Understand how Rust can take full advantage of running on a full-blown operating system such as Linux.

Explore how to integrate Rust with Real-Time Operating Systems (RTOS) on Arm microcontrollers and processors.

Learn how Rust enhances safety and performance on Arm microcontrollers, with practical examples and insights from Jonathan Pallant.

Arm architecture and performance improvement contribution summary for LLVM 19 release.

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.

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.

Arm Development Studio 2024.0 is now available.

In Part 3 GCC 14, we discuss the final topics relating to this release and we provide a summary with related information.

In part 2 GCC-14, we discuss the following: Memcpy/memmove improvements, SME/SME2, early-ra pass, Libmvec, LSE128 and, new cores.

In part 1 GCC-14, we discuss the following: Technical debt, Simplifying vector zero concats, Vectorizer improvements and, LDP/STP pass.

In this blog post, discover new features in GCC 13.

This post summarizes LLVM 18 code generation and tools improvements contributed by Arm.

This post summarizes LLVM 18 improvements contributed by Arm: new Arm architecture and CPU support, performance improvements.

Arm announces MDK v6, a new tools suite that contains many new features, such as a Visual Studio Code based IDE.

In this post, Diego gives a detailed overview of the status of Python and its ecosystem on Arm platforms.

This blog explains how Arm's Helium technology is supported in different toolchains. It also gives recommendations on which toolchains to use for Helium.

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

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

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.

Recent GCC and LLVM-based compilers have learned to use the LDAPR instructions, taking advantage of the Arm memory model to increase the performance of some multi-threaded and multi-core workloads.

Arm contributed improved support for Arm targets to LLVM 17 release: code generation to make use of new architecture extensions, improved performance and security of the resulting code.