gasolin

NO 
 
That is not whattage, that is just some numbers (162 not 167) to compare to other noctua coolers higher = better cooling, lower worse cooler (like only usable for something no higher than a ryzen 7 5700x)

Why do you want me to get an aircooler or even a 240mm aio ? It defeats the purpuse of getting a small aio and more fans for exhaust
 
What makes you think i don't have an air cooler ?
 
 

Doesn't matter, doing normal use,multitasking i have under 30c 820-835 rpm, games i think it's under 50c
 
I don't need more cpu cooling, what i want is more exhaust fans, more heat out of the case, i have often wonder with an air cooler and it going one way and  top exhaust fans going another way  (not optimal for me) why there generally is so little places for exhaust fans and also a little stupid with 6 intake fans and only 1 exhaust fan

Thermalright assassin 120 se mixing it all together deepcool,thermalright AND i do have a single tower  DeepCool air cooler
 
DeepCool i ordered but still have some time to cancel it 
 
More exhaus fans, if 1 exchaust fan was enough 1 intake fans would also be enough but it isn't to get a good airflow

Please don't buy a 120mm AIO. They are heatsoked so easily and are terrible price to performance wise.
Get yourself either a 240mm/280mm aio or a nice big tower cooler. The 5000D fits big tower coolers that will leave that poor 120mm AIO in the dust.
 
As far as fan orientation, 3 in front (intake), 2 on top (positioned at the end of the case, (exhaust))  and 1 in the back (exhaust)

what .......... 
 
It can easily do 3600mhz cl 16 https://valid.x86.fr/uxvmkl

That means 3200mhz is the upper limit, period. Unlike older chips you can't overclock the northbridge memory controller, so you're stuck at 3200mhz. Still though, 3200mhz is quite fast.

Even my 13700K can't pass stress tests reliably at 4000 dual rank in Gear 1. My luck with the non-K chips is a bit better than average, all the ones I've used (I've built multiple friends' systems with 12400s) have been able to do 3600 reliably, but 3733 was out of the question and wouldn't even POST unless I swapped to Gear 2. 

The RX 6600 only has PCIe x8 and it doesn't really suffer on PCIe 3.0.
The RX 6500 XT only has PCIe x4. That one does suffer on PCIe 3.0.
 
https://www.techpowerup.com/review/amd-radeon-rx-6600-xt-pci-express-scaling/
https://www.techpowerup.com/review/amd-radeon-rx-6500-xt-pci-express-scaling/
 
~edit, for good measure here's the 4090
https://www.techpowerup.com/review/nvidia-geforce-rtx-4090-pci-express-scaling/

There is. You just have to get the right board and set it up right thats all

z490 gives you anouther 24 pcie gen 3 lanes to use, so almost all z490 boards let you run 2 m.2 ssds at gen 3 x4.
 
 

The 240 arctic freezer II did it with the 360 when using arctic p12 max by 1-2c (youtube video)

 

better temps with fans on the other side (push) 
 
also this would be thermal throttle for air coolers or very close to it 😛

Front intake tubes up can be louder and not at all recommended as it can cause air pockets impeding liquid flow.
 
Top exhaust has to deal with all the hot air from your GPU, reducing the ability to cool effectively.
Top intake is dumb as all that hot air you just pushed out the back can be sucked back in.
 
So IMO front intake, tubes down is the only sensible option as it avoids all those issues - the only one being if the tubes will reach.

I figured people here might be a bit more knowledgeable than to recommend a 212, yes. I'm by no means an expert, but i've done a lot of research into the Rocket Lake cpus over the past week even though they're massively under reviewed especially in relation to cooling.
 
It's not that I know best it's that people here have Ryzen glasses.

@ShieldWasTaken Increasing the turbo power limits allows the CPU to run indefinitely at its full rated speed which I believe is 4200 MHz for the 11400F. If you do not increase the turbo power limits, this CPU will struggle to run fully loaded at 3000 MHz. Increasing the power limits is a no brainer. For maximum performance, it is a must. 
 
You can either increase the power limits in the BIOS or if you do not have that option, you can use ThrottleStop to increase the power limits.
Very simple to do.
 

 
I read a test on a Polish website where performance increased by more than 30% in full load tests like Cinebench. They also reduced the CPU voltage and dropped power consumption almost in half. Huge overall difference. These processors have a locked multiplier but their performance can be significantly improved with a few minor tweaks.  
 
https://www.komputerswiat.pl/recenzje/sprzet/komponenty-pc/test-core-i5-11400f-nowy-krol-oplacalnosci-tani-i-z-ogromnym-potencjalem/vn3knpb
 
 

The top. You can run a simple test after everything is in place. Run HWinfo64 or any other program that can show temperatures and fan speed.  Run something that makes your computer heat up, something reproducible, and write down temps and speeds.  Then remove the rear fan and do it again to see if it makes a difference. 
That's so air gets trapped in the rad,  not the pump, which would kill it eventually.

not atm 🙂
 
Now im ready for intel 12 or 13 gen or am 5, what ever my next upgrade will be in the future (and a much more easy change of thermal paste without having to taking my gpu out of my mb).

I did mount it in the top (as suggested), not as close to the rear fan as i can, no problem at all and it even don't have the tiny gap i use to have with a 240mm aio do to higher screws
 
Though the pump wasn't running at max speed but the speed is only 2000-2100 rpm
 
The fan ran at 900 rpm below 75c in aida 64 cpu and gpu stresstest, lowered it a little, would lowering the pump speed  do a little to the sound, it didn't, not 100% silent,quiet BUT it is very silent,quiet (no air in the pump), better then the cheap 240 lite from cooler master and the first gen artic freezer II, also good compared to a kraken x63
 
Stand off screws have 2 sizes,one end thicker then the other end, thin end is for the screws to thighten the cooler,pump, doesn't say that anywhere, the thick end and thinner end,threads is compatible with the amd 4 back plate but the thick threads make it hard to thighten the cooler,pump, use the thinner end
 
low usage temps is as good as a dark rock pro 4

The point where the tube connect to the rad should be above the level of the pump head. 

Coilwhine is luck of the draw, to my knowledge, though some models can be more susceptible. Temps shouldn't be awful for that model, in the middle, though I can't speak to overclocking temps. I suggest searching for reviews on the specific models.

Well you seem to have answered your own question/update. You have chance to buy 6800xt, but you don't want to pay for it (go above 1000). So 6800 is still a large improvement over 6700xt for your goals.

this is still bs data
 
pwm performs worse then non pwm
 
all pwm is and energy savings thing. its on say 50% of the time and off for 50% of the time depending on how the pwm is set.
 
 

ok ok  but you can adjust the speed of the pump

Unless you actually need the cores then there is no reason, other than just wanting to spend some money to get a 2600
https://cpu.userbenchmark.com/Compare/AMD-Ryzen-5-2600-vs-AMD-Ryzen-7-1700/3955vs3917
 
If you you want to upgrade then go for a 3000 series, better single core speeds and more cores unless I am mistaken.
 
For now you want the highest single thread speed, the future however is multi core.
Does that answer your question?