Arm Blog

This blog article introduces how to profile and optimize machine learning applications running with the Arm NN inference engine.

The University of Washington’s Processing Systems Lab is pushing the boundaries of energy-efficient compute. Visvesh Sathe explains why Arm Research is a perfect partner.

This blog explores how StaffPad, a music notation app, was deployed on Windows on Arm devices through the Universal Windows Platform.

Arm technology can now be found across Lenovo’s 5G infrastructure product portfolio with the Lenovo’s FutureCore 5G Core Network server built on an Arm-based CPU designed in China.

In this blog, read views about optimizing Android games.

In this blog, read about IoT devices and Ambiq Apollo4 SoC using TSMC 22nm ULP and ULL libraries.

Arm Mobile Studio 2020.3, our suite of application profiling tools for Android development, delivers the final piece in a set of quality-of-life improvements we have been talking about since launching…

Our collaboration with the University of Edinburgh supports fundamental research questions across a wide range of computer science.

Arm and ETAS bring optimum runtime performance and simplified development flow for model-based development and automated code generation in safety applications

We have implemented our own LLVM-based ahead-of-time Wasm compiler, named aWsm, offering configurable sandboxing, optimized for performance.

This blog shows how to get >2x better performance by creating optimized control applications with ASCET and Arm Compiler for automotive and industrial use

In this blog, learn how to start your development with a free Ethos-U55 platform.

Private networks are becomingly increasingly widespread, and the performance of 5G Is helping to make them an attractive choice in many applications. To help build the customized solutions needed for…

2020 has been an undeniably unique year. In Arm Research, we are taking a look back at some of our favorite blogs from the past year.

To realize the scale of device deployments as envisioned by the Internet of Things (IoT), we inevitably face the issue of how these numerous “Things” are to be powered.

This blog provides details about the new Samsung Game Driver and how Arm supported its development through building it into Mali GPUs.

In this blog, read how Arm made the transition from on-prem EDA to running EDA in the Cloud on AWS Graviton2.

This blog explains how Mali SDK is now supporting the compilation of Kernels written in C++ for OpenCL.