In this blog post, we show how the Arm Neoverse V2-based NVIDIA Grace CPU can run Arm's most performance-critical workloads and allows Arm to operate a consistent environment in-cloud and on-prem.

In this blog post, we review the improvements made to Arm Performance Libraries 24.10.

This blog post outlines the strategies utilized to enhance Pardiso's performance by leveraging the Arm architecture and presents a comparative study with Intel MKL Pardiso.

In this blog post, we show how Arm Neoverse-based CPUs like AWS Graviton4 can provide leading performance on ANSYS applications Fluent and LS-Dyna compared to x86 CPUs.

The CPU Utilization metric can be misleading when comparing Arm Neoverse processors with SMT-enabled architectures. This blog post explains why and how to address it.

In this blog post, we show how AWS Graviton4 delivers leadership HPC performance across a range of HPC workloads compared to AWS Graviton3E and 4th Gen AMD EPYC.

In this blog post, we demonstrate how AWS Graviton performance has improved generation over generation, allowing Arm to move more of our EDA workloads to Arm infrastructure.

In this blog, we compare the execution cost of Sentieon DNAscope on AWS Graviton3 to competitive EC2 instances.

In this blog, we compare the runtime performance and cost of using the Defacto SoC Compiler on Arm and x86-based Amazon EC2 instances.

In this blog we outline some of the biggest changes available in version 24.04 of the Arm Compiler for Linux.

This blog introduces optimizing Storage Performance Development Kit (SPDK) NVMe over TCP on Arm, and how to maximize its performance. 

In this blog we review recent announcements made about Arm in HPC and look forward to the Supercomputing 2023 tradeshow Arm is attending. Please come visit us in booth #1969.

In this blog, we compare the new Arm-based Hpc7g instance to the AMD-based Hpc6a instance type, across popular HPC applications on performance and cost.

In this blog, we look at compiler options for optimizing real-world HPC application performance and discuss considerations for choosing the right compiler for a particular application.

This post discusses insight into the Vector API. We go over some Vector API fundamentals, basic usages, and features, and then show how well AArch64 supports the Vector API.

Arm Compiler for Linux (ACfL) and Arm Performance Libraries (Arm PL) are now available as installable packages in Spack, a widely used package manager in the HPC community.

In this post, we highlight the scale of performance increases possible, detail the accuracy requirements, and explain in detail how to use the libamath library that ships with ACfL.

Arm Compiler for Linux 23.04 is now available with improved compilers and libraries. In this blog, we explore what is new in this first major release of 2023.