HPC Powering the future of HPC with Arm-based technology Professor Simon McIntosh-Smith discusses Arm’s growing role in HPC and the development of Arm-based supercomputers in the UK Latest Content AMD increases HPC and AI application performance with ROCm 6.3 Climate Emulator reduces computational costs and storage for high-resolution models The latest HPC and AI software development tools for 2024 New technologies Hot Interconnects 2023 Call for Papers Penguin updates its cluster management software SingularityCE 3.11 broadens HPC workflows with OCI compatibility White papers Energy efficiency is driving many HPC users to the Cloud This White Paper from Hyperion Research demonstrates how HPC users can use the energy-efficient accelerated compute from Amazon Web Services (AWS) and NVIDIA to run more workloads, faster. PRACE Software Strategy for European Exascale Systems-Paper This strategy paper describes PRACE’s position on and contributions to applications and software for the European Exascale Systems. Best Practice Guide - Modern Accelerators Hardware accelerators offer certain advantages over general-purpose Central Processing Units (CPUs) as they provide a greater computational t Webcasts How cloud computing can democratise your research infrastructure - Register now! Energy-efficient infrastructure for HPC workloads - FREE live webinar More content Energy-efficient infrastructure for HPC workloads - FREE live webinar Accelerating the exploration of quantum computing at Pawsey Supercomputing Centre Researchers in the EU and UK demonstrate the performance of e-fuels using supercomputers Lenovo powers pre-exascale supercomputer Marenostrum 5 University of Cardiff selects Lenovo and Logicalis to boost its HPC resources The latest cooling products for HPC in 2024 How HPC in the cloud is shaping the future Supercomputing and AI drive advancements in CFD simulation HPC Hub launched to bring predictive simulation to UK researchers Crusoe announces data centre expansion Ayar Labs names Mark Wade as CEO Researchers demonstrate complex, error-corrected quantum algorithms on 48 logical qubits Pagination Previous page ‹ Previous Page 9 Next page Next ›
