OCed i5 6600K: What cooler?
OCed i5 6600K: What cooler?
Hello, I'm setting up my new PC and have already chosen the i5 6600K. I'm planning to overclock it to around 4.5 ghz and am looking into cooling solutions. Here are some options I've found:
Air coolers:
Be Quiet Dark Rock 3 (30$ more than evo)
Cooler Master Hyper 212 EVO
Thermaltake Frio Silent 12 (same price as evo)
Budget water coolers:
Corsair H55 (20$ more than evo)
NZXT Kraken X31 (same as h55)
Thermaltake Water 3.0 Performer (same as h55)
Evo 212 can reach around 4.5ghz with temperatures near 72 to 78 degrees (using the latest prime 95 version) based on how much you push your vcore. The typical vcore for Skylake at that speed is between 1.28 and 1.30. If you can invest in it, consider a Corsair H80i V2 or H115i based on your case's support. You won't be disappointed. Honestly, for 4.5ghz with that vcore range, the Evo 212 will work well with some AS-5 TIM.
Thanks for the question! Dark rock is also the priciest option. Is it worth the extra 30 dollars compared to 212 evo? Also, how effective will EVO overclock be?
Evo 212 can reach around 4.5ghz with temperatures near 72 to 78 degrees (using the latest prime 95 version) based on how much you push your vcore. The typical vcore for Skylake at that speed is between 1.28 and 1.30. If you can invest in it, consider a Corsair H80i V2 or H115i based on your case's support. You won't be disappointed. Honestly, for 4.5ghz with that vcore range, the Evo 212 will work well with some AS-5 TIM.
I understand this discussion is already resolved, but I'm curious—will these coolers deliver strong performance at 6600K overclocked to 4.7/8 GHz? Will Bequiet Dark Rock outperform the others? Please let me know.
Tbh AscendanceV still offers the most suitable response for your current inquiry.
For CPU or GPU cooling, a PSU calculation provides a solid estimate of the power needed to dissipate. Don’t forget to reset Mobo and K/B & mouse.
From established load wattage data, a standard 6600K model around 84W to a 4.7Ghz @ 1.35vcore equals approximately 143W. You can refer to Rubix_1011 watercooling guide and TDP calculation for a more precise cooling requirement.
By examining reviews of your cooling options, you can estimate their maximum cooling performance. Consider the impact of noise and local summer temperatures when choosing your setup.
If you’re starting from scratch with a custom water loop, remember that silence is key—silence of water is golden.
If you’re aiming for performance above 4.7, a dual radiator configuration is recommended, just like AscendanceV suggests the H115i would work well.
The challenge with cooling lies in the small temperature gap you’ll need between your system and the cooler, especially when considering different prices for coolers. Balance the pros and cons of air versus water, and enjoy building your new setup.
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