MetaComputing is excited to introduce our new Arm-v9 Architecture AI PC, powered by the CIX CP8180 SoC and fully compatible with the Framework Laptop 13. This modular mainboard brings high-performance Arm computing, strong integrated graphics, and advanced on-device AI capabilities to a repairable and upgradeable laptop platform.
At the heart of this system is the CP8180, an Arm-v9 architecture SoC built using an advanced 6 nm process. The chip includes:
This makes CP8180 a versatile SoC capable of meeting high-performance computing needs while also handling complex AI workloads and multimedia tasks.
Please check the product page for more details of the specifications.
The device follows the Framework Laptop 13’s modular design philosophy. Users can freely upgrade or replace key components—including swapping in different modular mainboards—while expanding capabilities through four fully-functional USB-C ports.
This design extends the device’s usable life by 5+ years, reduces electronic waste, and lowers long-term ownership costs. Storage is also easily upgradeable via standard M.2 NVMe SSDs.
We provided two demonstration videos here.
The boot-up video provides a quick look at the system’s startup process on the CP8180 Arm mainboard.
In this demo running Debian 12, we display kernel information, CPU details, and overall hardware recognition.
At the end of the video, we successfully run the DeepSeek-R1-7B model. Even running solely on CPU compute, the performance is surprisingly strong.
The CP8180 includes advanced capabilities such as Memory Tagging Extension (MTE) for security. Many additional features will be showcased as we release more technical updates and developer documentation.
MetaComputing looks forward to sharing more with the community soon as we continue exploring the full potential of Arm-v9 on modular, upgradeable hardware.
