Arm Blog

Arm's 2024 v9.6-A extensions introduce significant updates to enhance computing performance, efficiency, and security for today’s AI enabled software.

Save battery and enhance mobile gaming with ADPF and Unreal Engine. Mori shows you how it optimizes graphics based on real-time thermal data, reducing overheating and power consumption.

The SVMATCH instruction in Arm SVE2 accelerates multi-token string matches, boosting performance in tasks like JSON decoding.

Accurate battery management systems are essential in the era of EVs. IIT Hyderabad’s team has turned its research into a prize-winning start-up.

This blog post explores three video and image use cases demonstrating the proven impact of the Armv9 CPU architectural features.

OpenRNG the new open-source RNG optimised for Arm; easily port apps with a drop-in replacement for VSL RNG calls. Get the best performance on Arm.

In this blog post, we show how a hybrid runtime and k3s can be used to deploy an application onto an edge platform that includes an embedded processor.

This blog post identifies heterogeneity as an opportunity to create better edge computing systems.

In this blog post, we address heterogeneity in IoT edge deployments using Kubernetes.

The hybrid runtime allows the deployment of software onto embedded processors within a single SoC using cloud-native orchestration tools, such as k3s.

This blog post describes how to implement the same matrix-matrix multiplication algorithm using three different Arm technologies: Neon, SVE, and SME.

Learn how Arm and our Partners enable developers and the IoT software ecosystem to deliver smart, energy efficient ML edge devices.

Today we introduce “Arm Accuracy Super Resolution” (Arm ASR), which is a best-in-class open-source solution for upscaling on mobile devices.

For research purposes, Arm has developed a demo using Unreal Engine and Android Dynamic Performance Framework (ADPF) to investigate how ADPF is used to optimize game performance.

Researchers at Télécom Paris are working to identify security weaknesses, anticipate future attacks, and develop mitigations.

This blog post presents a case study using SIMD Everywhere (SIMDe) to automatically port software using x86 SSE and AVX SIMD intrinsics to Arm Neon.

This blog is the second half of a two-part blog for SME Instructions. See link to Part 1 in the note at the top of this blog post.

A team at IIT Bombay is tackling the challenge of designing and implementing spiking neural networks to operate in small, low-power applications.