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000239038 0247_ $$2CORDIS$$aG:(EU-Grant)671578$$d671578
000239038 0247_ $$2CORDIS$$aG:(EU-Call)H2020-FETHPC-2014$$dH2020-FETHPC-2014
000239038 0247_ $$2originalID$$acorda__h2020::671578
000239038 035__ $$aG:(EU-Grant)671578
000239038 150__ $$aEuropean Exascale Processor  Memory Node Design$$y2015-10-01 - 2019-06-30
000239038 371__ $$aAtomic Energy and Alternative Energies Commission$$bCEA$$dFrance$$ehttp://www.cea.fr/$$vCORDIS
000239038 371__ $$aUniversity of Manchester$$bUniversity of Manchester$$dUnited Kingdom$$ehttp://www.manchester.ac.uk/$$vCORDIS
000239038 371__ $$aBARCELONA SUPERCOMPUTING CENTER - CENTRO NACIONAL DE SUPERCOMPUTACION$$bBSC$$dSpain$$ehttp://www.bsc.es$$vCORDIS
000239038 371__ $$aVirtual Open Systems (France)$$bVirtual Open Systems (France)$$dFrance$$vCORDIS
000239038 371__ $$aKALRAY SA$$bKALRAY$$dFrance$$ehttp://www.kalray.eu$$vCORDIS
000239038 371__ $$aForschungszentrum Jülich$$bForschungszentrum Jülich$$dGermany$$ehttps://www.ptj.de/$$vCORDIS
000239038 371__ $$aARM LIMITED$$bARM$$dUnited Kingdom$$vCORDIS
000239038 371__ $$aSCAPOS AG$$bSCAPOS$$dGermany$$ehttp://www.scapos.com$$vCORDIS
000239038 371__ $$aFRAUNHOFER GESELLSCHAFT ZUR FOERDERUNG DER ANGEWANDTEN FORSCHUNG E.V.$$bFraunhofer$$dGermany$$ehttp://www.fraunhofer.de$$vCORDIS
000239038 371__ $$aIDRYMA TECHNOLOGIAS KAI EREVNAS$$bFOUNDATION FOR RESEARCH AND TECHNOLOGYHELLAS$$dGreece$$ehttp://www.forth.gr$$vCORDIS
000239038 371__ $$aBULL SAS$$bBULL$$dFrance$$ehttp://www.bull.com$$vCORDIS
000239038 371__ $$aSwiss Federal Institute of Technology in Zurich$$bSwiss Federal Institute of Technology in Zurich$$dSwitzerland$$ehttps://www.ethz.ch/en.html$$vCORDIS
000239038 371__ $$aCNRS - Institut des Sciences Biologiques$$bINSB$$dFrance$$ehttp://www.cnrs.fr/insb/$$vCORDIS
000239038 372__ $$aH2020-FETHPC-2014$$s2015-10-01$$t2019-06-30
000239038 450__ $$aExaNoDe$$wd$$y2015-10-01 - 2019-06-30
000239038 5101_ $$0I:(DE-588b)5098525-5$$2CORDIS$$aEuropean Union
000239038 680__ $$aExaNoDe will investigate, develop integrate and validate the building blocks (technology readiness level 5) for a highly efficient, highly integrated, multi-way, high-performance, heterogeneous compute element aimed towards exascale computing. It will build on multiple European initiatives for scalable computing, utilizing low- power processors and advanced nanotechnologies. ExaNoDe will draw heavily on the Unimem memory and system design paradigm defined within the EUROSERVER FP7 project, providing low-latency, high-bandwidth and resilient memory access, scalable to Exabyte levels.

The ExaNoDe compute element aims towards exascale compute goals through:
•	Integration of the most advanced low-power processors and accelerators (across scalar, SIMD, GPGPU and FPGA processing elements) supported by research and innovation in the deployment of associated nanotechnologies and in the mechanical requirements to enable the development of a high-density, high-performance integrated compute element with advanced thermal characteristics and connectivity to the next generation of system interconnect and storage;
•	Undertaking essential research to ensure the ExaNoDe compute element provides necessary support of HPC applications including I/O and storage virtualization techniques, operating system and semantically aware runtime capabilities and PGAS, OpenMP and MPI paradigms;
•	The development of a hardware emulation of interconnect to enable the evaluation of Unimem for the deployment of multiple compute elements and to leverage the potential of the ExaNoDe approach for HPC applications.

Each aspect of ExaNoDe is aligned with the goals of the ETP4HPC. The work will be steered by first-hand experience and analysis of high-performance applications and their requirements; investigations being carried out with “mini-application” abstractions and the tuning of their kernels.
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