Atos supercomputer to help unlock secrets of the Universe

Paris (France), London, (Uk) one June 2021

Atos nowadays announces it has been awarded a agreement by the University of Edinburgh to supply its most effective supercomputer, the BullSequana XH2000, the most electricity-effective supercomputing method on the market. This is the major method focused to GPU computing deployed at a purchaser web page in the Uk.

The new method will represent the Extreme Scaling Services of the UK’s DiRAC HPC Facility. The state-of-the-art platform will allow for researchers across the STFC theory group to travel ahead planet-major study in particle physics, amongst other parts, utilizing NVIDIA A100 Tensor Main Graphics Processing Units (GPUs), NVIDIA Mellanox HDR 200Gb/s InfiniBand networking and AMD processors.

It signifies a big boost to DiRAC’s computing capacity, significantly rising the electricity of the Extreme Scaling provider. DiRAC is a distributed facility with significant performance computing means hosted by the Universities of Edinburgh, Cambridge, Durham and Leicester. These devices support essential study in particle physics, astrophysics, nuclear physics and cosmology.

This arrangement sorts element of a £20 million investment decision by the Uk Research and Innovation (UKRI) Planet Course Laboratories scheme, by way of the Science and Know-how Amenities Council (STFC), to fund an up grade of the DiRAC facility. The investment decision is delivering new devices which are up to four times more powerful than the existing DiRAC machines, offering computing capacity that can also be employed to deal with immediate and emerging concerns these types of as the COVID-19 pandemic. The upgraded DiRAC-three facility will also be a great deal more electricity effective than previous generations.

The new BullSequana XH2000 will be ready to cope with converged workloads concurrently (HPC simulation, Synthetic Intelligence, Deep Mastering) on just one single method, and consequently empower DiRAC to conquer the limits of traditional computing simulation and discover new purposes and innovation. With slicing-edge networking benchmarks and the most up-to-date processing parts, it offers severe electricity, speed and accuracy. It consumes much less electricity than recent devices as it is 100% drinking water-cooled utilizing Atos’ patented DLC (Direct Liquid Cooling) remedy, which minimises global electricity use by utilizing heat drinking water up to 40°C.

Agnès Boudot, Senior Vice President, Head of HPC & Quantum at Atos, reported, “We are pleased to be partnering with the University of Edinburgh and the DiRAC group to deliver a significant-performance computing platform to support their planet-class science programme. Our BullSequana XH2000 supercomputer will use the two CPUs and GPUs and has been configured to satisfy the Extreme Scaling demands of their researchers. This arrangement carries on to reveal our strategic determination to design and style and build powerful and impressive supercomputers as we rapid technique the exascale era.”

Professor Mark Wilkinson, Professor of Astrophysics at the University of Leicester and Director of the DiRAC Facility, reported, “It is amazing that Atos has been thriving in the DiRAC-three procurement at Edinburgh and will come to be a valued husband or wife of the DiRAC group. As very well as delivering a highly capable remedy, we are speaking to Atos about the extra worth they will carry in conditions of market collaboration and opportunities to greatly enhance the teaching of our college students to put together them for professions in the two academia and market.”

Professor Luigi Del Debbio, Professor of Theoretical Physics at the University of Edinburgh and Job Direct for the DiRAC-three procurement at Edinburgh, reported, “We are delighted that the shipping of this state-of-the-art supercomputing method will allow for our scientific group in the fields of particle physics, astronomy, cosmology and nuclear physics to go after slicing-edge study on a broad variety of matters. Atos’ machines and know-how will bolster our HPC method featuring at the upgraded DiRAC-three facility, strengthening our study activity and supporting the schooling and teaching of our college students.”

As element of on-going partnership routines, Atos will also assist sponsor just one student’s PhD, support a Hackathon and supply a series of greatest follow teaching workshops for researchers.

Atos is dedicated to supporting nearer collaboration amongst academia and market by way of the electricity of supercomputing and deep studying. In the Uk, the enterprise performs in partnership with centres of excellence like The Science and Know-how Amenities Council (STFC) Hartree Centre, Wellcome Genome Campus, the University of Oxford’s JADE provider, and The Pirbright Institute, amongst other individuals.

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About Atos

Atos is a global leader in electronic transformation with one hundred and five,000 workforce and once-a-year revenue of more than € eleven billion. European quantity just one in cybersecurity, cloud and significant performance computing, the group offers tailor-made end-to-end options for all industries in seventy one nations around the world. A pioneer in decarbonization services and products and solutions, Atos is dedicated to a safe and decarbonized electronic for its clientele. Atos operates below the manufacturers Atos and Atos|Syntel. Atos is a SE (Societas Europaea), outlined on the CAC40 Paris inventory index.

The reason of Atos is to assist design and style the potential of the data area. Its know-how and services support the enhancement of understanding, schooling and study in a multicultural technique and add to the enhancement of scientific and technological excellence. Throughout the planet, the Team allows its buyers and workforce, and users of societies at substantial to are living, get the job done and create sustainably, in a secure and safe data area.

About DiRAC

DiRAC stands for Distributed Research Utilising Sophisticated Computing. The DiRAC Significant Efficiency Computing facility offers slicing-edge supercomputing means for Uk researchers operating on planet-major scientific calculations across a broad variety of parts like particle physics, astrophysics, cosmology and nuclear physics. It contains supercomputers at Cambridge, Durham, Leicester and Edinburgh, each made to support unique kinds of calculations. DiRAC also offers obtain to a crew of professional study software program engineers to assist researchers make the most effective use of the readily available computing means. For more facts see: https://dirac.ac.united kingdom/.

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