The Jupiter article: Research Center Jülich introduces the fastest supercomputer in Europe first appeared at the online magazine Basic Thinking. You can start the day well every morning via our newsletter update.
The Jülich research center solemnly inaugurated Europe’s first Exascale supercomputer. The supercomputer named Jupiter achieves more than one trillion arithmetic operations per second and is therefore the fastest of its class in all of Europe.
The so -called supercomputers, i.e. high -performance calculators, have existed since 1964, which can carry out extremely complex calculations much faster than conventional computers. Of the 500 highest performance supercomputers worldwide At June this year 41 were in Germany. Third place behind the USA with 175 supercomputers and China with 47.
Now a particularly comprehensive copy has been added. Because the research center Jülich has Europe’s first Exascale supercomputer presented. The Supercomputer Jupiter is said to be extreme computing services on the campus of the research center in North Rhine-Westphalia and thus be the fastest copy of Europe.
Supercomputer Jupiter works with 24,000 Nvidia chips
Construction for Europe’s first Exascale computer started in December 2023. According to the Jülich research center, more than 100 national and international projects are already using the supercomputer. Jupiter is currently being used in areas such as extreme weather forecast, medication research and the development of climate -neutral technologies.
The Jülich research center hopes for the new supercomputer “groundbreaking progress” in climate, energy, medical and material research. Among other things, Jupiter will improve the accuracy of climate and weather simulations, especially in local extreme weather events such as heavy rain and heat periods.
The system is also intended to accelerate the development of sustainable energy systems. Even complex systems such as the brain, proteins or cells should be accelerated with Jupiter in order to be able to develop new therapies faster.
24,000 chips from the US manufacturer Nvidia are used in the supercomputer. These enable a trillion computing operations per second (1 Exaflop/s). Jupiter is the first system of Europe to crack this brand. In a global comparison, the supercomputer takes fourth place.
The Jülich research center also wants to set new standards in terms of energy efficiency. Accordingly, Jupiter is the world’s most energy-efficient Exascale system among the five fastest supercomputers. Among other things, the waste heat generated in the company is fed into the heating network on the campus in Jülich by hot water cooling.
Jupiter forms the heart for AI factory
The Jülich research center is also currently working on the expansion of Jupiter AI Factory as the “central element of the European AI ecosystem”. With its approximately 50 container modules, Jupiter is said to form the heart on more than 2,300 square meters.
The supercomputer even reaches more than 40 Exaflop/s for AI applications. He is “at the top of the most powerful systems for artificial intelligence worldwide”, according to the research center.
In the future, Jupiter should enable scientific simulations with previously unmatched complexity and depth of detail. The supercomputer can also do the training and the use of the greatest models of artificial intelligence.
The operation of the supercomputer will be in the next six years According to the research center Cost 500 million euros.
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The Jupiter article: Research Center Jülich introduces the fastest supercomputer in Europe first appeared on basic thinking. Follow us too Google News and Flipboard Or subscribe to our update newsletter.
As a Tech Industry expert, I am thrilled to hear about Jupiter, the fastest supercomputer in Europe introduced by the Research Center Jülich. This cutting-edge technology will undoubtedly propel Europe to the forefront of high-performance computing, allowing for groundbreaking advancements in areas such as artificial intelligence, scientific research, and climate modeling.
The incredible speed and computational power of Jupiter will enable researchers and scientists to tackle complex problems and simulations that were previously unimaginable. This will lead to significant breakthroughs in various fields, ultimately driving innovation and progress in society.
I commend the Research Center Jülich for their dedication to pushing the boundaries of technology and investing in state-of-the-art infrastructure. Jupiter will undoubtedly solidify Europe’s position as a leader in the global tech industry and open up new opportunities for collaboration and discovery.
Overall, the introduction of Jupiter is a significant milestone for the tech industry, and I am excited to see the incredible advancements and discoveries that will result from this groundbreaking supercomputer.
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