The DARE (Digital Autonomy with RISC-V in Europe) project will start by designing and developing one processor and two accelerators based on the RISC-V architecture. It will include: A vector accelerator (VEC) for high-precision HPC and emerging applications in the HPC-AI convergence domain; An AI Processing Unit (AIPU) designed for AI inference acceleration in … Leer más
The objective of this call, HORIZON-JU-EUROHPC-2025-INCO-01, is to help Europe in preparing for the convergence of HPC and Artificial Intelligence (AI), particularly in the development of large-scale Generative AI models for science. This initiative will play a crucial role in building a competitive European HPC-AI ecosystem by aligning efforts between the European Union and national … Leer más
The GANANA project aims to establish a long-term collaboration between Europe and India in the field of HPC applications in identified priority domains. GANANA will strengthen expertise exchange, foster research links and enhance the development of software for HPC applications. Three European HPC Centers of Excellence funded by the EuroHPC JU, focusing on the domains … Leer más
MINERVA: AI Support Centre The MINERVA project will provide services and training to support European AI communities, helping them leveraging advanced HPC capabilities for large-scale AI models, using current and upcoming EuroHPC supercomputing infrastructure. The project will help users and developers to scale AI workflows, enabling the creation of complex models such as generative AI … Leer más
The development of this new platform will support the peer review process and user management for applications to EuroHPC JU Access Calls For each call, the EuroHPC JU Access Resource Committee (ARC), composed of leading international scientists and engineers, evaluates and ranks submitted proposals, recommending resource allocations based on scientific and technical excellence. This review … Leer más
MareNostrum-Ona will be an «analogue quantum computer» in the form of a quantum annealer. The first-generation system will offer at least 10 physical qubits, with capabilities increasing in both coherence times and number of qubits by the third generation. The new system will be accessible to a wide range of European users, from the scientific … Leer más
Designed to address diverse user needs, this secure and federated platform will cater for the European public and private users, including small and medium-sized enterprises (SMEs). The platform will provide users with a single access point to current EuroHPC supercomputing resources and in the future EuroHPC AI Factories and quantum computers. This ‘one-stop-shop’ approach will … Leer más
The two new EuroHPC quantum computers will leverage quantum computing technologies based on semiconductor spin qubits. They will provide European end-users access to two new complementary qubit modalities while relying on well-established European manufacturing knowledge and processes. Both quantum computers will be integrated with existing supercomputers as part of EuroHPC JU strategy to offer the … Leer más
This tender aims to create hyperconnectivity and advanced supercomputing network services delivering ultra-fast connections between EuroHPC systems, while also linking national and regional supercomputing and data centers across Europe, that are not part of the EuroHPC network. The target is to achieve terabits-per-second (Tbps) connectivity, enabling a future-proof infrastructure that supports cutting-edge research, artificial intelligence, … Leer más
Interconnection networks are crucial to a supercomputer’s performance, acting as its backbone. Without a robust interconnect, even the most powerful systems would struggle to keep up with the demands of modern HPC and AI workloads. By linking supercomputer components like processors and storage with ultra-fast networks, interconnect technologies manage large-scale connections, support parallel tasks, and … Leer más