Run the processor at higher speeds with the right setup on the H470 mainboard.
Run the processor at higher speeds with the right setup on the H470 mainboard.
I purchased a refurbished package with warranty that contains: i5 10600k TUF Gaming H470-Pro Wifi MB (link to mainboard), Ripjaws V DDR4-3200MHz CL14-14-14-34 1.35V 16GB (2x8GB) (link to RAM). I understand it would have been better to choose a Z490 chipset board, but the price was very attractive. I read that it's feasible to use ASUS's overclocking system, which doesn't rely on Intel's multiplier. Do I face any downsides when using this ASUS overclocking method alongside my K processor? Or is it still worthwhile to keep the K chipset? I actually plan to run games with an RTX 3060 Ti, which suggests I might not need any overclocking at all. Still, can I gain any advantage from having the i10600k? Thanks and sorry if I missed something—I don’t have much hardware experience.
I’m not familiar with any alternative way to boost clock speeds other than BCLK, which I believe isn’t permitted on H series boards. The only options I understand for Asus and Asrock boards are raising power limits so the CPU can enter turbo across multiple cores. Updated September 9, 2021 by Levent Pairing a K series with H/B series motherboard then attempting overclocking doesn’t seem logical no matter your reasoning.
It's called "Asus Performance Enhancement" (APE) and it works with the H chipset. I understand, I don't always need it. The cost was reasonable, but I'm interested in learning what it offers and whether there are any advantages or drawbacks.
The benefit of the 10600K compared to non-K i5 CPUs lies in its higher maximum boost clock. This feature leverages Multicore Enhancement (MCE) to enable all cores to reach their peak speed, effectively acting as an overclock. The drawback relative to conventional overclocking is reduced flexibility—on Z series boards you can only try even higher speeds or adjust them according to core activity for better stability and heat management. Additionally, you may be restricted to DDR4-2666 with an i5, though specific details about H470 boards are scarce and mostly focus on H410, B460, and Z490 models. Compared to other i5 CPUs, non-K units tend to cost more, but if the price matches similar i5 options, choosing the top performer makes sense.
It largely depends on the board you're using. You might need to turn on a setting in the BIOS, though not always. Asus has often disregarded Intel's official advice on this matter. This situation sparked significant debate a few years back, as some reviewers accidentally used boards with MCE enabled by default, resulting in misleading Intel benchmark scores. There are two H chipsets—H410 and H470—which differ significantly. The main challenge is that details about the H470 are scarce since both Intel and manufacturers don't promote it heavily; most people opt for the more affordable B460 or the overclockable Z490. H470 sits in a gray area.
The main drawback I see is that my good 3200 CL14 RAM will be capped at 2933Mhz, which matches the motherboard limit, and also at DDR4-2666, the CPU’s maximum speed. I’m not sure if I’ll really feel it during gameplay or bench tests, but it’s a bit disappointing I didn’t understand this sooner.
It will be 2666. Adjustments can be made to the timing to 12-12-12-28 at that pace, at the very least.
Interesting clue. It seems the values align with expected outcomes in practical scenarios.