@@JustLostTheGame he didn't leave it on for enough time, even with his hands' pressure, it was going to spread a lot more. You can see the spread stops only when he removes the acrylic
Dude, put the cooler on with the acrylic sheet and then test them. That’ll be the most accurate, and you’ll see that the results will be a lot closer, if not the same
Based on every other video answering this question already, the results are basically the exact same unless your cooler has a non-central hotspot which is silicon lottery and, so your request is basically useless from a general information standpoint. Just go watch someone else’s video on it.
When you fully tighten a cooler it does much more pressure than your hand. Even with a smaller amount than the pea just from tightening it’ll eventually cover the full IHS
This was a brilliant way of testing and giving us a direct visual result. Thank you. I’ve been a one line two dot man but will now convert to an x man.
Dot is fine for an IHS that is perfectly square (same length and width), the reason why you are not getting good coverage is because you can’t archive the same pressure just pressing down on it with your hands, as a cooler would be able to. For intel’s oblong IHS a line from top to bottom will be fine.
spread manually, you take 3 minutes max and you make sure it's enough, it's thin, it cover the entire ihs and if you live about half cm on every side even if you squeeze the cooler to the max it doesn't spill over on any side
Heat also helps it spread. Pea size, don’t tighten it down where you can’t back screws off, run it for a hour stress testing and then tighten cpu cooler completely down. You’ll find this method gives you complete coverage every time. The only time you need to alter than pattern is with larger IHS cpus such as threadripper, epyc, xeons
Amazing people dont realize how tight heatsinks are to the cpu heatspreader, they are literally screwed in for tightness. That pea sized ball is going to cover the entire heatsink without issue when the appropriate pressure is applied and the cpu heats up. Any more is going to be way to much, and when its too thick it doesnt give proper contact to the copper pipes
A center dot and a square gives about half to 3/4 of the way. It is the perfect coverage because if done correctly, there is no waste and everything is fully covered.
You don't actually need coverage to the very edge, there's nothing there. Good to know where the actual semiconductor dies sit under the lid and just achieve coverage there.
Just use the normal pea size dot I the middle, the reason why it didn’t have much coverage was due to a lack of pressure. When you put a cooler on it puts more pressure and evens it all out perfectly
The small drop at the beginning and then wrap cling film around your finger and spread. It is then perfectly applied and you don't have to worry about it.
You also have to realize the part that heats up a CPU is directly in the middle of the CPU. Ideally yea you want to spread it all over but in the center of it will do just fine. (I recommend the X)
No because if you own a Ryzen with 2 CCD’s located on the bottom of the IHS that’s the part that gets hotter so spread it like butter thinly the buy a good cooler or an aio with a offset brackets as so to cover those CCD’s and it keeps the CPU even cooler.
The dot is simply the best. I build 3 pc for my siblings and maintain them once every year. There are a noctua cooler, a bequiet cooler and arctic cooler. The dot spread till the edge on every systeme every year
i cover everything then smooth it flat with the mini spatula i've saved from thermal grizzly... never a line, dot, esc. Cover it all Do it right the 1st time
Don’t use a pattern, literally spread it with a little plastic spatular all over the cpu for 100% coverage while keeping it really thin, works everytime, running a 13900k and max gaming temp I’ve seen is like 55°c