Arm just completely changed how it does business. For the first time in its 35-year history, the technology company will manufacture and sell actual, finished computer chips directly to customers. ARM announced the new product line today, calling it the AGI CPU. The company designed this massive data center processor specifically to handle the heavy demands of artificial intelligence. Arm worked very closely with Meta to develop the new chip, moving away from its traditional model of simply licensing chip blueprints to other companies.
The new processor packs serious hardware inside a very efficient package. Arm and Meta built the AGI CPU using TSMC’s advanced 3-nanometer manufacturing process. The chip features up to 136 computing cores and uses 300 watts of power. These cores run at a normal speed of 3.2 gigahertz and can boost to 3.7 gigahertz when they need extra power. ARM also made sure the chip can move data incredibly fast. The processor supports 12 channels of fast DDR5 memory, enabling the system to transfer over 800 gigabytes of data per second. It also uses the latest connection standards, such as PCIe Gen6, to connect seamlessly with other hardware inside a server.
ARM created this specific hardware to solve a growing problem inside modern data centers. Right now, graphics processing units, or GPUs, grab all the headlines because they do the heavy lifting for artificial intelligence math. However, these AI systems desperately need a strong central processor to act as a manager. ARM calls this manager role “agentic AI infrastructure.” The new AGI CPU organizes the entire workflow. It directs traffic between different AI accelerators and ensures all the data moves exactly where it needs to go. As complex AI programs become more popular, data centers urgently need powerful standard processors to keep everything organized.
To help customers use the new chip, Arm created standard server designs. A typical air-cooled server rack can hold enough AGI CPUs to provide over 8,000 computing cores. For buyers who want maximum power, ARM teamed up with computer builder Supermicro. Together, they designed a massive, liquid-cooled system that packs more than 45,000 cores into a single server rack. ARM claims its new processor delivers more than double the performance per rack compared to current x86 chips from rivals like Intel and AMD. Shoppers will need to wait for independent testers to verify those performance claims, as they currently rely entirely on Arm’s internal estimates.
Meta served as the main development partner for this massive hardware project. The social media giant plans to install the AGI CPU directly alongside its own custom artificial intelligence accelerators. Santosh Janardhan, the head of infrastructure at Meta, stated that the two companies plan to keep working together on future chip generations. Several other major tech companies also want the new hardware. ARM already secured commercial commitments from big names like OpenAI, Cloudflare, SAP, and SK Telecom. Sachin Katti, a hardware leader at OpenAI, noted that the new processor will help coordinate their massive AI workloads perfectly.
This move to sell physical hardware marks a huge shift for ARM. Historically, the company strictly sold instruction sets and core designs. Tech giants like Apple, Amazon, and Nvidia bought those designs and built their own custom processors. Now, ARM adds a brand new option by selling a complete, ready-to-use piece of silicon. The company promises to continue its traditional licensing business alongside this new hardware venture. ARM executives strongly insist this new product line will not compete with their existing partners.
Despite these promises, the new business strategy creates an interesting dynamic across the technology industry. ARM will now sell its AGI CPU directly into the exact same data centers that buy custom ARM-based chips from Amazon, Google, Microsoft, and Nvidia. The company already confirmed it will build future versions of the AGI CPU to keep up with demand. Industry watchers will pay close attention over the next few years to see exactly how ARM balances selling its own hardware while keeping its longtime licensing partners happy.
