“This system constitutes an extreme scaling service for the UK’s DiRAC HPC facility,” said Atos. This platform allows scientists across the STFC theory community to use Nvidia GPUs and AMD processors to drive, among other things, particle physics research.
DiRAC (Distributed Research with Advanced Computing) combines high-performance computing resources hosted by the University of Edinburgh, the University of Cambridge, Durham University, and the University of Leicester.
The agreement is part of the £ 20m investment upgrade DiRAC through the Science and Technology Facilities Council (STFC) under the UK Research and Innovation (UKRI) world-class research institute scheme, Atos said: It states in. 4x more powerful than existing DiRAC machines. “
Atos also sponsors a PhD for one student, supports hackathons, and conducts a series of training workshops for scientists.
Especially in the UK. We work with organizations such as the Science and Technology Facilities Council (STFC) Hartree Center, Welcome Genome Campus, Oxford University’s JADE Services, and Pilbright Institute.
This supercomputing system enables our scientific community in the field of particles.
We are working on a variety of subjects in the fields of physics, astronomy, cosmology, and nuclear physics, “said Luigi Del Debbio, a professor of theoretical physics in Edinburgh. “Athos equipment and expertise enhance the HPC system offered at the upgraded DiRAC-3 facility, enhance research activities, and support student education and training.”
The XH2000 has a fanless design that instead dissipates heat to an external hot water (up to 40 ° C inlet) cooling loop.
Included are computing blades, management switches, interconnect switches, and heat exchangers that transfer waste energy from the internal cooling loops that circulate around the PSU to the external water loops.
https://www.electronicsweekly.com/news/business/university-edinburgh-buys-french-supercomputer-2021-06/ University of Edinburgh acquires French supercomputer