Consider the following options:
Consider the following options:
I have an Intel Core i5-10400F processor. It doesn’t support overclocking, but I’ve heard some adjustments can help. The CPU operates in turbo mode, which can increase temperatures. Your cooler, a CoolerMaster Hyper 212X 120mm with six additional fans running at 1500 RPM, seems to keep things stable. You mentioned the best settings are for both long and short power limits on this model.
Duration requirements are limited by current performance. You can extend the time up to a certain point before reaching practical limits. With a high-quality cooler, consider increasing the power output beyond 65W, aiming for around 100W, and monitor temperatures to make necessary adjustments.
Extended runtime duration set to maximum capacity. Power constraints remain unchanged; 10400f are not demanding and generate minimal heat. Increase limits accordingly—cooler will manage efficiently (peak temperature around 90°C, typical range 70–80°C under full artificial load).
All configured at peak settings or possibly enabled Intel thermal velocity boost (TVB).
The highest setting is 128, but the limits for the remaining two power modes should stay below that to maintain performance and preserve the effort put in.
Focus on the highest boost duration, around 105W, ensuring it stays within the chip’s capabilities. Review your thermal performance—it should work well with any solid aftermarket cooling solution.
The 10400F draws around 125W at its peak, so using both numbers at 128W will optimize performance. If you're running a Hyper 212, it should handle the heat well unless the room temperature is high—then you might hit the maximum temperature limit. Push all power limits to their highest settings. The CPU will then run smoothly at 4.0 GHz for every core load.
I wasn't expecting a 12400 to reach 125W, since my 12-core 5900X model tops out at 215W even when fully boosted and running at 4.5 GHz.