GPUs Stand Out as Planned Processor Element at a Rate of 74%

The European High-Performance Computing Joint Undertaking (EuroHPC JU) recently announced the selection of six sites to host what could be the first major round of EU government-sponsored quantum computer (QC) procurements. The new QC systems will be integrated into leading EU-based HPC sites including the IT4Innovations National Supercomputing Centre in Czechia, the Barcelona Supercomputer Center in Spain, and Cineca in Italy, as well as key HPC sites in France, Germany, and Poland. The QC systems will be networked to support EU-wide access by academic, commercial and government research facilities. Half of the 2023 €100 million procurement budget will come from the EU and the remainder from the 17 countries participating in the EuroHPC JU. The QC hardware and software for this effort will draw exclusively on EU technology developed under EU-funded quantum initiatives, related national programs, and private investments.

Several years ago, anecdotal evidence led Hyperion Research to compile a list of applications that promised to be the most economically important HPC-enabled AI use cases. Rather than simply drawing attention as interesting one-off examples, these applications had emerged as repetitive AI workloads that vendors could begin to pursue as emerging market segments. Hyperion Research's recently completed multi-client study of the worldwide HPC market presented a direct opportunity to ask HPC user organizations whether they use or plan to use any of the economically important HPC-enabled AI applications.