores the future of HPC design with Wes Cummings, CEO and Chairman of Applied Digital. The discussion centers on the revolutionary AI Brain data center, a project that heralds a new era in supercomputing.

Applied Digital has embarked on an ambitious project: constructing a 100MW data center in Ellendale, North Dakota, known as the "AI Brain Data Center." The design of this architectural and technological feat integrates an unprecedented number of GPUs into a single compute cluster. According to Wes Cummings, this design could facilitate around seventy thousand H100 class GPUs operating together, potentially creating the world's largest supercomputer. While it may be unlikely for one customer to harness the full capacity, the center's design offers remarkable flexibility to meet various high-demand computing needs, from aerospace simulations to complex urban engineering computations. As Applied Digital forges ahead, the AI Brain Data Center should be a hallmark of technological prowess in the heart of North Dakota, reshaping the future of high-performance computing.

This design could facilitate around seventy thousand H100 class GPUs operating together, potentially creating the world's largest supercomputer.
— Wes Cummings, CEO and Chairman at Applied Digital

Video TranscriptExpand ↓

It's kind of been my, like, my vision is the facility we're building in in Elondale, North Dakota now. It's gonna be a hundred megawatts same building. And it is what I call the AI Brain data center. It's configured and built in such a way or will be built in such a way, but designed in a way that you could actually put all of the GPUs inside of the building on the same compute cluster. So You could get roughly seventy thousand H100 class GPUs on the same cluster. So that would be, you know, far and away the, the largest supercomputer in the world. If you did that, unlikely that we'll have a customer that wants all of them in the same cluster, but it's designed that way.

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