While ray tracing in Ghostwire: Tokyo, RAM heat soak causes voltage instability and screen tearing; wouldn't calibrating the airflow alongside undervolting maintain a better dynamic balance?

Firing up max ray tracing in Ghostwire: Tokyo turned my RAM slots into Miniature heaters, causing the voltage to spike and criando weird ocular tearing across the screen. I tried a total rookie move at first—pushing the clock speeds higher to compensate—which just nuked the system and failed the FCLK stability test instantly. The salvation came from installing a dedicated spot-cooler for the sticks and dipping the VDD voltage into a lean 1.28V - 1.32V range in the BIOS. Tracking everything through HWinfo64, the memory temps plummeted from a sweating 65℃ - 72℃ down to a chilled 48℃ - 52℃. Does it lose some punch? Yeah, you won't be breaking any world records on synthetic benchmarks with these settings, but the actual game experience is an absolute dream. I spent weeks chasing phantom performance gains, only to find out that cooling and undervolting is the only way to achieve a truly glitch-free image. It's the ultimate lesson in hardware limits: less is often more.