European Processor Initiative
European processor project
From Wikipedia, the free encyclopedia
European Processor Initiative (EPI) is a European processor project to design and build a new family of European low-power processors for supercomputers, Big Data, automotive,[5] and offering high performance on traditional high-performance computing (HPC) applications and emerging applications such as on machine learning. It is led by a consortium of European companies and universities.
| European Processor Initiative | |
|---|---|
| |
| Country | European Union (mainly France[1]) |
| Ministry | EuroHPC |
| Launched | December 2018[2][3] |
| Budget | €70,000,000[4] |
| Website | european-processor-initiative |
The project is divided in multiple phases funded under Specific Grant Agreements. The first grant agreement was implemented under the European Commission program Horizon 2020 (FPA: 800928) in the December 2018 to November 2021 time span. The second agreement will be implemented afterwards under the EuroHPC Joint Undertaking which issued a call, which was answered in January 2021 by the same consortium (H2020-JTI-EuroHPC-2020-02 FPA in EPI (phase II)).
The processor that is to be developed is a system on a chip (SoC) that makes use of the RISC technology, implements microprocessor cores of ARM architecture and accelerators, and specialises in matrix calculations and deep learning for artificial intelligence. The processor is designed to be integrated in an exascale supercomputer, but also to be implemented in cars.
Objectives
The aim of the EPI project is to design and build a high-performance, low-power processor, implementing vector instructions and specific accelerators, such as accelerators for AI, with high-bandwidth memory access. The design will be based on the results obtained through an intensive use of simulation, the development of a complete software stack and the use of advanced semiconductor manufacturing technologies. During the development of the processor, a co-design methodology will be implemented to ensure that the processor is suitable for efficiently running many applications and that it is equipped with the appropriate software development tools. The objective of the EPI is to develop European know-how on the design and construction of processors for high-performance computing, allowing Europe technological sovereignty.[citation needed]
Members
EPI is a non-legal entity, a project organized by 30 institutions from 10 countries in Europe. The members of the consortium are:[6]
| Organization | type | Industry | Country |
|---|---|---|---|
| Atos | Company | IT services and consulting |  France |
| BSC | Public research center | Supercomputing |  Spain |
| Infineon | Company | Semiconductors |  Germany |
| Semidynamics | Company | Semiconductors | Spain |
| CEA | Public research center | Energy, defense, security, IT, health | France |
| Chalmers University of Technology | Private university | Scientific and technological research, education |  Sweden |
| ETH Zurich | Public university | Scientific and technological research, education |  Switzerland |
| Foundation for Research & Technology – Hellas | Public research center | Scientific and technological research |  Greece |
| GENCI | State-owned company | Supercomputing | France |
| Tecnico Lisboa | Public university | Scientific and technological research, education |  Portugal |
| Forschungszentrum Jülich | Public research center | Scientific and technological research | Germany |
| University of Bologna | Public university | Scientific and technological research, education |  Italy |
| Faculty of Electrical Engineering and Computing, University of Zagreb | Public university | Scientific and technological research, education |  Croatia |
| Fraunhofer | Public research center | Applied science | Germany |
| STMicroelectronics Italy | Company | Semiconductors | Italy |
| E4 Computer Engineering | Company | Engineering | Italy |
| University of Pisa | Public university | Scientific and technological research, education | Italy |
| Surf | Public research center | Scientific and technological research |  Netherlands |
| Kalray | Company | Semiconductors | France |
| Extoll | Company | Semiconductors | Germany |
| CINECA | Public research center | Scientific and technological research | Italy |
| BMW Group | Company | Automobile | Germany |
| Elektrobit | Company | Automobile, software | Germany |
| Prove & Run | Company | Software | France |
| Karlsruhe Institute of Technology | Public university | Scientific and technological research, education | Germany |
| Menta | Company | Semiconductors | France |
| SiPearl | Company | Semiconductors | France / Germany |
| Kernkonzept | Company | Software | Germany |
| Leonardo | Company | Software | Italy |
| ZeroPoint Technologies | Company | Software | Sweden |
History
The initiative started in 2015, in the aim to produce an exascale supercomputer by 2023. The first phase of the project started in December 2018.[7] In the summer of 2019, the basis of the architecture was decided.[8] In January 2020, the first prototype was presented.[9]
Organization of the project
The European Processor Initiative has five streams of operation. The first four are technical streams (Common Platform and Global Architecture, HPC General Purpose Processor, Accelerator, Automotive platform), while the last one is dedicated to the coordination and communication activities.
See also
- Quintauris, a European joint company that aims standardizing RISC-V