Privacy policy

Our website uses cookies to give you the most optimal experience online by: measuring our audience, understanding how our webpages are viewed and improving consequently the way our website works, providing you with relevant and personalized marketing content.
You have full control over what you want to activate. You can accept the cookies by clicking on the “Accept all cookies” button or customize your choices by selecting the cookies you want to activate. You can also decline all non-necessary cookies by clicking on the “Decline all cookies” button. Please find more information on our use of cookies and how to withdraw at any time your consent on our privacy policy.

Managing your cookies

Our website uses cookies. You have full control over what you want to activate. You can accept the cookies by clicking on the “Accept all cookies” button or customize your choices by selecting the cookies you want to activate. You can also decline all non-necessary cookies by clicking on the “Decline all cookies” button.

Necessary cookies

These are essential for the user navigation and allow to give access to certain functionalities such as secured zones accesses. Without these cookies, it won’t be possible to provide the service.
Matomo on premise

Marketing cookies

These cookies are used to deliver advertisements more relevant for you, limit the number of times you see an advertisement; help measure the effectiveness of the advertising campaign; and understand people’s behavior after they view an advertisement.
Adobe Privacy policy | Marketo Privacy Policy | MRP Privacy Policy | AccountInsight Privacy Policy | Triblio Privacy Policy

Social media cookies

These cookies are used to measure the effectiveness of social media campaigns.
LinkedIn Policy

Our website uses cookies to give you the most optimal experience online by: measuring our audience, understanding how our webpages are viewed and improving consequently the way our website works, providing you with relevant and personalized marketing content. You can also decline all non-necessary cookies by clicking on the “Decline all cookies” button. Please find more information on our use of cookies and how to withdraw at any time your consent on our privacy policy.

Skip to main content

From 9.4 to 22 petaflops in 2020: Inauguration of Joliot-Curie, the French supercomputer dedicated to French and European research

Bruyeres-le-chatel, June 3rd 2019

At 9.4 petaflops, Joliot-Curie is France’s third supercomputer and is set to become the most powerful French research supercomputer in 2020 when it reaches 22 petaflops. Designed by the European leader in supercomputing, Atos, for the French national high-performance computing organisation (GENCI), this new supercomputer located at the CEA’s Very Large Computing Centre (TGCC) was inaugurated on 3 June 2019 by François Jacq, CEA Chairman, Thierry Breton, Atos CEO, and Philippe Lavocat, GENCI CEO.

Joliot-Curie, GENCI’s new and powerful supercomputer hosted by CEA

The Joliot-Curie supercomputer has been customised by street artist Christian Guémy, a.k.a. C215, by painting the faces of Irène and Frédéric Joliot-Curie. This artistic performance is a world first. @CEA

Designed by Atos for GENCI, the Joliot-Curie supercomputer is based on Atos’ BullSequana architecture, delivering a peak power of 9.4 petaflops, representing a 4.5 increase in computing capacity compared to its predecessor, Curie, with almost half the power consumption. It will reach 22 petaflops of processing power by 2020.

Joliot-Curie is France’s third supercomputer ranked in the Top 500 in terms of power, just behind Tera-1000-2 and Pangea[1]. Its computing power is equivalent to 75,000 desktop computers and will support researchers for projects requiring heavy computing and data processing. This supercomputer offers truly astounding RAM capacity with 400 terabytes. It also includes a 5-petabyte data storage capacity with a 300 GB/s bandwidth, remote data visualisation and virtualisation services. This makes Joliot-Curie an especially well-balanced machine that meets the needs both for large-scale computer simulations and for processing the large amounts of data generated.

Its computing power will be more than doubled in 2020 to reach 22 petaflops or 22 million billion operations per second. It will then become the third most powerful research supercomputer in Europe and no. 1 in France. The Joliot-Curie supercomputer will be increasing its power in order to keep up with the international race towards exascale, i.e. a computing power of one billion billion operations per second, which represents a strategic goal for the competitiveness of stakeholders in the digital economy.

Thanks to the investment made by GENCI, a non-commercial company whose shares are held by the French State via the Ministry of Higher Education, Research and Innovation, CEA, CNRS, various universities, and Inria, Joliot-Curie will also ensure that France meets its commitments in terms of computing power made available to European researchers in the context of the PRACE European computing infrastructure[2].

A much-needed tool for scientific and industrial research

Supercomputers have greatly improved over time and are now used in various research fields since they allow for computer simulation[3] to be applied across all academic disciplines. Joliot-Curie has already been tested as part of the Grands Challenges (Great challenges), organised by GENCI at the TGCC, by running major simulations and other applications.

Computer simulation and high-performance computing have now become essential scientific tools to improve knowledge, design and decision-making processes in fundamental and applied research fields, and an increasing number of industrial sectors.

CEA’s TGCC is a very large computing centre based in Bruyères-le-Châtel (Essonne département) and dedicated to very high-performance computing in scientific fields. Alongside Cobalt, a supercomputer targeting the industrial sector, TGCC now hosts the new Joliot-Curie supercomputer, which aims to meet research computing needs. Joliot-Curie is currently used in over a dozen fields such as climate, astrophysics and geophysics, biology, molecular dynamics and material properties, and will also be applied to the genome and neuroscience fields in the near future.

[1] Total Group supercomputer

[2] Partnership for Advanced Computing in Europe.

[3] Calculations performed to represent a complex physical, biological, chemical phenomenon on a computer

***

About Atos

Atos is a global leader in digital transformation with over 110,000 employees in 73 countries and annual revenue of over € 11 billion. European number one in Cloud, Cybersecurity and High-Performance Computing, the Group provides end-to-end Orchestrated Hybrid Cloud, Big Data, Business Applications and Digital Workplace solutions. The group is the Worldwide Information Technology Partner for the Olympic & Paralympic Games and operates under the brands Atos, Atos Syntel, and Unify. Atos is a SE (Societas Europaea), listed on the CAC40 Paris stock index.

The purpose of Atos is to help design the future of the information technology space. Its expertise and services support the development of knowledge, education as well as multicultural and pluralistic approaches to research that contribute to scientific and technological excellence. Across the world, the group enables its customers, employees and collaborators, and members of societies at large to live, work and develop sustainably and confidently in the information technology space.

Contact Presse

Atos
Laura FAU | laura.fau@atos.net | +33 6 73 64 04 18

CEA
Camille DECROIX | camille.decroix@cea.fr | +33 6 63 68 52 83

GENCI
Séverine SAINT-HUBERT | severine.sainthubert@genci.fr | +33 7 88 47 39 58