Blogs

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.

Arm is uniquely positioned to empower our partner ecosystem to lead the world’s computing infrastructure with standards-based solutions that unleash the power of DPUs for cloud computing.

This article depicts how Arm ISP processes the 20-bit and 24-bit HDR imaging differently and maximizes the dynamic range of 24-bit HDR sensor.

What happened last week on Arm?

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.

The 5-day virtual workshop will take you from VLSI SoC (silicon) design steps to Industry 4.0 end use applications.

Embedded systems are everywhere – and Arm-based technologies are the industry standard. Learn more about our foundational courses.

The profiles of the evaluator team for the Inventors Challenge 2023.

Read the speaker profiles for the VLSI to System design: Silicon to end application approach event.

Embedded systems are everywhere – and Arm-based technologies are the industry standard. Learn more about our foundational courses.

Learn more about the evaluation criteria for idea submissions in the Inventors Challenge 2023.

This blog explores the third-generation Total Compute Solutions (TCS23), including a look inside TCS23 and new performance and efficiency benchmarks.

This blog provides details about the new Arm GPUs, including Immortalis-G720, Mali-G720, and Mali-G620, that are all built on the new 5th Gen GPU architecture.

This blog provides details about the new Arm Cortex-A720 and Cortex-A520 CPUs that bring Armv9 features and benefits across every tier of consumer device.

This blog provides details about the new high-performance Arm Cortex-X4 and the most powerful cluster that Arm has ever built.

In this blog, read about what to expect with the new MTE User Guide for Android OS.

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.

Arm and Red Hat have a strong partnership that fosters software innovations for a wide range of cloud to edge platforms.

The blog benchmarks WasmEdge and Runc on Arm64, discusses runtimes and WebAssembly, and concludes with a runtime comparison table.

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.

This blog provides an overview of Serverless technology, and show how it can be deployed on an Arm64 server with multiple container runtimes.