Servers and Cloud Computing blog

Supercomputer step functions and scientific advancements go hand in hand. The next step function in Supercomputing is exascale, or 10^18 flops per compute cycle. Fujitsu’s A64 FX CPU is considered the…

Read this guest blog from Frank Schirrmeister, Cadence.

Read this guest blog from Rolland Dudemaine, VP Engineering, eSOL Europe.

In this blog, read about cloud native deployment on Amazon Graviton2.

In this blog, read about how you can optimize Elasticsearch deployment with Arm-based Amazon EC2 M6g instances.

The Arm Scalable Vector Extension, or SVE, is an extension of the AArch64 instruction set and is supported in the Arm Neoverse V1 core.  It is a key technology for improving the performance of HPC and…

In this blog we demonstrate that the single-node price/performance of SW4Lite on AWS Graviton 2 offers an average of 25% cost reduction compared to competitive options and on multi-node performance shows…

Co-authors: Bhumik Patel – Director, Software Ecosystem, Tim Thornton – Director, Arm Engineering Arm & AWS have partnered to drive rapid silicon design using Electronic Design Automation (EDA) software…

In this blog, read about assessing AWS Graviton2 for running WRF.

In this blog, read about how Arm is demonstrating good performance on Ceph storage.

In this blog, read about CPU intensive workloads and the launch of Arm Compiler for Linux Version 20.2.

Read about CFD modeling with Nalu on AWS Graviton with examples.

In this blog, read about the optimization of application on Arm platforms with Genci.

In this blog, read an evaluation of the NEMO Ocean Model on Arm Neoverse based AWS Graviton2

In this blog, read about seismic Modeling with Arm Neoverse N1 and AWS Graviton2.

In this blog, read an overview of what supercomputing is like in Europe, from an Arm perspective.

In this blog, read about physical IP and devices in the infrastructure market.

Read this short blog about High Performance Computing (HPC) workloads and the cloud.

Read about MPI and Singularity containers and how they are compatible with matrices for Ubuntu Eaon on Arm64.

In this article, read about Message Passing Interface (MPI) and how MPI applications still cover the vast majority of High Performance Computing (HPC).

Read about how singularity is designed as a container solution for high performance computing (HPC) and is currently one of the most popular container implementation used on many HPC platforms.