We’ve already explained the benefits of the CAMM2 standard for RAM, enabling space-saving on mobile platforms such as notebooks. But the use of these modules also enables some interesting technical gains. These include more direct communication with the CPU, higher speeds, lower latencies, reduced power consumption and, normally, lower costs. MSI believes that the solution also has other advantages, such as its positioning on the motherboard, which enables better cooling and does not block the flow of air to the processor, unlike “classic” memory modules placed right next to the socket (CAMM2 memory is placed flat). MSI has presented a DDR5-7200 CAMM2 memory module running on its Z790 PROJECT PLUS motherboard. A single module also enables dual-channel operation.
Clearly, the promises of this new standard for classic PCs are interesting. But don’t expect immediate savings. They will initially be introduced at the very top end of the market. ASUS has already presented its ROG Maximus Z890 HERO BTF using DDR5 CAMM2 at speeds of 8000 MT/s. ASRock has also unveiled a Taichi OC Formula CAMM2.
Another benefit of the standard is to reduce the problems associated with conventional DIMM connectors. In 99% of cases, a damaged connector of this type means the entire motherboard has to be replaced. This is not the case with the CAMM2 connector, as you can see from the photo below. It is standardized and should be readily available, as it will be compatible with all motherboards and platforms. The other side of the coin is that installation of the modules will require screws… An inconvenience for some, but one that will also avoid the force-fitting and other disasters we’ve all seen…
At Computex a few weeks ago, several manufacturers presented functional versions of their motherboards. G.Skill demonstrated a CAMM2 DDR5-7800 module. No doubt we’ll be hearing more and more about CAMM2 in the coming months.
It’s possible that MSI will reveal a few more details about its future motherboards during Gamescom in the coming days.