Teratec : le calcul haute performance

Version
française

Press Book


	Cad Magazine September 2010		La France en tête du calcul haute performance A I'occasion du quatrième Forum TERATEC, son nouveau Président, Gérard Roucairol, a bien voulu répondre à nos queslions.
	01 net pro December 2009		Intel participera au premier laboratoire Exascale de France Ex@tec est un nouveau laboratoire consacré à l’optimisation des applications fonctionnant sur les futurs supercalculateurs de classe Exascale. Financée pour partie par Intel, cette structure est une première en Europe. En pratique, le laboratoire prendra corps dans les locaux de Ter@tec à Bruyères-le-Chatel.
	L'Arpajonnais October 2009		Technopole TERATEC : Lancement des travaux du TGCC Situé à Bruyères-le-Chatel, la Technopole TERATEC competera en 2010 le Très Grand Centre de Calcul (TGCC et le Campus TERATEC.
	Cad Magazine October 2009		Le calcul haute performance, une technologie clé Les fondations sont posées et les batiments du Pôle Européen de Simulation Numérique Haute Performance commencent à pousser sur le plateau de Saclay. Pour qui ? Pourquoi la technopole Ter@tec ?
	Industrie & Technologies September 2009		PLM : Ter@tec veut démocratiser le calcul haute performance L’association en charge de la simulation numérique hautes performances mettra dès l’année prochaine à la disposition des entreprises des moyens lourds de calcul. Une réponse, qui se veut économique, à une vraie demande industrielle. Christian Saguez nous explique la démarche de Teratec.
	La Recherche July 2009		Ter@tec, Europe’s first technical park dedicated to high-performance simulation The petaflops threshold (a quadrillion operations per second) was reached in 2008 by the IBM Roadrunner, eleven years after the teraflops threshold (1997: ASCI Red, Intel). Now scientists are setting their sights on a quintillion operations per second. Demand for this has already been expressed by governmental administrations such as the DOE (Department of Energy), in the United States, as well as certain scientific sectors such as climate modelling. Exaflops within the next ten years? This might as well be infinity. How can this factor of a thousand be achieved? There are few voices offering an answer at this stage, but many more asking the questions. A report commissioned by Darpa(1), a team headed by Peter Kogge (University of Notre-Dame, Indiana), entitled Exascale Computing Study, set out four major ‘challenges’. The first is the question of energy. Everybody knows it; this is the fundamental problem.
	La Recherche May 2007		Ter@tec, A benchmark player in European intensive computing The strategic importance of digital technologies and, specifically, that of high-performance simulation, is recognised by every player in the scientific, economic and industrial worlds. Since August 2005, Ter@tec Technopole and its 43 partners(1),companies and research organisations, have offered a unique setting for taking up the challenges in this area, by uniting all of France’s intensive computing skills around a number of large collaborative R&D projects. Ter@tec provides access to some of the most powerful data computing and storage resources in Europe.
	La Recherche January 2006		Ter@tec, 2 years old and a brilliant future The young technopole set up near Arpajon brings together researchers, engineers and industrial partners in one place. All specialise in high performance numerical simulation. It’s a unique place in France…Bruyères-le-Châtel in Essonne. Out side the high security centre of the Department of Military Applications of the Commissariat à l’Energie Atomique (DAM/CEA), two two-storeys buildings accommodate sixty or so people coming from the world of research, computing and industry. They all have one thing in common: they are working in the field of intensive computing in the young technopole Ter@tec.