FACTORY SOCKET POWER LIMITS
95W-105W Processors: 142W
65W Processors: 88W
FACTORY CURRENT LIMIT FOR THERMALLY-CONSTRAINED VRMs (TDC)
95W-105W Processors: 95A
65W Processors: 60A
FACTORY CURRENT LIMIT FOR ELECTRICALLY-CONSTRAINED VRMs (EDC)
95W-105W Processors: 140A
65W Processors: 90A
TEMPERATURE LIMIT
95C
STOCK VOLTAGE RANGE
0.200V - 1.500V
Q: WHAT VOLTAGE IS SAFE?
A: The one the CPU picks on its own. The firmware is actively monitoring and managing more chip health data than you can possibly imagine or digest--every second--to ensure performance is being reliably maximized for n cores under load at y temperature for x time. Stepping in to fix a static vcore, because you "feel" something about what the CPU is doing on its own, or you misread what someone said on the internet, won't help you. It will likely subtract performance (reduced Vmax = reduced perf), and it will likely raise the average voltage the chip experiences over a 24H period vs. what it will self-manage to on its own accord (you've disabled idle voltages). If the purpose of setting a manual vcore was to reduce voltage, you missed: you actually just raised the average voltage.
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