Arm Blog

How to implement `__clear_cache` using assembly.

VectorCamp and ACM Student Chapter hosted an event for students, using SIMD on modern architectures. Read the details here.

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.

Arm Performance Studio release 2024.6 release bringing you quality-of-life improvements and bug fixes. Read this blog post for more information about other features in this release.

Read about the different user space delays and wait implementations for the Armv8+ architecture and best practices for the purpose of improving throughput and fair access to shared resources.

IoT devices will drive an explosion in use cases with vision. Read more about the different use cases and what Arm technology is involved here.

Read about the MKSU Hackfest 2024 and Nicabed Gathaba's experience being an Arm Ambassador.

Read Fidel's account from the Arm Community Technothon!

Arm sponsored the AI and Games Conference at Goldsmiths in London, read about the day that brought experts and enthusiasts together for talks on the intersection of AI & gaming.

With Arm’s vast microprocessor ecosystem at its foundation, the world is entering a new era of Tiny ML. Professor Vijay Janapa Reddi walks us through this emerging field.

Arm's Immortalis and Mali GPUs are energy efficient. In this blog post fragment pre-pass for Arm GPUs is discussed with Immortalis-G925, Mali-G725 & Mali-G625.

Arm developed the SystemReady Devicetree band as part of the SystemReady program, learn more in this blog post.

.NET 9 introduces SVE support on Arm, allowing users to write simplified vectorised code. This blog post gives examples in C# and compares it to C++.

Supporting C++ style exceptions and DWARF for Pointer Authentication Codes (PAC) signed pointers.

Utilizing Pointer Authentication Codes (PAC) and Branch Target Instructions (BTI) together and optimizations in instruction counts.

This blog post describes the stratospheric growth of mobile gaming growth from the late 90s to present day, and how Arm technology has been at the heart of the mobile gaming revolution.

This post will show how Linux developers can enable Pointer Authentication Codes (PAC) and Branch Target Instructions (BTI) them in C/C++ code bases.