G. Skill has made waves in the memory market with its latest CAMM2 DDR5 memory modules, showcasing impressive capabilities of 96 GB and 64 GB capacities that have been overclocked to an astonishing speed of 10, 000 MT/s.
Overclocking G. Skill’s CAMM2 DDR5 Memory to 10, 000 MT/s on ASUS ROG Maximus Z890 HERO Motherboard
A recent demonstration on the Chiphell Forums unveiled the remarkable overclocking potential of G. Skill’s CAMM2 DDR5 memory modules, especially when paired with the ASUS ROG Maximus Z890 HERO motherboard. This exciting achievement not only showcases the speed capabilities of these next-generation modules but also draws attention to the possibilities of DDR5 technology in high-performance computing.
The individual behind this amazing feat noted that the ASUS ROG Maximus Z890 HERO motherboard was a gift from a friend in Taipei. Notably, this motherboard utilizes a CAMM2 slot for memory installations, differing from the conventional UDIMM slots, and is likely an engineering sample provided by ASUS or another overclocker.
Accompanying the motherboard, the user deployed a CAMM2 memory module – also an engineering sample from G. Skill. To ensure optimal performance, their setup included a custom loop radiator measuring 1080 mm for cooling the CPU, while the memory module itself lacked a heatsink but benefited from a strategically placed fan for active cooling.
During the initial test, the CAMM2 DDR5 memory achieved an extraordinary overclocking speed of 9866 MT/s, set with CAS Timings of CL52-70-70-154-1082-2T. Impressively, the memory passed the RunMemTestPro benchmark for 49 minutes and 21 seconds, attaining an average coverage speed of 90.81 MB/s and a 24-thread coverage speed of 2179.33 MB/s, all while operating under an Intel Core Ultra 9 285K CPU. The maximum temperature recorded during these tests was 58 °C, with a voltage of 1.410V.
In a related experiment with a 96 GB CAMM2 DDR5 memory module using the latest Hynix dies, the user reported stable operation at 9600 MT/s with CAS Timings set at CL46-58-58-154-1066-2T, hitting a maximum temperature of 65 °C and a voltage of 1.456V. The user expressed confidence that the 64 GB CAMM2 DDR5 modules could reach the 10, 000 MT/s milestone with ease, and hinted that similar capabilities are achievable with the 96 GB variants.
It’s important to note that these modules are engineering samples, suggesting that further tuning and optimization are necessary before mass production. Currently, CAMM2 technology shows immense promise, even before it is widely available to consumers. Experts speculate that it may take one or two generations of CPU platforms for CAMM2 to become mainstream. However, it’s anticipated that this memory technology will play a significant role in the forthcoming DDR6 standard, opening new avenues for performance enhancement in computing.
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