MSI has recently unveiled a concept Z790 motherboard named Project Zero Plus, featuring CAMM2 memory technology. CAMM stands for Compression Attached Memory Module, a new standard designed to revolutionize memory modules in laptops by replacing SO-DIMM memory. The main advantage of CAMM2 memory is its ability to incorporate a dual-channel memory configuration into a single module, thereby saving space and making it ideal for thin form factors.
One of the key advantages of CAMM2 memory is the optimized trace layout it offers, which could be particularly beneficial as DDR5 speeds continue to increase towards the 10,000 MT/s mark. With the development of DDR6 memory on the horizon, the need for a new standard like CAMM2 becomes apparent due to the sensitivities of DDR5 trace design. Additionally, CAMM2 memory supports LPDDR5X, which is already surpassing the limitations of traditional SO-DIMMs.
Possibilities and Challenges
The introduction of CAMM2 memory opens up the exciting possibility of interchangeable RAM between laptops and desktops. This could allow users to upgrade their devices by transferring memory modules between systems. However, the adoption of soldered RAM in laptops presents a challenge to the widespread implementation of CAMM2 memory in the laptop space, let alone in desktops.
Despite the potential advantages of CAMM2 memory, many crucial details remain unknown, such as speed, timings, capacity, power consumption, and cost compared to traditional DDR5 kits. The upcoming Computex event promises to shed more light on these aspects, offering a glimpse into the future of desktop memory technology. As PC Gamer’s hardware team prepares to explore CAMM2 memory further, the question remains: is this the next evolution in memory modules, or simply an experimental project by MSI’s engineers?
The unveiling of CAMM2 memory technology by MSI signifies a potential shift in the landscape of desktop memory modules. With its space-saving design, optimized trace layout, and support for high-speed memory standards like DDR6 and LPDDR5X, CAMM2 memory holds promise for future innovations in the field of computer memory. As the industry awaits more information on the implementation and performance of CAMM2 memory, it is clear that this technology has the potential to shape the future of desktop memory in the years to come. Stay tuned for updates from Computex as we discover more about the exciting world of CAMM2 memory.
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