overclocking voltage 4790k
overclocking voltage 4790k
Hwmonitor mentions using 1.356v but thinks it's unsafe; however, your CPU-Z shows 1.322v while the HWMonitor reads 1.356v. You don't use adaptive voltage, you rely on static settings. Consider reversing your 4.8ghz overclock? At 4.7ghz, CPU-Z reports 1.308 and HWMonitor shows 1.332.
If it's stable, it's quite acceptable. Generally, most units require about 1.425 voltage to reach 4.8Ghz. At those levels, it's fine as long as temperatures stay within safe limits.
Is 1.356v suitable for continuous operation? I'm currently in a 75-82°C range during prime95 tests, but I rarely run the CPU at full capacity.
I just want to avoid any issues and prolong its life.
It should work during the winter, but I recommend reducing it slightly as spring arrives.
I have a different perspective on this. The 4770ks stopped working very quickly when operated at 1.3 volts because it created a vicious cycle and wasn't stable; you'd need to increase the voltage to stabilize it, after which it would keep running higher. I haven't tested my 4790k at 1.3 even during high-speed tests. It might be possible to run above 1.3, but it depends on the chip. If you're not concerned about the lifespan of the CPU, you could try using it at 1.3.
It should be fine during winter, but I recommend reducing the power when spring arrives.
dudmont shares another perspective: the 4770ks failed quickly at 1.3 volts due to a vicious cycle, making it unstable. Increasing voltage temporarily stabilized it, but this approach is chip-specific. Running over 1.3 might extend lifespan, though it risks damaging the transistor if one fails. If longevity isn't a priority, using 1.3 volts could work. For reference, check voltage specifications in your program.