At Computex 2025, G.Skill delivered an eye-catching demonstration of what’s next in desktop memory. Showcasing a 64GB CAMM2 DDR5 module on ASUS’s ROG Maximus Z890 HERO CAMM2 motherboard, paired with Intel’s Core Ultra 7 265K CPU, the company achieved a stable overclock of 10,000 MT/s-all with just air cooling and no heatsink.
This pushes the CAMM2 form factor into a new performance frontier, hinting at its potential for serious enthusiasts and modders alike.
The memory was fine-tuned to CL56-70-70 and held its ground running Memtest to 100% stability, a critical benchmark in overclocking validation
. G.Skill’s collaboration with the ASUS ROG team underscores their commitment to unlocking the full power of the CAMM2 form factor, even as it remains in the early stages of ecosystem adoption.
What sets CAMM2 apart isn’t just speed-it’s flexibility. With its compact footprint and lack of traditional DIMM constraints, CAMM2 could usher in easier watercooling solutions and tighter integration across future motherboard designs. While consumer availability remains a question mark, demos like this spark real excitement about what DIY PC building could look like in a few years.
As vendors work on optimizing this next-gen memory format, CAMM2’s 10,000 MT/s milestone is more than just a record-it’s a signal that desktop memory is about to enter a bold new era.
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