Well... that was an unexpected improvement...
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- Опубліковано 25 вер 2024
- This is my final attempt at fixing the i500 cooling issues. Can a low profile air cooler do the trick?
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We will all remember the 14900K as that insanely hot chip that forced every brand to up their cooling game. Interesting video as always!
13900k did that to me. That chip is hot. Had to get a contact frame, 420 rad, and 3 3000rpm fans to keep it less than 80c under load
@@bigpoppa1234*tips fedora. That’s the vibes you give off.
@@bigpoppa1234 I don't believe products being unstable out the box is a good thing. For anyone that doesn't know how to adjust the voltage in the bios the 13900k seems like a shitty CPU.
The AMD Thunderbird was like that in the 90s
Not as hot as 7950x
People brush past the actuality that Ryzen runs hotter, during desktop operations too. I know because I had 7950x and 13900k
Puts a 14900k with a 120mm AIO. "yeah, it's fine just ship it." I'm sure there have been 0 Customer Service emails about the temperatures. Surely, right?
Clueless
Don’t call us Shirley!
Most people (PC users) have no idea what means and why they should care. It works? It works.
Well, if no one bought it, then no emails
@@cszolee7979 Yeah, but when you're paying a premium for this type of system, you would hope it would run in-spec and not have underlying issues that are preventable. I wouldn't want to buy a car that runs fine under 60mph but the minute it goes over the Engine overheats and starts dropping RPM. I don't know how it works in a car, but I also know it shouldn't slow down like that.
It's amazing to see how much air cooling improved in the last 2 decades, not joking.
GPU cooling makes more sense to be water cooled. i'll always use air cooling on my CPU, though.
oldschool matterhorn pure
what CPU's not cool with that . . . it's not cool overall
Corsair: We need to improve our best SFF case.
Design Team: We increased the case from 12L to 21.7L, added more fans, & made the cooling so bad it will thermal throttle.
Corsair: Perfect! How soon can we start shipping?
Corsair sell the original case, and let users select their components. We can all show you how to fit a 14900k and an RTX4090 into an SFF case that doesn't thermal throttle.
That fan noise is just Phil going “OHHHHHHHHHHHHHH” into a mic, you can’t fool me!!
I can't believe a company like Corsair that lives to sell 360mm AIOs put a 14900K in a case to small to put a sufficient cooling system for the thing.
You know what I like Jay? He just tells it like he sees it. No agenda.
Everyone has an agenda, it's just that Jay's agenda is giving good info not selling product.
@@mrfawkes9110 no
@@MaddJakd maybe
@ICCUWANSIUT honestly not even sure what that "no" was in response to.
"Selling" a product, eh. Not his own for sure. What he uses, and stuff like it, yes. Not in a bad way though, and definitely not like most folk have the machines lying around to craft some homemade waterblocks and such.
What I do know is, internet babies love to cast broad nets lol. You het one odd thing wrong in one vid amongst thousands "no more cred." You worked with "company X at all = bad and shill"
Jay got the watercooling game down, and definitely knows how to do more with a PC than most watching will figure out in their lifetime.
So nice of Jay to work on Phils house
Fixing Corsair’s engineering, episode 2
Actually been kicking myself for missing out on a deal on a used Corsair One (w/ a 9900k and 2080ti) that crashes on Facebook marketplace, so this content is very enjoyable
The biggest take-away? Noctua coolers are solid gold.
And cost accordingly
I have the big brother of that Noctua. It's been on 2 Ryzen CPUs and there's no stress test I can do to make the temps get high enough to throttle in any way. It works great.
which is crazy since AMD throttles at a lower temp then Intel. If your AMD CPU ever gets anywhere in the 90s then you know you're doing something wrong. Whereas with Intel it seems like 90s is normal operating temp.
If you not considering acoustic comfort, than yeah, of course
@@NonLegitNation2 7900x boosts to 95c before it drops power.. intel hitting 100 is crazy, these chips have no lifespan
@@SergeiSugaroverdoseShuykov A full load it's a slight hum.
@@NonLegitNation2 my undervolted 5800x3d hits 85-90c r23 cine with a nh d15
All of this could have just been solved with an AMD 7800x3D, because a 120 AIO could handle that, and it's a cheaper cpu, and performs faster for less wattage.
Unfortunately there are too many people that blindly believe Intel is the best.
@@justevil100 Its crazy how often 14900k is used. Such a heater, stability issues etc.
Eh I feel like this PC is meant for productivity and not gaming, where the 14900k is better. Probably could've went with a 7950x though, although not sure if it's equivalent to 14900k in productivity
@@userblame632 This PC was meant for being showcased in a living room, akin to a home theater entertainment system. Even Jay said as much given its unique style and look. It was meant for gaming, VR and movie entertainment.
@@luminatrixfanfiction ah ok, yea a 14900k is a terrible decision then
This has been a fun series. I really enjoy these videos.
That computer costs 4 723 USD here in Norway. I think for that price it has to have a solid cooling solution.
And I would think for the price Sony charges for their Bravia OLED TV's it would last more than 2yrs, but here I am stuck with a nonrepairable high end TV made to be disposable. 😢
Sadly, companies make products to be bought, not to be used or to satisfy their customers these days.
@@goldenheartOh Capitalism goes BRRRR
@kristoffer3000 we had Capitalism when TV's lasted decades too. I'd recon society just didn't put up with expensive crap that couldn't be fixed. Today, our mindset is much more "disposable is fine".
@@goldenheartOh Things were made a lot better years ago because capitalism wasn't pushed to its limits then, the profit margins were way higher and also technology hadn't gotten as far so they just didn't know how to make things last just past the warranty period.
Also quality was a huge selling point.
@kristoffer3000 agree with you on all points there. Every system needs its limits. Quality was important. Also, there wasn't the excuse of "we're using less material to be environmentally friendly" when they skimped on materials. You know what's good for the environment? Making stuff that lasts & is repairable.
"The heat coming out the back is cold" - Jay is awesome!!! 😂
Next time just put an 7800x3d in it
Have it..and its sucks.. oced 12600kf way more stable
@@koky179 bullshit
@@koky179 press x to doubt
@tlv8555 @riccardo3092 still have both systems and still seeing in..intel system runs just fine. Amd random game crashes, windows too.. so only bs here is coming from your moutha
@@koky179 you have 0 clue how to use a amd system then
Bust out the dremel! Time to put a 240 AIO on that CPU!
Your face on the thumbnail mocking the usual UA-camr shock face is way too funny!!!😂 Only thing missing is your hands on the side of your face 😂
He makes these shock face thumbnails all the time and usualy changes them after 1-2 hours.
Oh my God what was Corsair thinking when they made this? Corsair you need to get your act together because you are one of the top 10 brands!
Ummm....they are probably the number one brand for marketing, and about the number 50 brand for quality and value.
in fairness..
with great power, comes even greater heat.
~ Intel
i dont know if they ever said something similar.. but the 14900 chip makes it a fitting slogan.
the NH-l12s is good but you have the space try a NH-C14S it has almost 40w higher load rating. a 3rd option is pull that side bracket out and use a full size NH-U12S.
I used a NH-U12S in a Silverstone case that's very similar and had temps on my 5700X drop by 8 to 11 degrees!
You could try the Thermalright SI-100 air cooler - thicker with 6 heatpipes.
Thats only 0-3 celcius difference compared to Noctua L12S 77 in favor of Thermalright cooler.
@@jarnom85 3 C can make all the difference. Especially when you consider how much cheaper the Thermalright one is.
7:36 - 7:39 - haha- nice editing Phil - I see what happened
I'm an air cooling guy so maybe it's weird I watch this channel a lot but it's great fun and I've learnt tonnes about water cooling. That made this video stand out strangely! Still good fun but it was a relatively predictable outcome given the parts you had to work with. I'd probably try the Noctua Nh-C14 in there. I reckon it would fit with just the lower fan and you'd get even better performance.
Those fan clips on the Noctua cooler will actually just work fine for 25mm thick fans as they have two steps. So you could just have mounted the thicker fan without zip ties.
Or you could have used the original fan (rotated so it pulls air and doesn't fire against the case fans) and then the thick intake fan above it. Would have worked probably just as fine.
Jayz got some passion back with mini pcs -- I've been doing same thing, lots fun messing around all small cases including some new mATX. Thermalright air coolers rock pretty well too in mini pcs.
This tells you to get a proper size case for the components you're planning on installing. Cheers!
Or just avoid stupid Corsair cases...
@@malphadour Agreed this case is horrible, but not all Corsair cases are bad.
@@123Suffering456 You are right, not all of them are bad, just most of them.
Corsair needs to sell just the case.
This! I'd love getting my hands on this case
I was seeing the CAMM2 concept motherboards in Computex coveerage and was thinking that if that became a standard you could do a really wide heatsink for a case like this and cool that 14900K much easier. Ideally, Corsair would have made it like a half to an inch deeper so you could fit a 240mm radiator but imagining a world where camm2 is a thing and you have a downfire dual tower low-profile CPU cooler for SFF makes me excited. Though knowing companies and tooling and status quo that won't happen, but it's nice to dream.
Jay , could you put two (2x) 120mm rads in series in the hinge/door ? Cpu>rad1>rad2>Cpu
Since the two 120mm rads would have the end-tanks on top and the fittings on bottom, they could fit; rather than a 240mm with the tank on one side and the fittings on the other. 👍
way too much of a pain tbh. Youd have to cannibalize 2 AIOS or do a custom loop
@@Shadow0fd3ath24 I don't think so. You (Jay) have the Stock one already. You only need 1 similar rad and a short patch tube to go in between the 2 rads. And 2-3 straight fittings.
Rad 1 is the stock 120 rad.
Cpu block (stock tube) >rad1 in > rad1 out (patch tube) > rad2 in > rad2 out (stock tube out)> Cpu. +1 extra fan for the new rad ofc.
No need to make it more complicated than that.
*swap one of the straight fittings with a T/Y as a fill port.
@@IcecalGamerAIO radiators are aluminium so they wouldn't work with open loop radiators (which are usually copper). Also they're not really made to be serviced, so the tubes are crimped on, and you can't easily refill the loop once you've cut open the tubes. It's really a non-starter especially considering the target market for these pre-built machines (people who often just want it to work without having to tinker with it)
@@DuyLeNguyen This tower/pc is defective out of the box anyway < Talking about target market. If a cooling solution out of the box throttles your components at 100% load, EVEN in 20C air conditioned huge room, how it gonna fair in (lets say) Texas non AC man-cave/shed? Ok? Aaalright.
Now that we've established that this experiment is just for gliggles, does it matter that we mix metals? In a 2-3 hours experiment / proof-of-concept? Neah. Long term, Jay already knows that mixing metals in car engines works as long as you Maintain your coolant and additives. Could do that, if you Really want to go long term use. But again, it's not the case since the point of it was "Could it work? Could it work better than zip-ties on a 65$ Noctua cooler (before tax)? Should it have came like that from the factory, with 2x120mm in series?"
Filling issue -> read my previous comment. +Jay could vacuum-fill it
The Jiushark JF13K cooler should fit the case & cool a 14900k J. It's on Amazon $55 though the install is going to be fun.
True, 1 more inch wouldn't have significantly lengthened the case to cause any large issues as far as floor or desktop space is concerned but barring that, Corsair could just orient the case 90 degrees from what it is to then allow enough room for a 240! Either that or rotate the swinging bracket and hardware 90 degrees and then hinge them on the bottom of the current config to make said brackets long enough for a 240 without altering the case dimensions. Sheesh.
Hey Jay! hope youre having an awesome day and feeling better
Jay in thumbnails: inappropriate amounts of smiling.
Jay in videos: Holding on to his last thread of sanity.
...stay strong there Jay 🫂
Alienware: I make the worse PC Designs.
Corsair: Hold my AIO.
I'm a car guy and last November built my first gaming PC in over 20 years, getting back into it, and you just made me realize why I loved building my PC so much I want to just build more for fun with your radiator comment.
Waiting patiently for the Asus BIOS update video before i install the new one they just released
it seems like they are definitely using a lot of your feedback in their updates, painstakingly at a snails pace, but im happy they are just doing it
I hope they throw some R&D money your way Jay, you are doing their work for them as you tinker for a better solution. I would like for you to do the dremel the edge and fit a 240 in there and test that vs your air cooler setup also, if that makes it fit that is.
I love the fan control software after you recommended it on your pc essential software video, Im using the fractal ridge case and managed to squeeze the artic liquid freezer cooler 280mm version inside my gpu encloseure, took the fans and shroud off of my rtx 2070 and fit 2x 140mm fans inbetween the radiator and gpu and use the fan control software to set the fan speed depending of both the cpu and gpu temps. Its so dense in that top enclosure there is almost no gap between the fans and both the gpu heatsink and the cpu rad. And the crown jewls is its quiet and keeps everything below 60 when im gaming
Whoever had the idea of putting a 120 AIO on a 14900k was on some serious fighter jet level altitudes.
My laptop has a 12th gen i9 in it and I've struggled with cooling until I used liquid metal. The liquid metal took 15C off of idle temps and about the same in extended gaming sessions with the fan curve lowered so it wasn't so noisy. If I ran the same aggressive fan curve I would expect to see a reduction of 20c when gaming, that liquid metal is pretty good stuff even if I had to liquid metal proof my laptop mobo.
After seeing someone one comment about the AMD 7800X3D it came to mind what may have happened. The case and the 120mm AIO is enough for the AMD 7800X3D, the other high performance gaming CPU, and the case was repurposed for the Intel, with out any design changes which explains the none optimal cooling.
I wonder how a nice tower cooler like the noctua nh15 something and noctua fans would do in this case. Those are beasts and on par with water coolers
Also, controlling fans by liquid trunk is ideal. Both CPU and GPU temp at full load will be an essential constant offset from liquid temp, based on the block and quality of contact with the IHS. You do, however, have to set the right liquid temp target to get the desired component temps.
The reason liquid temp is better is because it doesn't fluctuate as quickly, so your fan speeds will also be more steady won't make huge jumps in speed. Which is acoustically preferable.
This is all assuming you have enough radiator and fan to dissipate the component TDP at a liquid temp that's below the component throttling temp. Which is why direct die liquid cooling is so beneficial. You dissipate the same amount of heat, but at a lower component-to-water delta. Enabling you to cool the same heat load with either less radiator or lower fan speed, because you can now have a higher water temp before the component reaches it's throttling temp.
"Back for twice try to cool the thing" is the content I'm here for.
Jay you could of probably fit a Noctua NH-C14S in this without the side fan, but the cooler fan would be close to the side panel anyway, much bigger cooler than the NH-L12S
Granted, I'm running a 12500, so it doesn't need water cooling, but I went from an AIO to a Noctua cooler and had the same results you did. The CPU ran cooler. My AIO was a 360. It's all about the temperature saturation on the AIO. Once the water heats up, it's hard to cool it.
Concerning electric radiator fans on cars, my experience was get a jet aircraft manufacturer to build the cooling system. My 1970 SAAB 99 had an electric rad fan that kept the car from overheating in summer, in Modesto.
When you talked about an inch more space I remember when HP made a small form factor not like they are today though. Those would fry the motherboard because it did not have enough space for airflow.
I have gone back over to air cooled because it is much more reliable. And cost much less and does work very good. I have a Thermalright Phantom Spirit 120SE ARGB CPU Cooler that only cost me only $35.90, and it does the job for my AMD 9 5900X.
I learned pretty early on in SFX builds, get really long needle nose pliers. No more busting my knuckle jamming my hang through everything.
Jay: Corsair make a custom cooler
Corsair: No buy it and love it like a good little fanboy and make plenty of videos so more people will buy it. We only care about profit now.
Jay: Ok but only 3 videos of me trying to fix this trash that I love.
Hey Jay. You are talking about "saturation" of the liquid in terms of temperatures. This makes sense. And this is the reason why my fan curves are set up to adjust via the liquids' temperature, not the CPU/GPU temps. Because the logic behind it is, that if the liquid is cooler, it can decipade more heat from the actual components that are causing the heat.
No video of water cooling comparissions ever covers the temperature of the liquid. Sure, a bigger, wider, longer, thicker radiator makes a difference since there is more surface area.
But how much does it actually matter how high or low the liquid temperatures are? - Cooler liquid can take more heat out of the components, but to what point? Like what is a critical point where it doesn't "cool much" anymore? Does it matter if the liquid is just 30°C, or 36°C - does that make a big difference and if, how big? - Is it worth ramping up your fans just to keep the coolant as cool as possible, or can you easily have it take an extra 5 or 10K in delta and still get the components down to the same temperatures, or maybe just 1 or 2°C higher?
I don't know how to describe what I am looking for since english isn't my native language, but maybe you get what I mean and can make a video about that.
The "problem" of using water temp only for fan speed control is that it takes a longer time for the water temperature to raise than it takes for the CPU temperature. But when CPU temp raises you know water temp will in time raise. By using CPU temp monitoring the fans will speed up before the water get warm, giving the radiator more chance to keep water temp down. and cooling the CPU quicker than if you monitor the water temp.
Now I'm not saying that water temp isn't important, it most certainly is. But the time needed for water temp to raise significantly is longer. Both methods work but one tends to react slower than the other.
I'm on the same logic. On AIO, you are cooling the water with the fans. If you keep the water cool and not going over certain temps, it will not let the CPU also reach high temps. You also remove the constant ramp up of the fans.
Another thing that happen when you have set them to CPU temp is that after the load is gone and the Cpu cools down, the fans will spin down, leaving the water temps high for a longer timeframe.
@@Mysteoa That is why it is a good idea to set a short delay before the fan speeds ramp up and a longer delay before the fans slow down, if your BIOS has that feature. First short delay (couple of seconds) so that the fan does not unnecessarly react to short heat spikes your CPU sometimes has when doing background tasks and a longer delay (maybe 10 seconds) before it allows to fans ramp down to let it cool the water down quicker after the load has ended. This way you are still reacting to CPU temps but on a slower pace which is a benefit of water cooling because the water is still acting as a heat soaking buffer, you do not have to have the fans ramping up and down every 3 seconds like in an air cooled system.
@@MaaZeus isn't it just the same result with extra steps? With my current setup, the CPU barely goes above 80C. I also don't have to adjust it for summer/winter.
@@Mysteoa Perhaps. This is falls between water temp controlled cooling and CPU temp controlled cooling. CPU temp is still the one controlling the fan speeds but it doesn't have to be so hyper reactive like air cooling needs to be.
At the end of the day, if the amount of material used for the heat exchanging part isn't enough, it doesn't matter if you're using air or water. But at least with air, there's at least one less step to getting to the heat exchanging part.
4:25 No, because you've overlooked that there isn't room for the endtank and tubes at the other end either; the stock cooler has the end tank and hoses on the lower edge!
Corsair, if you see this, you need to make the radiator thick enough to be worth selling a version of it as part of your DIY line. I have a 1000D and I haven't been able to find a radiator that fits on the rear exhaust without going to 30mm thick fans or more, because the bubble on the end causes problems when I have a 120 and 140mm fan both mounted there, and I try to mount the radiator to the 120mm fan. Mounting to the 140 doesn't work either, and it's still an extremely tight fit that not all dual 120mm radiators can even make with a pair of 120mm fans, as my old dual 120mm danger den radiators did not fit there at all. You should solve Jay's problem and my own with your other case, and let me add a 4th radiator to my 1000D! If you could make it in a crossflow version i'd be even happier, since I could use it to run the distance down to my CPU from the top radiator (that is an alphacool crossflow), thus eliminating the need for part of a tubing run and giving me an even cleaner aesthetic than I already have. I am sure there are other tight form factor mounting issues this would solve as well for other cases, either SFF or larger. You could even offer them in 360mm and 480mm as well as 240mm. I know they would technically have slightly less performance than one which runs the full length of the fans, but you would also be the only supplier of a niche product that needs to exist for the reasons shown here. SFF builds are more popular than ever, and I'm sure you guys could figure out a way to build them with standard threads and then just add your own custom fittings on for installation in an AIO, and then sell the radiator itself as a stand alone product as part of your watercooling products. You could even reduce the price slightly by hitting greater volume on it that way.
I love that Fan Control program, used it ever since you showed it off the first time!
I have that same cooler on a 5950X in a very tight ITX server and it is a champ
I like the aircooled gpu and watercooled cpu combo, you only need to worry about one stream of cool air.
1:19 Could fit a second 120 rad side by side in series with the reservoirs pointing up.
I'm using a Peerless Assassin 120 SE and it seems to work on my 14900, except for video encoding, things still bump up to 100C, but nothing else does. I use GPU/hardware encoding for that instead of CPU. Works fine.
Nice video, I've learned a lot from these videos how a PC actually works. But I can't understand that companies are selling stuff that simply just don't work, the out of the box products should always work fine. There are many customers who don't have any knowledge about PCs and just wanna buy a ready to use PC that works properly, but unfortunately that's not possible in this time anymore. Jay always has to fix those problems for other people that companies that sell this stuff had to solve themselves before selling it.
But this was a very educational and interesting video, thank you and good work
I'm impressed with what a tiny cooler can do!
*Hearing a Fighter Jet roaring up*...*Hearing this PC roar up*... "They're the same noise"
I am using same noctua to cool a 5800x in a low profile case. I bought an extra slim fan to put on other side of fin stack. It definitely helped.
The only reason I can imagine that they didn't just give the original case design a facelift was to use off the shelf parts to increase the profit margin. You get access to just one PCIE slot and it's the one on the very bottom. They're just not using as many bespoke parts. Hard to believe they still managed to bungle the cooling so badly.
Only thing I can think is that Corsair decided that because it was SFF, they were concerned about fan noise a little too much? You can really hear those fans ramping up now in your Cinebench test in the video. But personally would rather deal with some fan noise temporarily in extreme use vs throttlling.
Maybe the Dark Rock Top Flow would be an alternative? It probably wouldn't fit with the fan on that bracket, but it has more mass to cool. Crazy to think that Corsair seemed to think they could get away with a 120 AiO on that chip...
I love Noctua air coolers. And i am not a water cooler fan at all. I just want something that works and keeps working for the coming 10 years without much maintenance. And yes the NH-D15 is a good cooler but not my favorite. If you need big and have the space then my favorite is the NH-U12A. It is the closest they have to the NH-D15 but you can buy any mainboard you want without interfering with ram and GPU. If you have less headroom the next step down is the NH-D12L. Next step down is the NH-C14S and the NH-L12S-77. For some builds going lower to the NH-U9S. Going lower limits what you can cool so if i want a cooler that i am more sure will work in a next build this is as low as i go. All the higher in between models are of not much use because they are a combination of being bigger and not able to cool more. So the models i mentioned are the ones that have the best fitment on boards and in cases (most compatible). Only if you are going to use another model for a very specific case some of the other models make sense, but at the expense of being less future proof if you ever go to another board and or case.
My corsair one original 1080 ti finally have in last year. I looked at the new models, laughed and built my own.
Don't stop :D continue until you are satisified with it, I am commenting at the beginning!
I don't understand why Jay is so caught up on the fan speed for AIO being tied to coolant temperature, it's a perfectly valid thing to do in a closed system. Your component temperature is directly tied to to the heat soak level of the liquid in the system as that's the conductive medium. Increasing the volume of air through the radiator as the coolant level climbs makes perfect sense. It's especially useful in single loop systems that cool multiple components as you have more than one heat source (say CPU and GPU) that will run a vastly different temperature ranges. Each component will only be as hot as the maximum energy transfer rate between the chip and the cold plate will allow + the coolant temp delta.
Not to say pegging the coolers fan speed to the CPU temp in this instance would be incorrect (obviously since air coolers work this way almost exclusively). It's the only component being cooled so it doesn't really matter either way.
Corsair really needs to send these units out to youtubers for quality beta testing. Can't believe they are selling this thing as is for the price they command with it. COMON CORSAIR!
I have a older version of that Noctua air cooler. 4 heat pipes with 2 fans. The bottom fan is just a little smaller. So my question is would adding a small fan under the heat fins help thermals.
Love the thumbnail, guys🤣
Funny thing is, Corsair has already done an ITX case that has good air flow options, the Obsidian 250D. I've actually revisited that case over the past couple of days.
I know you said it was the last video for this but could you in swap the GPU and CPU coolers so the CPU was using the 240 at the top and the GPU was using the 120?
Maybe you can squeeze a NH-C14S in the bottom fan configuration. But after that it's contact patch optimisation (lapping, socket kit and things like that)
Seeing as how this is a Corsair pre-built, if they didn't want to do a custom rad or change the case to fit a 240mm for the CPU, they could've put the AIOs in series to share 360mm of rad between both the CPU and GPU... It would be interesting to see if that increased stock performance from CPU boost-throttling even if it starts boost-throttling the GPU and CPU when in series.
I would enjoy watching Jay try to Brute Force a 240 in there.
14:23 - Chilling in the '90s?... The last time I did that was 25 years ago.
Have you tried the Arctic P12/14 Max fans? They're pretty wild
93 million miles from the first rough turbulence, the wave burst split the megahertz.
I picture the air cooler giving the AIO that got removed the Troll face smile.
If you're look at a whole bunch of videos comparng various coolers, and find the ones that include Noctua coolers, you can pretty much place any cooler somewhere on the Noctua scale.
bequiet seems to have a couple of those chunky low profile cooler that looks like it would fit (probably wont be able to mount the fan afterward though) , would love to see what one of those would do for the temp
on my current pc I went to a 240 x52 kraken for cooling due to Jay and during cleaning a few months later I decided to put my over 10 year old 140mm non slim line version of the noctua cooler used in vid just to see the difference in temps and the noctua was and still is up to 10c cooler than what the x52 could do, the cooling was so much better I even forked out extra cash for a new replacement fan for the noctua for another 10+ years of trouble free cooling.
plus the air cooler has the added advantage of being quieter as well as keeping my ram and nvme drive cooler, I lost 2 good quality nvme drives while using the aio and havent had an issue with nvme drive since I went back to air cooling.
after my experience with liquid cooling I have decided to stick with air cooling unless I decide to build custom liquid cooling because aio's cant stack up to high quality air cooling.
the only thing that changed during the testing was the cooler its self, everything else stayed the same
I abandoned liquid cooling long ago, and my Noctua coolers have never let me down.
I didn't know about the old version having a bespoke radiator, as you said, which means that they could have gone with a bespoke one again, as shown at Computex, where someone (I forgot which manufacturer) has made a radiator where the tubes is attached at the middle off the side, which means that it should be possible to make the whole 240 space into a rad with the tubes in the same place as the 120.
But of course they wouldn't do that because that would cut into their profit margins.
Does the GPU have coverage on the memory? Or the VRM for that matter? It looks like it doesnt which is surprising, even with airflow throughout id feel like there isnt enough surface area to wick away the heat, but idk ive never pulled the trigger on AIO conversion kits for GPUs lol
Small rad on hot CPU.....
Logically liquid takes longer to heat but it's also difficult to cool down fast, that solution you got there makes more harm than good if stressing the CPU over time.
It is amazing how many product managers forget that heat transfer is ALL about how much you can move the heat out of a system.
This is also one of the reasons why I have reverted almost all of my systems back to using air cooling rather than using an AIO because even a low profile cooler like this can do better than AIO watercooling.
I bet a Noctua C14S could fit in there also if you remove one of the fans from the bracket, might work a bit better than the L12S.
Definitely room for some 60-80mm delta fans gentle typhoons on the back near the I/O. Maybe that works better than having the fan on fan stack?
I always find these experiments fascinating. You you "might" be able to squeeze a NH-C14S in there if you bottom mount the fan onto the cooler. There should still be clearance for the RAM. Or just start cutting and squeeze the 240 AIO in there.
should try fitting two 120 rads side by side connected together so the ends are at the side making it roughly 240 long 160 wide.
Thermalright has some nice downdraft coolers at different heights. I'm using one in my htpc.
NH-C14S w/ bottom mounted 25mm fan: 115mm 119W
NH-L12S 77 w/ top mounted 25mm fan : 102mm 100W
What about turning that aio to a custom loop with a second 120 radiator in serial with the first?
Should fit with the radiator reservoir towards the bottom.
This is impressive. I have 13900 and same cooler with industrial noctua 3000rpm fan in my silverstone milo. I can only max at 130w in my 30 min stress tests with only hitting 90C. I thought this was impressive for that size cooler, but your results are insane! Over 200w?!?! It must be those extra fans on that door mechanism that helps.