LPCAMM2 memory standard wins AMD, Intel, and Nvidia backing for 2026 rollout

A new memory standard called LPCAMM2 is gaining support across embedded systems, laptops, and servers. The technology, based on LPDDR5X, offers replaceable, high-capacity memory with improved durability for demanding environments. Major manufacturers like AMD, Intel, and Nvidia are now adopting the format for upcoming products.

The shift follows earlier struggles with CAMM, which debuted in 2024 but initially saw limited uptake. Now, with broader industry backing, the standard is set to expand rapidly, including in data centres and rugged industrial applications.

LPCAMM2 stands out by providing serviceable memory modules, unlike traditional soldered LPDDR5X or SO-DIMM designs. The format uses screw-lock retention, making it suitable for harsh conditions in automotive and industrial settings. AMD's Ryzen AI Embedded P100 platform already supports the standard, with BIOS controls determining module capacity and speed.

Intel's upcoming Panther Lake and Core Ultra 300 platforms will also feature LPCAMM2, supporting up to 96GB of LPDDR5X at speeds of 7433 or 8533 MT/s. Meanwhile, Nvidia is scaling the technology for data centres under the SOCAMM2 name, achieving 256GB per small module.

Three major manufacturers have announced official support. SolidRun will demonstrate LPDDR5X-9600 capabilities on its CoMe6 board at embedded world 2026, targeting systems with long lifecycles. Congatec is integrating the standard into its Intel-based platforms, while Lenovo will include LPCAMM2 in its 2026 ThinkBook series and ThinkPad T14 Gen 7, with some regional models using CXMT modules.

The broader adoption follows initial hesitation around CAMM, which launched in 2024 but faced slow industry uptake. Now, with embedded and server markets embracing the technology, LPDDR5X-based solutions are expected to compete across smartphones, laptops, and servers—potentially tightening memory supply chains in the process.

LPCAMM2 is now backed by key players like AMD, Intel, and Nvidia, with products set to appear in embedded systems, laptops, and data centres. The standard's replaceable design and high capacity aim to address long-term reliability needs in industrial and automotive applications.

With demonstrations planned for 2026 and multiple manufacturers on board, the technology is positioned for wider adoption. The move may also increase demand for LPDDR5X, affecting memory availability across different sectors.