Eviden Enhances Berzelius Supercomputer's AI Capabilities

Eviden Enhances Berzelius Supercomputer's AI Capabilities

Eviden has solidified its position as a front-runner in the advanced computing landscape with its recent enhancement of Sweden’s Berzelius supercomputer. The company, which operates as part of the Atos Group, has received a multi-million euro contract aimed at amplifying the performance of this pivotal supercomputing resource. This upgrade marks the second time the Berzelius, located at Linkoping University, will be upgraded since its inception in 2020, making it an important player in the European AI research movement.

Boosting Computational Power with Cutting-Edge Technology

The demand for superior computational resources has soared, especially in the field of artificial intelligence. Eviden has stepped up to meet this demand, integrating 16 NVIDIA DGX™ H200 systems into the existing platform. This integration brings the supercomputer's architecture to a total of 110 nodes and 880 GPUs, significantly enhancing its capabilities. With an additional 512 PetaFlops of FP8 AI performance, the supercomputer is set to tackle increasingly complex tasks needed across various research projects.

Addressing Research Challenges through Advanced AI

The Berzelius supercomputer serves a crucial role in supporting researchers across numerous disciplines in Sweden, including material science, visual perception, and medical imaging. The new enhancements are expected to streamline data processing and accelerate research outputs, allowing scholars to achieve groundbreaking results more rapidly. Researchers using the Berzelius can now conduct sophisticated simulations and analyses that were once deemed impractical.

The Role of NVIDIA Technologies in Performance Enhancement

The infusion of NVIDIA technologies is central to the performance leap that the Berzelius system will experience. The addition of NVIDIA H200 Tensor Core GPUs not only increases processing speed but also optimizes power efficiency, addressing the growing concerns around sustainability—a key aspect of modern computational research.

Collaboration and Research Innovations

Collaboration is pivotal when it comes to deploying advanced technology in scientific endeavors. The Berzelius supercomputer has previously produced remarkable results, such as the successful training of the Swedish language model GPT-SW3, advancements in protein folding studies, and the generation of synthetic medical images. With the new upgrade, researchers are looking at an even broader array of applications—from improving healthcare outcomes through AI-driven diagnostics to developing advanced materials that can revolutionize manufacturing practices.

Statements from Key Stakeholders

Dr. Cédric Bourrasset, Head of HPC-AI and Quantum Computing at Eviden, expressed gratitude for the renewed trust placed in their team by Linkoping University. He highlighted the importance of Berzelius as a cornerstone for AI research in Europe, noting that this latest upgrade would help unlock new potential in scientific inquiry and discovery.

Prof. Anders Ynnerman, Director of the WASP Program at Linkoping University, emphasized the significance of having access to leading-edge machine learning technologies integrated into national supercomputing infrastructure, stating that the rapid realization of these upgrades is commendable. He voiced anticipation for the innovative research outcomes that will result from enhanced computational capabilities.

About Eviden and Its Global Impact

Eviden, a technology powerhouse under the Atos Group umbrella, specializes in data-driven and sustainable digital transformation. With operations spanning over 47 countries and a diverse portfolio of patented technologies, Eviden stands at the forefront of innovation in the fields of security, AI, and advanced computing. The company collaborates with entities worldwide to enable potent advancements in data utilization, ultimately aiming for a more sustainable future.

Frequently Asked Questions

What is the significance of the Berzelius supercomputer?

The Berzelius supercomputer is a vital resource in Sweden for researchers across various fields, significantly enhancing AI capabilities and computational power.

How does the upgrade benefit research?

The upgrade increases processing capabilities, allowing for faster and more efficient research outputs in complex areas such as medical imaging and material science.

What technologies are integrated in the Berzelius upgrade?

The upgrade includes 16 NVIDIA DGX™ H200 systems and NVIDIA H200 Tensor Core GPUs, boosting performance and energy efficiency.

Who leads the efforts behind the supercomputer?

Eviden, under the Atos Group, is spearheading the upgrade efforts to enhance the Berzelius supercomputer's performance.

How does this upgrade align with sustainability goals?

The new NVIDIA technologies not only improve performance but also focus on energy efficiency, addressing environmental concerns in advanced computing.

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