Team Group Unveils CAMM2 DDR5 Memory Modules at 7200 and 6400 MHz

Team Group, a leading memory manufacturer, has announced the upcoming release of its cutting-edge CAMM2 DDR5 memory modules. These modules will be available in both consumer and industrial-grade versions, boasting speeds of up to 7200 MHz and 6400 MHz, respectively. This launch marks a significant advancement in memory technology, offering increased performance and flexibility for various applications, from gaming and content creation to AI and edge computing.

CAMM2’s Superior Thermal Design Unlocks New Potential for Compact Devices

Compared to traditional SO-DIMM, U-DIMM, and R-DIMM memory, CAMM2 introduces a breakthrough design with several distinct advantages. It supports dual-channel mode with a single memory module, simplifying system architecture and significantly reducing power consumption. With an integrated CKD (Client Clock Driver) for improved signal integrity, CAMM2 memory is smaller and ideal for thin and light notebooks. Its improved thermal design allows for greater heat dissipation efficiency, unlocking more potential in a compact space. CAMM2 memory surpasses previous standards in overclocking, read speed, and latency, delivering an exceptionally smooth user experience. Through rigorous testing, Team Group has maximized the capabilities of CAMM2 to create endless possibilities for the memory market.

Team Group will continue to invest in CAMM2 technology, advancing both consumer and industrial specifications to deliver high-performance, reliable memory solutions. The Team Group CAMM2 memory series is expected to be released in Q1 2025, bringing a new experience to consumer PCs and industrial applications. Stay tuned to Team Group’s official website and social media channels for the latest news.

The following screenshots are from a burn-in using the Intel i9-14900K processor with the Z790 PROJECT ZERO (CAMM2) motherboard. This test environment used an Intel i9-14900K processor paired with the Z790 PROJECT ZERO (CAMM2) motherboard.