Powering the Future of AI Compute – Arm®
From cloud to edge, Arm provides the compute platforms behind today’s most advanced AI, trusted by innovators worldwide.
Arm CPU Architecture – Arm®
Arm CPU Architecture is a RISC-based instruction set defining processor execution, exception handling, and memory models. It is the world’s most pervasive processor architecture, …
Arm Developer
Build, optimize, and scale what’s next in AI – from cloud to edge and everything in between – powered by Arm. Discover the resources, tools, and ecosystem support to start building freely, …
Working at Arm | Jobs & Careers
Arm is building the future of computing—powering everything from the smartphone revolution to the rise of AI and the world’s fastest supercomputers. Our technology is trusted by the world’s …
Arm Worldwide Office
Global Offices Arm Global Offices Sales and Support Contact our sales team for help with new purchases wherever you’re located. Contact Sales Visit our Support Services page for expert …
Arm Neural Technology Delivers Smarter, Sharper, More Efficient …
Explore Arm Neural Technology, the first to integrate neural accelerators into GPUs, enhancing mobile graphics with AI.
Cloud Computing Infrastructure and Data Centers | Arm Developer
Interactive reference for Arm SIMD and Neon intrinsics to help developers optimize performance-critical code. Command-line tool that monitors instruction mix per process in real time and …
Mobile, Graphics, and Gaming Resources | Arm Developer
Build high-performance mobile, graphics, and gaming apps on Arm using optimized tools, Vulkan APIs, Unity/Unreal support, and AI acceleration.
Arm Keil MDK: Flexible MCU Software Development Tools
Arm Keil MDK is the most comprehensive software development solution for Arm-based microcontrollers and includes all components that you need to create, build, and debug …
Arm and NVIDIA Enabling Intelligent Solutions For Roads and …
The Arm compute platform brings deterministic performance and ISO 26262 functional safety to NVIDIA DRIVE AGX Thor to ensure that advanced AI workloads run reliably in real-time.