Hi, would you be kind enough to clarify this cooler advice for a beginner?
I’m expecting the A4 v2 shortly, and have an ASRock Fatal1ty Z370 Gaming and i7-8700K waiting for it. I don’t plan to overclock, I’m just looking for the simplest way to get the most reliable performance out of the build. And the CPU cooler is where I’m stuck.
Currently I have the Noctua NH-L9i (and a NFxA9x14 as a case fanj. This was based on “compatibility” from PCPartsPicker. But now I see the 95w i7-8700K is not recommended by Noctua with the NH-L9i.
But then many people say the (supposedly) 100W Cryorig C7 delivers the same performance as the NH-L9i.
I would prefer not to attempt to delid the i7-8700K if possible.
In short, can you please clarify the “Thermolab and NH-L9i” advice? Or perhaps also suggest the simplest, beginner way to adequately cool the i7-8700K in the 48mm cooler height of the DAN A4 v2 case?
Thanks!
there is no simple way to cool a stock 8700K. People already had trouble cooling a 7700K and now you add 50% more cores, increasing the theoretical power consumption by 50% as well.
1. You can delid and tune your 8700K to consume less power, but then it'll be running slower than stock. Might as well just buy an 8400 today, wait 4 years for the next (actual) generation of i7/Ryzen 7 with better performance/watt.
2. You can wait for DAN's cooler which is probably going to be the best air cooler you can get but I think that'll only adequately cool a 8700K at stock.
3. You can move your power supply to the outside and use a huge power brick. Install a 120mm rad in place of the SFX PSU spot.
It's simple physics. If you really want the hassle of cooling an 8700K then I recommend using LP53 + Noctua fan + delid.
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The reason why the Noctua and Thermolab are considered the best is because they allow enough clearance between the fan and side panel, thus reducing turbulence noise. The thermolab is better because the fins are made of copper which has better thermal properties than aluminum.