After enabling ray tracing in Spider-Man, motherboard heat accumulation causes drastic frequency jitter and screen tearing; wouldn't calibrating airflow and undervolting actually reach a dynamic balance?

Squeezing more life out of an A320 chipset while running ray tracing is essentially playing a game of chicken with your VRMs. I tried pushing the clock speeds higher at first, but the board just surrendered and threw me a blue screen faster than you can say 'overheat'. The real fix was a two-pronged attack: I flipped my case fans to target the power delivery zone and dove into the BIOS to apply a voltage offset between -0.060V and -0.090V. Monitoring via HWinfo64, I saw the load temperatures settle into a nice, chill 65C - 72C range, which stopped the frequency from tanking mid-swing. Does this give me the fastest rig on the block? No, it actually caps my peak headroom slightly. But the sheer consistency of the frame pacing is night and day compared to the erratic mess I had before. I learned the hard way that in a limited thermal enviornment, stability is the only metric that actually matters. It is all about finding that sweet spot where the hardware can breathe while still pushing those cinematic pixels.