
G. Skill has impressively showcased the overclocking capabilities of its CAMM2 DDR5 memory, utilizing an ASUS Z890 CAMM2 motherboard as part of its demonstration.
G. Skill’s Cutting-Edge CAMM2 DDR5 Memory Achieves 10, 000 MT/s on ASUS’s Z890 HERO CAMM2 Motherboard
During Computex 2025, G. Skill highlighted the exceptional performance of its CAMM2 DDR5 modules, paired with an Intel Core Ultra 7 265K CPU on the ASUS ROG Maximus Z890 HERO CAMM2 motherboard. This setup allowed G. Skill to achieve astonishing overclock speeds of 10, 000 MT/s, recording timings of CL56-70-70 while maintaining a substantial capacity of 64GB.
What stood out in this demo was that the entire system operated under air cooling, eliminating the need for additional heatsinking solutions. This suggests significant headroom for further performance enhancement when employing advanced cooling methods.

Press Release Highlights: G. SKILL International Enterprise Co., Ltd., recognized globally as a leader in performance overclocking memory and PC components, in collaboration with the ROG team from ASUS, has achieved an early milestone in demonstrating the overclocking potential of the new DDR5 CAMM2 form factor. Specifically, they showcased a Memtest-stable operation at an impressive DDR5-10000 speed using a 64GB CAMM2 module on a specially modified ASUS ROG Maximus Z890 HERO CAMM2 motherboard powered by an Intel® Core™ Ultra 7 265K processor.
Achievements in Overclocking: CAMM2 Reaches DDR5-10000 Memtest-Stable Status

G. SKILL’s relentless pursuit of overclock memory performance continues. The ongoing collaboration with the ASUS ROG team is pivotal, as establishing stability serves as a foundational step towards unlocking advanced memory specifications for future hardware platforms. In this latest demonstration, G. SKILL’s 64GB CAMM2 module achieved an overclock of DDR5-10000 CL52, successfully passing Memtest with full coverage on the ASUS ROG Maximus Z890 HERO CAMM2 motherboard in tandem with the Intel® Core™ Ultra 7 265K processor, as evidenced by the screenshot presented above.
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