Overclocked above 8000 MT/s, ADATA XPG will introduce DDR5 memory with thermal coating technology: heat dissipation efficiency increased by 10%

According to news from this site on March 7, ADATA recently issued a press release announcing that it will launch a new XPG high-end DDR5 game memory that supports overclocking in the second quarter of this year, focusing on the deployment of PCB thermal coating technology to increase heat dissipation efficiency by 10%. .

ADATA XPG stated that it is the first to apply printed circuit board (PCB) thermal coating technology to overclocked memory, which can overclock the memory clock speed to more than 8000MT/s, and the maximum Maximize the stability and reliability of the system.

Compared with standard overclocked DDR5 gaming memory heat sinks, the thermal radiation and heat dissipation effects of this coating greatly increase the heat dissipation area and efficiency, slowing down heat generation at high clock frequencies.

Compared with standard overclocked memory, overclocked DDR5 memory using PCB thermal coating technology reduces the temperature by 8.5°C and improves heat dissipation efficiency by 10.8%. This site attaches the official before and after effect comparison pictures as follows:

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