A forum user demonstrated exceptional overclocking performance with G.Skill CAMM2 DDR5 memory modules on an ASUS ROG Maximus Z890 HERO motherboard. The enthusiast achieved speeds reaching 10,000 MT/s using engineering sample hardware obtained from Taipei contacts. Both 64GB and 96GB capacity modules underwent testing with custom liquid cooling systems supporting the processor, while active airflow cooled the memory components.
The 64GB module reached 9,866 MT/s with specific timing configurations and maintained stability during extended benchmarking periods lasting nearly 50 minutes. Maximum operating temperatures peaked at 58 degrees Celsius under 1.410 volts for this configuration. The larger 96GB module operated at 9,600 MT/s speeds while reaching 65 degrees Celsius under higher voltage requirements of 1.456 volts.
These engineering samples represent early development stages before consumer availability. CAMM2 technology will likely require multiple CPU platform generations before widespread adoption occurs. The technology shows significant potential for future DDR6 memory standards and mainstream implementation.
The 64GB module reached 9,866 MT/s with specific timing configurations and maintained stability during extended benchmarking periods lasting nearly 50 minutes. Maximum operating temperatures peaked at 58 degrees Celsius under 1.410 volts for this configuration. The larger 96GB module operated at 9,600 MT/s speeds while reaching 65 degrees Celsius under higher voltage requirements of 1.456 volts.
These engineering samples represent early development stages before consumer availability. CAMM2 technology will likely require multiple CPU platform generations before widespread adoption occurs. The technology shows significant potential for future DDR6 memory standards and mainstream implementation.
