High voltage overclocking problems reported at 10600k frequency
High voltage overclocking problems reported at 10600k frequency
Hello, I need some guidance on overclocking. Right now, in XTU, the voltage needed to reach a 4.8GHz boost fluctuates between about 1.4V and 1.435V. I think this might be pushing things too far and creating excessive heat. It's odd that I can't raise the core frequency even with the higher voltage. The changes I made to my SVID settings helped stabilize the voltage, but it still reached around 1.414V. I'm using an Asus Prime Z590m motherboard. If the problem lies with XTU itself, I'm open to researching a BIOS solution. Thanks for your help, and sorry if I'm not clear about my situation.
You're asking about the adaptive voltage issue and whether it's intentional. The greyed-out option in XTU might be deliberate. Your clock stability at 1.35V with a 4.7GHz frequency is solid, though the slight dip to 1.345V suggests some variability. It seems the voltage requirements are higher than expected, possibly due to manufacturing differences. This could indeed reflect the inherent variability in each chip ("silicon lottery"). Your observations are valid and worth investigating further.
Adaptive? On Intel I simply disable everything. For example, x47 set, 1.35v selected and it works instantly. 4700MHz all the time. No downclocking, nothing... And it runs better that way anyway. You sacrifice some gigaflops when using power-saving features. But if your cooling isn’t strong enough, adaptive could be worth considering. As for XTU... I only overclock from the BIOS, not through Windows on either Intel or AMD. The third-gen Intel model is the latest I own, so I can’t help with BIOS settings.
I believe I should try again with a new setup. The initial runs showed temperatures staying between average and mid-80s, which is confusing. It might help to do another pass later.
It seems the specs are unrealistic for that clock speed. You’d likely be nearer to 1.3 or 1.32 v-core. Even with a 45x cache ratio, hitting 5ghz would push it to about 1.35v. That explains the high temperatures.
I understand your situation. You're managing manual overclock and voltage settings successfully, but they're generating more heat and consuming more power. Switching to offset mode didn't help because it adjusted to whatever voltage was needed for OC, behaving like adaptive mode. The adaptive setting was the root cause. Could you share more details about your hardware or any recent changes?
Overclocking generates significant warmth, regardless of approach. Aim for around 4.8ghz with an 85c temperature cap for consistent performance. Stability around 90c becomes unpredictable—begin gradually. Running all cores simultaneously produces the highest heat, but uneven core speeds allow you to balance performance and cooling. Patience is key; this process requires time and effort over days or weeks. Don’t lose hope if it isn’t stable initially—you’re learning how your system behaves.
Sorry for the delayed reply—I was away from home. Regardless of what I do, the voltage keeps being too high, and even in manual mode the motherboard seems to act unpredictably. I thought it might just be bad luck with the chips, but that seems unlikely. The issue persists with a stable 4.8GHz clock at full voltage, which is much hotter than expected. It’s going to shorten the CPU’s lifespan, but I have no other choices right now.
In fact, the CPU is built to handle up to 100°C under load for roughly 100,000 hours of operation. (The stock setup clearly accounts for this.) This means you won’t lose performance quickly enough to expect just a year of use. Certain models can last the entire chip lifespan. It’s unlikely we’ll know exactly when it fails until then—probably not soon. Some boards also increase the LLC boost when left idle, which might affect longevity. Maybe tweak this setting and observe the results.