- About Arm, Company Value and History
Born more than 30 years ago with the goal of designing a computer intended to run on a battery, Arm has become a global compute platform delivering advanced solutions that allow the world’s leading technology companies to unleash the unprecedented experiences and capabilities of AI
- 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 leading tech companies and the next wave of innovators
- 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 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 help with your existing Arm solutions Contact Support
- Graduate Program at Arm | You X Arm
Our keynote event connects Arm graduates from all over the world, flying in for an exciting 3-day event held in the UK, where our story began You’ll experience a mix of sessions, including keynote speakers, interactive panel discussions, team-building exercises, and networking opportunities
- Software Ecosystem Dashboard for Arm
Discover what software packages work on Arm, the supported versions, download links, and quick-start resources For more details, read the contribution guidelines on GitHub to understand how packages are added
- Arm Community
Arm’s Generic Interrupt Controller Architecture (GIC) helps manage the communication between devices and processors efficiently It makes sure the right processor handles the right task at the right time, with important tasks getting priority
- Arm and NVIDIA Enabling Intelligent Solutions For Roads and Robots
Arm Neoverse extends high-single performance and unmatched performance-per-watt efficiency to robotics to ensure that humanoid and AMRs run multiple AI models in parallel without compromising responsiveness
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