GCC 15 brings major Arm optimizations: enhanced vectorization, FP8 support, Neoverse tuning, and 3–5% performance gains on SPEC CPU 2017.

Develop, test, and deploy natively on Windows on Arm with GitHub-hosted Arm runners—faster CI/CD, AI tooling, and full dev stack, no emulation needed.

Discover what's new in LLVM 20, including Armv9.6-A support, SVE2.1 features, and key performance and code generation improvements.

Benchmarking Arm®︎ KleidiAI MatMul kernels on bare-metal with AC6, GCC, and ATfE compilers.

Learn about migrating software projects to Arm Toolchain for Embedded in this blog post.

A quick look at the factors affecting binary interoperability between compilers, and linking a library built using one compiler into a project built with the another.

This blog post describes the steps to develop tiny Machine Learning (ML) software by using TensorFlow Lite for Microcontrollers (TFLu) on the Corstone-310 platform.

Arm is launching Arm Toolchain for Embedded (ATfE), an embedded C/C++ cross-compiler. The toolchain is expected to be launched in April 2025, but a beta version is available now.

Arm Development Studio 2024.1 is now available with support for Cortex-A725 and Cortex-X925.

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.