Leading the Way in High Performance Computing
High-performance computing lies at the heart of industry, academic and government research and development. HPC’s growing scope and scale demands powerful and energy-efficient technology and innovation. Arm provides a unique combination of design flexibility, powerful yet power-efficient IP and architecture, and a robust software ecosystem, all poised to fuel the next wave of innovation. Our partners’ designs and systems are being adopted across major HPC sites and industry in the cloud and on-premises.
The Future of Infrastructure is Built on Arm
Discover the latest advances in Arm Neoverse technology and how we’re moving infrastructure forward for an AI-driven future.
Featured News
Now available, the AWS Graviton3E-based Amazon EC2 Hpc7g instance offers up to 70% better performance and almost 3x better price-performance compared to previous generation AWS Graviton instances for compute-intensive workloads.
SiPearl’s ‘Rhea’ CPU, based on Arm Neoverse V1 cores, has been chosen to power Europe’s first exascale supercomputer, JUPITER. SiPearl ‘Rhea’ will power the general-purpose compute module of the Julich-based JUPITER supercomputer.
Innovations Ignited by Neoverse
Industry leaders share their thoughts and experiences on the advantages of Arm-based technology.
Experts from ETRI and SiPearl describe how Arm Neoverse V1 supports their goal of building exascale-class CPUs for AI and other HPC projects, with state-of-the-art power and performance efficiency.
As HPC enters a new era of technological capabilities, RIKEN and Fujitsu based the Fugaku Supercomputer in Japan on Arm, for performance, efficiency, and scalability.
Arm Neoverse Wins Four 2022 HPCwire Readers' and Editors' Choice Awards
Designed for Leadership HPC and AI/ML Performance
Neoverse V2 significantly raises the bar for HPC and AI/ML performance, delivering up to twice the performance of Neoverse V1. With Armv9 features like memory tagging extension (MTE) and performance defined power (PDP), Neoverse V2 is the most secure and performance-efficient V-series core yet. When paired with the new CMN-700 core mesh network, Neoverse V2 CPUs can be configured with up to 256 cores and 512MB of system level cache (SLC). AMBA CHI C2C enables die-to-die and off-chip connectivity using UCIe, CXL, PCIe, or custom PHYs for connecting memory, and accelerators.
HPC Use Cases Around the World
Government and Academia
Government and academic institutions are pushing the limits of supercomputing in a quest for scientific discovery and R&D.
Climate and Weather
Arm’s technology helps climate and weather scientists predict the future.
Engineering
Arm-based HPC powers accelerated CFD and crash simulations, enabling more detailed and accurate experimentation.
Electronic Design Automation
From design to simulation and verification to functional safety, Arm-based HPC provides the performance and efficiency needed in the EDA process.
Energy
Simulation models can be finetuned and iterated upon quickly thanks to reliable software stacks and ecosystems, including compilers, toolchains and math libraries optimized for Arm Neoverse.
Biosciences
Arm-based HPC helps researchers develop therapies to improve the heath of humans, animals and agriculture.
A Proven Range of Powerful HPC Capabilities
Learn more about Arm’s portfolio of HPC products and solutions and foundational technologies.
Neoverse V2
A revolution in high-performance computing, the Neoverse V2 CPU delivers leading per-core execution and vector performance with SVE.
Corelink CMN-700
Improved system capability, scalability, and bandwidth, and the ability to add high-bandwidth DDR5 and HBM memory sub-systems, and right-size PCIe Gen5 and multi-chip interfaces.
Scalable Vector Extensions
Arm’s Scalable Vector Extensions (SVE) deliver vector-length agnostic performance and programming to HPC. Write once, compile once, deploy forever.
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