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You're basically comparing a ryzen 7 to a thread ripper and saying the same cooler will work for both.
They do not have the same tdp.
You still need fans to expel air and so air properly flows to the VRMs and other components because you get less of that with AIOs.
also liquid takes longer to absorb heat and retains heat longer as well, so the difference between a good air cooler and good AIO will really only be around 5 degrees depending on cooler quality; a good Noctua air cooler can outperform most 240mm AIOs and all 120mm AIOs. Once you get into 280mm and 360mm territory is when air coolers have a larger gap.
https://images.anandtech.com/graphs/graph13400/fgs.png
Ryzen 7 to threadripper is over 60w.
Also the 9900k has a soldered IHS while the 8700k is paste.
I3 was low end, some with some without hyperthreading
I5 was mid tier, no hyper threading.
I7 high end with hyper threading.
Then they added
I9 for HEDT
now we have
I3, I5 and i7 without hyperthreading, i9 consumer and i9 X HEDT both with hyperthreading
Basically i9 9900k is just an i7 renamed.
The new i7 is an i5 renamed.
The new i5 is an i3 renamed.
And the i3 isn't here yet is it? So can't really comapre that.
But it seems like they just bumped everything up the line and put a larger price tag for pretty much the same ♥♥♥♥♥♥.
Or at least that's how I see it.
(Sure you've got a little more cache in the i9 9900k, but everything else is pretty much the same.)
Intel really ♥♥♥♥♥♥ up on the naming.
Now i need 4K 120hz monitor in 32" or bigger, ultrawide is no negative thing if thats what is the offer.
then theres the issue that, technically speaking, the 9900k spanks the 9900x in performance outside of avx512, of course, the hedt models have extra features, but, it would be nice for the hedt chips to actually be top of the line when it comes to performance.
the ftw3 still has an aggressive power limit sadly, and no way are you gaming on tripple 4k without dropping alot of settings with only 1 2080ti lol
aio's, not at all, custom loops, not if you are careful and test it properly.
They have the same TDP listed on the box. That's why I would compare an overclocked 8700k to the 9900k at stock. the 9900k is basically 8700k + 2 cores / 4threads and a handful of watts for power draw.
And the 212 evo can handle an 8700k at stock, or even a moderate overclock while gaming and typical consumer use (youtube, web browse, email, that sort of thing). If you need to render images or video, that's where the 212 evo comes up pretty weak.
Everybody sleeps on the 212 evo, but it's a badass entry level air cooler. But you can really do a lot with it. Just like everything else in the PC parts world, it depends on your usage.
I guess also you have to be aware of what settings come turned on by default on your motherboard. I'm assuming the 9900k is running stock stock, like the numbers it shows on the box. Gamers Nexus did a video not too long about that, showing the different power draw and thermals from different mobo's running "stock", but most of them had various boosts enabled by default that can add drastically to power draw and thermals.
https://www.youtube.com/watch?v=IBrumDWpl-c
Another option with a 9900k is to experiment with turning off cores/ht, monitoring power and temps and seeing if there is a performance difference.
They upped the cache, 2 extra cores, and IIRC the die larger is really ♥♥♥♥♥ on it (it's to thick or some ♥♥♥♥ like that.)
And it causes really high thermals, so you can't really compare the 2.
Also, if I'm correct, didn't the Z390 Mobos like to force the boost on the CPU to last longer than it should, resulting in much higher thermals and power draw?
And the Solder they're using on 9th gen really isn't that great, and iirc it's to thick, once again, resulting in higher temps.
And no one is denying the 212 evo is good, because it really is.
Just people like to overclock higher, so they have a preference when it comes to coolers, beefy as ♥♥♥♥.
On a budget though, it's almost always going to be reccomedned by one person or another.