Blogs

Check out the solution brief that describes the advantages of running Fortinet: FortiGate VM NGFW on Arm Neoverse-powered AWS Graviton3.

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

How the latest ISO standards are addressing cybersecurity challenges in the automotive industry and how Arm is meeting them through the latest security architecture and products.

This article explains which CMSIS components are recommended, optional, or not applicable, to specific job roles in any Arm embedded software project.

Learn about the Vulkan extensions that let you access tile memory from fragment shaders on Arm GPUs and common techniques these can be used for.

Read the details of the Arm Keil MDK v5.39 release.

What happened last week on Arm?

What happened last week on Arm?

Large Language Models (LLMs), a form of generative AI inference, can now run on the majority of mobile devices built on the Arm CPU. This blog explains how and why.

What happened last week on Arm?

Peter Ing, Arm Developer Program Ambassador, provides a technical run-down of the Arm demos on display at AI Expo Africa and what they mean for developers.

How Arm's training Technical Training has evolved in 2023, post pandemic and the plans for 2024.

How to capture Perfetto trace and how to use it to analyze graphic issues.

What happened last week on Arm?

CMSIS is a set of APIs, software components, and tools supporting more than 10,000 devices. Today, we are announcing the arrival of CMSIS v6.

What happened last week on Arm?

This blog post looks at what KSA frameworks and learning pathways are emerging in Africa and South America.

Learn about Frame Advisor, a new frame-based performance analysis tool to help you optimize rendering workloads for Arm Immortalis and Mali GPUs.

We refer to the SPE performance methodology whitepaper published by Arm for details on the content of this blog.

What happened last week on Arm?

We discuss some of the challenges that we face when we are trying to implement the WebAssembly SIMD bitmask operations on the 64-bit Arm architecture.