Yes, high CPU clock speeds can cause overheating or instability, potentially damaging the processor over time.
Yes, high CPU clock speeds can cause overheating or instability, potentially damaging the processor over time.
But it doesnt. You are speculating, but there is no mechanism here for the clock to change it. You are talking about dynamic power. power is not what kills the chips. Voltages are what cause the breakdown of the physical material. Dynamic power is because the capacitive load has to charge/ discharge (which the discharge is going into waste heat) Note, that I'm not talking about intentional capacitors here. any two materials are capacitors irl. Dynamic power is not what is degrading chips. its if the capacitor is over charged (aka too much voltage) that you cause a breakdown of the dielectric border between materials causing it to either short or become permanently open, or really, have a resistance of an unintentional value causing voltages to not be at a predictable level to be usable. Capacitors are not measured in discharge cycles.
If the process speeds up faster, why does your i7 930 not break down even when pushed to those high frequencies? It’s possible the degradation is happening more slowly than expected. Running it at higher voltages or frequencies without noticeable wear suggests the hardware is built to handle stress better than theory predicts. The differences you’re seeing between models might come down to manufacturing variations, thermal management, or voltage stability. Stick to safer settings unless you’re confident in your setup, and avoid aggressive overclocking to preserve component life.