Germany will host the first European supercomputer with capabilities “ExxonMobil”Greece, Hungary, Ireland and Poland will host four new midrange supercomputers.
European High Performance Computing Joint Undertaking (EuroHPC) announced on Wednesday (June 15th) that it has selected five sites that will host and operate the next generation of European supercomputers.
Joint Undertaking is a public-private partnership involving EU institutions and member states, as well as private companies, to strengthen Europe’s supercomputing power.
“These five new supercomputers will help us build high-precision models. They will help us tackle social challenges and facilitate advanced research in climate change, cosmology, engineering, physics and many more. AMargrethe Vestager, vice-president of the commission in charge of digital.
The most powerful device, the Jupiter Excel Scale Supercomputer, will be hosted by the Julius Supercomputing Center (Julich Supercomputing Center) In Germany and will be installed in 2023.
Supercomputers should be able to answer scientific questions, such as epidemic response or sustainable energy production. “They will enable intensive use of artificial intelligence and big data analysis.”7 indicates future hosting sites in Germany
“Such a system is capable of counting one billion (18 zeros) per second and marks a milestone for Europe.”EuroHPC says. It combines the computing power of more than five million modern laptops.
A wave of European supercomputers
According to Bettina Stark-Watzinger, German Federal Minister for Education and Research, two more Excel-scale supercomputers will be installed in Munich and Stuttgart in the coming years in collaboration with Bavarian Lander and Baden-W্টrttemberg.
The EuroHPC announcement comes shortly after the unveiling of LUMI, Europe’s most powerful supercomputer, held in Finland on 13 June.
The other four sites have been chosen to host mid-range supercomputers, the so-called “Petascale”That means counting more than one quadrillion per second, or pre-scale.
The Greek Institute of National Infrastructure for Research and Technology will host the DAEDALUS system; The Hungarian government agency LEVENTE will host the development of information technology; CASPIr will be hosted by the National University of Ireland in Galway; And the Polish University Computing Center will host CYFRONET AGH EHPCPL.
EuroHPC, a legal and funding body created in 2018, has previously acquired seven supercomputers across Europe, five of which are already fully operational.
LUMI is a pre-Excel scale computer and is currently the most powerful and energy-efficient supercomputer in Europe and the third most powerful supercomputer in the world, according to the list of the top 500 fastest supercomputers in the world (June 15).
Once launched, Jupiter, the Exxon super computer based in Germany, will remove LUMI in this ranking.
Cost and financing
The locations of the systems were chosen after two calls to express interest in having a host structure launched in December 2021.
The systems will be co-financed by EuroHPC and participating states. The EuroHPC budget comes from the “For Digital Europe” program (Digital Europe) And Horizon will support up to 50% of Europe and Jupiter and about one-third of the total cost of the four mid-range supercomputers.
The total cost of Jupiter is about 500 million euros. The Federal Ministry of Education and Research and the Ministry of Land Culture and Science of North Rhine-Westphalia will provide the relevant 250 million euros.
“Already, FZJ (Center Hosting Jupiter) is one of the most innovative supercomputing centers in the world, with state-of-the-art computers like Jewels and Jureka.”North Rhine-Westphalia Land Culture and Science Minister Isabel Pfeiffer-Poinsen says.
With the possible integration of quantum technology, Exxacle Computer is a gateway to tomorrow’s great technology, Quantum Computing, added the Minister.
The five new sites will be linked together and will be made available to a wide range of European users from academia, industry, small and medium-sized enterprises and the public sector in the European Union and participating countries.
A “green” concept
However, the huge energy requirements are a big challenge. The expected average power is 15 MW according to the Zulich Supercomputing Center.
However, like the LUMI, Jupiter is designed as a computer “Green”. It will be powered by green electricity, and the resulting waste heat will be used wisely, the center said in a statement.