Use this page to review recent public tenders from European High-Performance Computing Joint Undertaking, see how active this buyer is, and open the underlying notice pages in Tenqual.
Recent notices from this buyer are listed below when available.
The purpose of the Invitation to Tender is to select one (1) economic operator (hereafter “Contractor”) for the component acquisition, delivery, assembly, hardware and software installation and maintenance of an AI-ready EuroHPC machine (“Supercomputer”) to establish an associate
The purpose of the Invitation to Tender is to select one (1) economic operator (hereafter “Contractor”) for the component acquisition, delivery, assembly, hardware and software installation and maintenance of an AI-ready EuroHPC machine (“Supercomputer”) to establish an associate
The purpose of the Invitation to Tender is to select one (1) economic operator (hereafter “Contractor”) for the component acquisition, delivery, assembly, hardware and software installation and maintenance of an AI-ready EuroHPC machine (“Supercomputer”) to establish an associate
The purpose of the Invitation to Tender is to select one (1) economic operator (hereafter “Contractor”) for the component acquisition, delivery, assembly, hardware and software installation and maintenance of an AI-ready EuroHPC machine (“Supercomputer”) to establish an associate
EuroHPC JU implements an international peer-review process for the distribution of the Union’s share on the access time to EuroHPC JU infrastructure. This is a process that ensures open, fair, and unbiased access to EuroHPC supercomputers, AI Factories and Quantum Computers. In t
The procurement aims to acquire an AI-focused supercomputer that delivers advanced performance through specialized hardware and optimized software for AI and machine learning. Integrated with Austria’s existing HPC ecosystem, including the Vienna Scientific Cluster, the system wi
The purpose of the Invitation to Tender is to select one (1) economic operator (hereafter “Contractor”) for the component acquisition, delivery, assembly, hardware and software installation and maintenance of an AI-ready EuroHPC machine (“Supercomputer”) to establish an associate
The purpose of the Invitation to Tender is to select one (1) economic operator (hereafter “Contractor”) for the component acquisition, delivery, assembly, hardware and software installation and maintenance of an AI-optimised high-performance computing machine (“Supercomputer”) in
The procurement aims to acquire an AI-focused supercomputer that delivers advanced performance through specialized hardware and optimized software for AI and machine learning. Integrated with Austria’s existing HPC ecosystem, including the Vienna Scientific Cluster, the system wi
The purpose of the Invitation to Tender is to select one (1) economic operator (hereafter “Contractor”) for the component acquisition, delivery, assembly, hardware and software installation and maintenance of an AI-optimised high-performance computing machine (“Supercomputer”) in
The AI supercomputer at CINECA is designed to simplify the use of high-performance computing for AI-related tasks by providing users with pre-configured environments, such as Docker containers and Singularity modules. A key focus is on facilitating flexible, scalable, and secure
The AI supercomputer at CINECA is designed to simplify the use of high-performance computing for AI-related tasks by providing users with pre-configured environments, such as Docker containers and Singularity modules. A key focus is on facilitating flexible, scalable, and secure
The AI supercomputer at CINECA is designed to simplify the use of high-performance computing for AI-related tasks by providing users with pre-configured environments, such as Docker containers and Singularity modules. A key focus is on facilitating flexible, scalable, and secure
One of the targets of the EuroHPC JU is to develop and support a highly competitive and innovative quantum computing ecosystem broadly distributed in Europe contributing to the scientific, industrial, and digital leadership of the Union, capable of autonomously producing quantum
The AI supercomputer at CINECA is designed to simplify the use of high-performance computing for AI-related tasks by providing users with pre-configured environments, such as Docker containers and Singularity modules. A key focus is on facilitating flexible, scalable, and secure
One of the targets of the EuroHPC JU is to develop and support a highly competitive and innovative quantum computing ecosystem broadly distributed in Europe contributing to the scientific, industrial, and digital leadership of the Union, capable of autonomously producing quantum
The upgrade of MareNostrum5 represents a significant enhancement aimed at positioning the system as a specialised platform for AI development. With its updated configuration, the new AI-enabled MareNostrum5 will integrate cutting-edge computational resources tailored to meet the
The upgrade of MareNostrum5 represents a significant enhancement aimed at positioning the system as a specialised platform for AI development. With its updated configuration, the new AI-enabled MareNostrum5 will integrate cutting-edge computational resources tailored to meet the