Yes. But for a big loop like this you need a relatively beefy pump and they all seem have that electric motor hum. I personally haven't yet found one that didn't sound like a fish tank pump when all the fans where off. It's not a loud sound at all, it's just an annoying quiet sound that you hear everywhere, particularly at night when things get quieter.
I never really cared about fan noise because I use over-ear headphones 99% of the time I game, and that's with the PC volume on max and game volume anywhere from 80%-100%. I wouldn't mind doing this Micky Mouse shit on my rig.
@@hemi4722 Certain headphones put out lower volume regardless of your system's max volume, so while it's loud it's only about as loud as watching a movie in a theater. Plus, since I play a lot of FPS games I want my gunshots to sound like gunshots, still very far from the pain threshold and you can still actually hear every sound clearly without the different sounds or frequencies getting muddy and bleeding in on each other. Also, I set my EQ to cut the highs and a few of the mids a little so it's not like the high frequencies are piercing your eardrums. Again, (with my Crusher Wireless headphones) the sound is pretty much what you'd expect to hear in a theater. Then again, I did work four years 8 to 12 hour shifts 5 days a week in a wearhouse that was so loud you had to yell to the person you were standing next to so they could understand you, so maybe my ears _are_ fucked up.
Agreed, this is quite possibly the dumbest thing you've ever done, but I digress it's also probably one of the most brilliant things you've done yet. Seriously though Jay, hear me out on this. You've created a cooling system where ultimately the only bottleneck is the water block, or even the thermal medium behind the IHS itself, so it can therefore be used to test waterblocks, thermal compound, or to prove that Intel chips really do run much hotter than AMD with incredible accuracy! and it will be working passively for 2 reasons. 1: you've got a massive amount of surface area in the fans, and 2: you've got a very large displacement of coolant to absorb that heat each time the fluid cycles through the loop completely. I'm so hoping you kept this waste of radiators and a box fan intact purely for testing reasons, as it is genuinely brilliant! Ways you could potentially improve the rig though is to fit legs to it so it can be placed vertically so the convection effect can potentially come into play, and maybe an even larger (or additional) reservoir to just absorb more heat during peak loads during normal usage
@Dakota Loch I can only imagine that double mounting fans would only improve the dissipation. THough I do not think it will be a simple x2 increase; there are a lot of other variables like increased drag, rate of water circulation, other fluid dynamics, etc. I think it would be pretty cool to mount 2 box fans to it and use it as some sort of test bed.
@@KBBF3 Adding another box fan in a push/pull config, will do next-to-nothing. It's already barely above ambient temps , meaning it's pretty-much doing all it can..without going sub-ambient. As Jay stated, the cooling efficiency of the rads/fan are enough to cool the heat coming off the heatspreader. The only way to lower core temps will be to de-lid (and apply liquid metal), allowing more heat to be wicked from the core, and dumped into the rad.
Yeah I think he brought that up more to the point that covering the radiators in 120mm fans would be quite a bit more expensive. Like $300+ for decent fans.
true but that aluminum would cause a serous amount of corrosion. you'd have to make sure u had additives to prevent it but i have a feeling a big aluminum radiator would cause corrosion anyway.
Can't be done with a car rad propperly the fin design is designed totally differently it'll work but not as well as you'd expect, those rads are probably at least 500pct of the surface area measured (ie, (120x120)x16. ) Where's a cars radiator would only be 200pct as the radiator piping is much larger and less densely populated
You could use an external all metal pump and tubing then use a dex-cool type or maybe even a Honda specific coolant to protect the aluminum, copper and steel elements in the loop. Don't know how long that would last though.
About to do just that, 7950x and a 4090 cooled by three 3x180mm radiators with two d5 pumps in parallel for increased flow with the radiators also in parallel instead of series
@@dfoster9445 sure, might be a month or 2 before I'm finished, nearly complete with the external radiator box but I still need to purchase my 4090 and ek CPU and GPU blocks.
@@CiceroFMYT Engines create vacuum and is used to power HVAC controls, cruise control, brake booster, emissions, test the fuel tank for leaks, flip up Thunderbird headlight covers, etc. If the vacuum lines leak, the connected accessories won't function and the engine will get too much air and high idle ( or just run like crap ).
I really want to see you do something like the old Linus Tech Tips "whole room water cooling" but do it the right way and show off how awesome it is when it actually works properly.
It's bigger but the collective surface area for a car rad (of the same/comparable size) is smaller than those 4 radiators. That's because the tubes in a car rad have a bigger diameter and the fins attached are bigger and have larger gaps between them so less air is actually able to make contact with metal and carry heat away. Lots of small pipes and fins is better than fewer large pipes and fins for radiating away heat. *Update* for clarity: To make up for that a car usually has more fluid (higher total heat capacity) circulating and runs at a higher operating temperature that is a bit under the boiling point of water (~90C). You don't see the PC getting the fluid temperature anywhere near that high because water has a really high heat capacity, you can store a huge amount of heat in the water itself. Water has to absorb ~4,200 Joules of heat energy for the temperature of one kilogram of water to increase 1 degree celsius.
The other thing to take into account is are you gonna fuck up your cpu and gpu blocks by using an aluminum car radiator for a "test" when he already has these radiators for other builds.... ya know?
I was thinking of this exact same problem. I know aluminum cpu blocks exist though an aluminum gpu block would have to be custom made and is therefore out of the question
Oh, if 'ridiculous' is the measurement, I'd like to remind you about the scrapyard wars season with the watercooling PC. What Jayz did here is over the top, but not ridiculous.
@William Fields Do you know what else is funny. When people started doing water cooling they used car heater core as the radiator. They often had 10-12mm connections and were good size to fit in your case.
+Arch -- I wouldn't say it works, yet. What mass of water is that pump rated for pushing? If that pump motor is designed to push 100mL of liquid in system, and he has to fill with say 200mL to fill the 5 radiators _(For hypothetic example say 25% of loop is inside the radiator so 4 more rads bring to 200mL)_ The energy input is the same but the mass being moved increased, so the flow must be slowed down affecting rate of heat dispersion and possibly creating un-anticipated wear & tear on structural parts that transfer the energy into work moving the water.
Should flip the whole rad/fan assembly so the air also blows air over the other exposed components. That much airflow would also cool the chipsets, RAM, the whole graphics card etc.
@@joelv4495 Few years ago i built water cooling system using some thrash, including heater core form Opel Kadett (with a leak). Check my channel if u want ;) Now i am planning to build better one with full size car radiator and pump from heating system in house (Grundfos)
@@joelv4495 I remember stuff like that. I think things like oil and transmission coolers would be better due to inlet/outlet connection diameters. Especially when you consider how much more viscous those fluids are, theyre probably designed to cool better when size and FPI is taken into consideration.
@@joelv4495 Yep. My first venturing into watercooling was home made waterboxes and car heater cores. Back then DIY was the only option. Off the shelf parts just didn't exist. Also I learned the hard way that putting a little chlorine in a copper system to try and keep the funk build up in check doesn't end well. Can we say "Mildly corrosive liquid" which inevitably ends up leaking.. onto the motherboard. On the flip side. I did get pretty good at soldering copper tubing though.
TheRAYdustin not for me and it's prob about same noise as my fans and when it reaches its desired temp it will turn off till it reaches above the temp so u get regular sound breaks from it. Not to loud if u ask me
This isn't dumb, this is brilliant. I've never considered linking multiple radiators in a custom loop before, but it works great. I even have an idea for a case design that is just radiators. All of it.
There seems to be one major positive improvement on this one that you did not think about: Why not put the blocks in parallel? Currently, only the first heat dissipation unit works at max. The next block gets lower temps and drops in efficiency thus resulting in less dissipation. The resistive forces(static pressure) inside the blocks force the pump more: the series circuit is longer with more resistance to the flow. Again, make it parallel in the that way you will get the max possible efficiency out of each radiator at the given coolant temperature. Use a manifold and keep the loop length the same for each radiator in order to get a well distributed flow. Maybe change the pump or simply increase the flow too. BTW your current heat dissipation rating is somewhere from 30% to 50% lower because you are running the system in series thus dropping the temps and efficiency for each next radiator.
I would like to know where did you read this... i mean, yes, it would be more efficient in parallel but the thing with the pump you mentioned, i need some proof
@@moisesramirez4516 Here you go one of the possible references: Resistance in the Fluid System www.augusta.k12.va.us/cms/lib01/VA01000173/Centricity/Domain/396/Resistance_in_the_Fluid_System.pdf
@@kingfrozen4257 Jay pointed out that passive cooling was almost enough (without the fan) while it is in series... Maybe with the efficiency increase from running it in parallel, the fan wouldn't be needed at all.
Then the next step up would be to use an air conditioning unit. (There are small ones.) Actually, given that it's possible to make a DIY swamp cooler, evaporative cooling would be easier than just buying an AC unit; you just need to supply water to it.
Ganaram Inukshuk Why? Phase Change Freon cooling the CPU directly would be more efective and easyier. Just adding a air con condensor/radiator ..which is still only pushing ambient air to the loop.. wont change anything.
The air CFM is a function of the over all throughput. the fan is simply moving so much damn air that any loss of pressure between the blades has a negligible effect on the cooling capacity. now if you had some much thicker radiators with a much denser fin array it may the static pressure might be a more pertinent factor but not in this case with these puny (in comparison ) radiators.
The "passive" cooling is the part I'm actually impressed by. Although it's not *really* passive (the pump is still mechanically circulating the coolant dynamic (water), a well-sound-insulated pump is going to be a helluva lot quieter than a case full of fans.
Dude, I've been itching to do this for an ACTUAL pc build for ages now. Funny thing is, I'm pretty sure alphacool makes a 9x120mm fan rad for crazy things like this.
@@Truex007 Yeah! Alphacool rebranded those 9x120 and 9x140mm rads which were previously made by Phobya. There's Watercool MO-RA3 too which is a little more expensive but has cool accessories sold separately and higher build quality!
cary Harper if you see the title of his video, he already says it is stupid! 4 radiators, BUT if he alread spent hours testing this, he could've spend a few more so we can see and learn the impact on adding more radiators
Yes I was more or less singing to the choir in the first sentence. But commented to you because I was thinking "WHY IN THE HELL, I DIDN'T THINK OF THAT MYSELF!" Good thinking! On you're part. Not so much mine.
I'm curious too. How much radiator is needed for optimal cooling? or does the number of radiators inversely proportional to the temperature? or does cold air from a refrigerator/AC will also have a difference? if you soak the tube in cold water before it reaches the radiator will it also helps?
Video suggestion: water cooled audio challenge - build an over clocked gaming/editing rig, with the lowest noise emission level you can. Maybe challenge LTT or someone to fight you over it?
brandishwar given that he is using active air cooling, I'm going to go with his system probably sounds like a jet engine compared to what you could do if you tried a lot harder on a water cooled setup.
Brandishwar, did YOU watch the video from DIY Perks? Because they clearly have a spinning fan running in those cooler blocks. - My suggestion wasn't "Make a quiet setup", it was "build one with the lowest emission level you can". Also it was "That YOU can", not "What is the lowest level DIY Perks can". Saying DIY Perks or Linus already did a really quiet computer setup therefore you don't need to bother doing your own videos is kind of like saying "The Wright brothers set the air speed record, so no one else needs to try and top it..." - It is missing the point of a CHALLENGE...
Patrick I mean, you saw the video right? The point was the 8700k runs hot when overclocking and no cooling solution can solve that like a delid can. That's just fact.
Shibby D lol how did you get to that conclusion? the gpu was runnung at 26c but the cpu was at 80c. Obviously it does scale and just Intels thermal interface is thrash
Patrick I think his point was your initial response was unnecessarily combative in response to his joking comment, & sounded an awful lot like something someone who is biased towards the outside team would say. He wasn't seriously saying it's impossible to cool an 8700k, that would be ridiculous & no one would actually claim that.
Also try another box fan on the other side (1x box fan per side, 2x box fans total) and then the 4x fans per rad, 4x rads: 12x little fans on both sides as well (32x little fans, 16x fans per side total) Also, check the wattage usage for each configuration. For cryptocurrency mining.
MindBlowerWTF: to hit ambient lol Let's see how much lower the 16x fans or 32x fans can get, as the 1x box fan was only 1 over ambient, that's 10 points to work with, or 100 if you did double digits. Plus we need a 2x, a 3x and a 4x card test. What if it handles 4 fricken GPU's mining at the same time on the same super rad system? How much power can one of these mega rads handle at ambient delivery of cooling, and how much with some comfortable max temps? I'm genuinely interested. What if the dual box fan setup used less electricity and offered superior cooling. Why would you even buy little fans any more for rads? Are there better box fans you can get? I wanna see a bunch of large fans versus small fans.
Except he used a $15 box fan; though I know you meant for 16 x 140mm fans which is a lot. But I fail to see how this "didn't work," did you even watch the video. Did you see the temps? Did you see the temps without the fan? There's a difference between practicality and working. This works but is definitely not practical.
For those geeks with the server closet, this would be neat to cool several systems and have the radiator mounted outside the closet. In the winter it's cold enough to use passive cooling with the radiator mounted outside the house.
What you need is a refrigeration unit that makes direct contact with the coolant. I would start with a commercial diesel refrigeration unit of your typical semi trailer. It can reduce air temperatures down to -20 F.. But we're not interested in cooling air. I want a good sized plate fin heat exchanger that puts just a thin bit of aluminum between the coolant doing the cooling, and the coolant being cooled. Then we can test to see if airflow through the radiator makes it any more efficient or not. Directly cooling the coolant with a plate fin heat exchanger is a lot more efficient than cooling air, then using that air to cool your coolant. Of course, if you dont mind the noise and smell of diesel, you can eliminate the heat exchanger altogether and run the coolant directly into a commercial freezer unit - cooling the liquid down to -20 F. directly. At this point, the bottleneck becomes the surface area of the CPU. So, what we need a special CPU that spreads all the processing out along a square foot of space and a ceramic/aluminum lid for maximum heat exchange. Or perhaps a special motherboard that handles 16 separate single core processors - effectively increasing our heat exchange by a factor of 16. I think we can OC the chips to compensate for the performance loss of putting that much distance between chips. %*$# yeah!
"This was a stupid idea" yeah but you're having lots of fun doing it. Also 32x120mm fans in a push/pull config might have been interesting. I have seen several cases with punchouts for external cooling.so many they expected this silliness.
Yooooooo, I might actually do this when I custom loop. Imagine the acoustics when a passive loop keeps an overclocked system at ambient when it's not under a stress test
yeah use a Threadripper 2990WX 32C/64t with a TDP of 250w and overclock it, and use triple/quad Titan V's (3/4x 250w TDP). (i tried to make the highest system by TDP)
nah Powercolor Radeon 7990 according to Anandtech review (2013), it could draw an astonishing 650W at full load, the 690 drew a "mere" 472w would four of those count as quad graphic cards or octruple
I run a Watercool Mo-Ra3 and love it. External massive rads are the way to go.In addition, a lot less tubing inside your case, pump and res also mounted to the rad. Functional and stylish and much better performing than equal money internal rads with lots of hassle and cramped space etc...
Few things: 1) Soonish is a great book and Zach makes the ever funny SMBC webcomic series. 2) Their last name is pronounced Wiener-smith (yes, like the hot dog/penis) 3) I feel like this would have been cool to do with the car radiator like Linus did later.
I would have liked to see a longer test with the fan off. This might actually be a solid and very quiet solution to cooling, if you have the space for that huge array of radiators. I'm wondering how quiet these pumps actually are, and I'm amazed the pump is able to run the liquid through so many radiators.
This is true, which is why I specifically said the radiators and not the computer. The radiators have no electrical parts that would be damaged from the condensation.
Correct. Yet the rest of loop gets cold enough that it falls below dew point temperature. At that point moisture in the air starts condensing on the cooling blocks and tubes and everywhere around the PC (where it best shouldn't).
Radiators are not very restrictive. It's mostly laminar flow which means it's very unrestricted. The idea that blocks and rads restrict water flow is a myth from back when PC radiators, blocks and pumps were terrible (and they really were terrible).
In any case, pushing water through one radiator would be the same as pushing it through four, if they're all identical, since the pressure coming out of the first radiator would be exactly what the subsequent radiators 'want', i.e. the only restriction of note would be from the first radiator. You could push it through any number of identical radiators just as easily as one.
@@cl0udbear Actually no. Even when it's identical, it's whole different thing to blow water trhought a huge radiator than a small one with identical pipes on it. Radiator has small pipes which trhough the water moves, making 3 times more (3+1=4) the refuce of the radiator is increased by 3 times more aswell. However, what longer the pipes and hoses are, that more power from water pump is needed. But the thing on this one is, that radiator and fan does the great job, but the water pump is no near to match the cooling power of them, so CPU is not cooled properly cause lack of the liquid flow on the cpu block. To get better results, liquid flow simply should be increased, alot.
@@mikkomansikka5704 So the CPU isnt getting enough water flow but the GPU is??? No Intel just has terrible TIM which is why its better to delid 8700ks and apply your own TIM.
Well, with better flow it could be improven. But other thing I see now I guess might be another problem. The GPU gets cooled liquid, which GPU heats and then the already heated water goes to CPU. And after the CPU, the water goes to cooler where it cools down and goes back to GPU. Ofcourse the stock TIM effects to the temperature, but I don't think that explains the situation when temps are OK on poor cooler, and why it won't go down with an insane overpowered cooler. If the cooling power really is increased alot, the temperature should go lower. Now it doesn't so the cooling is not more powerful than the earlier.
yeah, maximizing the area of heat dissipation was much more important than airflow. So just get the biggest rad you can and don't worry so much about fan design or speeds.
id like to see this setup with a delidded and ocd 7980xe. Doesnt that thing put out 1000w if ocd high enough? Maybe the pump couldnt even move the water fast enough in such an extreme case.
I recently discovered a lot of TH-cam videos that have custom captions that are never mentioned, you just have to turn on CC to find them. And some are hilarious.
Open loop cooling system like on a boat - suck water out of a giant reservoir like a pool, pond, stream, lake, ocean, send it through the system, then just dump it back out instead of recirculating it! ...better use a filter though...
Sweet project! Next push the overclocking boundaries even further... is it possible to overclock too much as long as you can control the temperature! My thought was to beat the ambient temperature by running 50+ feet of tubing inside a cheap mini fridge ($20 on Craigslist)!
Refrigerators and freezers have incredibly low cooling power. They're meant to keep cold things cold for a long time, not rapidly pump heat out of a system.
I would like to suggest, that you try integrating an air purifier into a system as the cooling system and as a way to help keep dust from collecting on composites.
Only if you hooked the radiators up in parallel instead of series. The pipes on computer rads are smaller than those in a car and will restrict flow from the water pump which will drastically limit cooling. A parallel setup would help alleviate this but it probably still won't be as effective as a car rad.
I would like to see a video where you run the benchmarks on progressively fewer radiators until you find where the temps rise above ambient. IE could you get the same results with 2 rads instead of 4?
why not just use a car radiator and a water pump
With actual radiator fluid.
@@easley421 Isn't "radiator fluid" just water with some antifreeze?
@@danandroid8701 lol, smart ass. I just watched the antifreeze video yesterday. Hilarious
@@easley421 not necessary. Cars use radiator fluid because the boiling point of water is too low. It would be cool though.
@@Phenom98 th-cam.com/video/3wztD55-AWA/w-d-xo.html
The passive cooling on this is crazy, maybe you can do a complete fan-less/silent PC with a bunch of radiators
JDTechGear it won't be silent due to the pump
Ra Spieler well there's still noise coming from multiple things but it would be near silent in comparison to having fans
It will sound like an annoying fish tank pump.
And trust me, the sound of moving air is a lot nicer than a fish tank pump :D
Correct if I'm wrong, won't that depend on the pump you're buying? I don't have custom water cooling experience so I wouldn't know haha
Yes. But for a big loop like this you need a relatively beefy pump and they all seem have that electric motor hum. I personally haven't yet found one that didn't sound like a fish tank pump when all the fans where off. It's not a loud sound at all, it's just an annoying quiet sound that you hear everywhere, particularly at night when things get quieter.
Just looks like a typical LTT project
so true
Llt who dat?
i was gonna say that if you meant LTT
not LTT?
Yeah, but this one had positive results...
So just get a panel of radiators to cool my pc, got it
And if one of them does stop working you still have 3 more
I never really cared about fan noise because I use over-ear headphones 99% of the time I game, and that's with the PC volume on max and game volume anywhere from 80%-100%.
I wouldn't mind doing this Micky Mouse shit on my rig.
@@dsandoval9396 Jesus get your ears checked
@@dsandoval9396 wtf
@@hemi4722 Certain headphones put out lower volume regardless of your system's max volume, so while it's loud it's only about as loud as watching a movie in a theater. Plus, since I play a lot of FPS games I want my gunshots to sound like gunshots, still very far from the pain threshold and you can still actually hear every sound clearly without the different sounds or frequencies getting muddy and bleeding in on each other.
Also, I set my EQ to cut the highs and a few of the mids a little so it's not like the high frequencies are piercing your eardrums. Again, (with my Crusher Wireless headphones) the sound is pretty much what you'd expect to hear in a theater.
Then again, I did work four years 8 to 12 hour shifts 5 days a week in a wearhouse that was so loud you had to yell to the person you were standing next to so they could understand you, so maybe my ears _are_ fucked up.
"Only a $15 box fan"
...
$200 (minimum) of radiators
Probably 300-400+ depending on the rad.
24Ufa this looks like a good use of those cheap AliExpress/Alibaba rads lol
Those radiators are 120 a piece average lol
He said 16 dollar fan.
You can get it done on 3x 540mm rads from frozen CPU for a total of $120 just for the rads, just bought some😎
Agreed, this is quite possibly the dumbest thing you've ever done, but I digress it's also probably one of the most brilliant things you've done yet.
Seriously though Jay, hear me out on this. You've created a cooling system where ultimately the only bottleneck is the water block, or even the thermal medium behind the IHS itself, so it can therefore be used to test waterblocks, thermal compound, or to prove that Intel chips really do run much hotter than AMD with incredible accuracy!
and it will be working passively for 2 reasons. 1: you've got a massive amount of surface area in the fans, and 2: you've got a very large displacement of coolant to absorb that heat each time the fluid cycles through the loop completely.
I'm so hoping you kept this waste of radiators and a box fan intact purely for testing reasons, as it is genuinely brilliant!
Ways you could potentially improve the rig though is to fit legs to it so it can be placed vertically so the convection effect can potentially come into play, and maybe an even larger (or additional) reservoir to just absorb more heat during peak loads during normal usage
+3.14
@Dakota Loch I can only imagine that double mounting fans would only improve the dissipation. THough I do not think it will be a simple x2 increase; there are a lot of other variables like increased drag, rate of water circulation, other fluid dynamics, etc. I think it would be pretty cool to mount 2 box fans to it and use it as some sort of test bed.
@@KBBF3 Adding another box fan in a push/pull config, will do next-to-nothing. It's already barely above ambient temps , meaning it's pretty-much doing all it can..without going sub-ambient.
As Jay stated, the cooling efficiency of the rads/fan are enough to cool the heat coming off the heatspreader. The only way to lower core temps will be to de-lid (and apply liquid metal), allowing more heat to be wicked from the core, and dumped into the rad.
@@KBBF3Those fan already had insane pressure anyway
$16 box fan, but don't forget the $440 of radiators that it's attached to
Yeah I think he brought that up more to the point that covering the radiators in 120mm fans would be quite a bit more expensive. Like $300+ for decent fans.
Can be done with a aluminum car radiator for much cheaper. Yeah computer rads are expensive.
true but that aluminum would cause a serous amount of corrosion. you'd have to make sure u had additives to prevent it but i have a feeling a big aluminum radiator would cause corrosion anyway.
Can't be done with a car rad propperly the fin design is designed totally differently it'll work but not as well as you'd expect, those rads are probably at least 500pct of the surface area measured (ie, (120x120)x16. ) Where's a cars radiator would only be 200pct as the radiator piping is much larger and less densely populated
You could use an external all metal pump and tubing then use a dex-cool type or maybe even a Honda specific coolant to protect the aluminum, copper and steel elements in the loop. Don't know how long that would last though.
I think you need to apply this to either a 7950X or a 13900K with an RTX 4090 to see if it throttles.
this
About to do just that, 7950x and a 4090 cooled by three 3x180mm radiators with two d5 pumps in parallel for increased flow with the radiators also in parallel instead of series
can you reply and let us know?
@@dfoster9445 sure, might be a month or 2 before I'm finished, nearly complete with the external radiator box but I still need to purchase my 4090 and ek CPU and GPU blocks.
@@sburns015 if you did it please reply how you did it and temps please
When did vaping become the standard for vaguely demonstrating airflow?
It does kind of work tho? Other than a real smoke machine I woulnd't quite think of a better idea 😂
Since always.
I use It to find vacuum leaks in my car 🤣
today
@@CiceroFMYT Engines create vacuum and is used to power HVAC controls, cruise control, brake booster, emissions, test the fuel tank for leaks, flip up Thunderbird headlight covers, etc. If the vacuum lines leak, the connected accessories won't function and the engine will get too much air and high idle ( or just run like crap ).
I really want to see you do something like the old Linus Tech Tips "whole room water cooling" but do it the right way and show off how awesome it is when it actually works properly.
I had 1 built and it was literally the best thing ever. Moving home next year and will defo do it again XD
This is the best implementation of the idea: th-cam.com/video/C0ZW2z9y_vU/w-d-xo.html
That was such a fail when they did it.
but u need a car radiator on the outside and then pull in the pipes so that it is really good then it's silent and with a fan so that's a big plus
People still watch Linus?
Just do a car radiator alot bigger than those and 80 bucks brand new... Put a box fan 15 bucks at family Dollar works just as good and a lot cheaper
This!
It's bigger but the collective surface area for a car rad (of the same/comparable size) is smaller than those 4 radiators. That's because the tubes in a car rad have a bigger diameter and the fins attached are bigger and have larger gaps between them so less air is actually able to make contact with metal and carry heat away. Lots of small pipes and fins is better than fewer large pipes and fins for radiating away heat.
*Update* for clarity:
To make up for that a car usually has more fluid (higher total heat capacity) circulating and runs at a higher operating temperature that is a bit under the boiling point of water (~90C). You don't see the PC getting the fluid temperature anywhere near that high because water has a really high heat capacity, you can store a huge amount of heat in the water itself. Water has to absorb ~4,200 Joules of heat energy for the temperature of one kilogram of water to increase 1 degree celsius.
What if... you use 4 or 5 computer radiators in a car?
The other thing to take into account is are you gonna fuck up your cpu and gpu blocks by using an aluminum car radiator for a "test" when he already has these radiators for other builds.... ya know?
I was thinking of this exact same problem. I know aluminum cpu blocks exist though an aluminum gpu block would have to be custom made and is therefore out of the question
10:08 what the doctor says when you go to your great grandpa's hospital room
lmfao 😂😂😂
Dark humor is like children with cancer...
It never gets old.
@@Horny_Fruit_Flies Dark humor is like food
Not everyone gets it
r/cursedcomments
Omlll ripppp
If this is the dumbest thing you have ever done, you need to try harder. :)
@Cyrian Genesis ill take it off yur hands i dont mind noise
@Cyrian Genesis ive been to monster jam many times and never once used ear plugs i use mowers, weedeaters and leaf blowers without them as well
@Cyrian Genesis I'm partially deaf in my left ear due to an army injury. I'll take you up on that challenge :)
@Cyrian Genesis Ill take that unloved gtx 1080 ;P
Trihard CLAP
Get a second fan for a push/pull set up and see how high you can oc this. Then see if you can beat Gamers Nexus fire strike 3D score.
the fluid can only get like 1° less with push/pull
With window AC or a portable AC unit feeding into the push side
i dont think he has a titan V to do that.
#RIPGN ^^
Uh.... I don't think push/pull is going to make a difference, you literally can't get any better than this
"We've come up with the most rediculous water cooling system EVER!" LTT...
"Hold my beer" - Jay
Oh, if 'ridiculous' is the measurement, I'd like to remind you about the scrapyard wars season with the watercooling PC. What Jayz did here is over the top, but not ridiculous.
"This is the dumbest thing I've ever done..." drill through a motherboard?
He's hoping no one will remember.
wait, I missed that
..Whomp...There it e-is..
na drilling through a 300$ motherboard is what smurt people do
it was when the EK predator came out so probably that.
FINALLY! I have always wanted to see this done. I also want to see it done with an aftermarket electric car radiator fan.
What's funny is that some electric car conversion kits cool the motor controller with computer radiators, fans, tubing and pumps from enermax.
jjjjjoeeeeee I
That would be over kill, imagine putting a performance Mishimoto fan. The sound would be so loud lol
@William Fields Do you know what else is funny. When people started doing water cooling they used car heater core as the radiator. They often had 10-12mm connections and were good size to fit in your case.
This is like watching a LTT video, but... it actually works... It's very odd - but I like it!
And nothing was accidentally dropped during the making of it.
Arch - I'm not sure what you mean there, their $69 budget gaming PC build works fairly well, and another $80 in upgrades surprised the hell out of me.
@@anonymousinc6330 it's a joke bud. Linus always finds a way, no matter how janky, but it rarely works the first time. That's why I love him so much.
+Arch -- I wouldn't say it works, yet.
What mass of water is that pump rated for pushing? If that pump motor is designed to push 100mL of liquid in system, and he has to fill with say 200mL to fill the 5 radiators
_(For hypothetic example say 25% of loop is inside the radiator so 4 more rads bring to 200mL)_
The energy input is the same but the mass being moved increased, so the flow must be slowed down affecting rate of heat dispersion and possibly creating un-anticipated wear & tear on structural parts that transfer the energy into work moving the water.
naw. he didn't drop anything :)
Should flip the whole rad/fan assembly so the air also blows air over the other exposed components. That much airflow would also cool the chipsets, RAM, the whole graphics card etc.
*Next Video* Jay-"so i've bought this car radiator"
I'm actually waiting to see this happen.
When water cooling was a new thing quite a few folks made DIY setups out of the heater cores salvaged from cars.
@@joelv4495 Few years ago i built water cooling system using some thrash, including heater core form Opel Kadett (with a leak). Check my channel if u want ;)
Now i am planning to build better one with full size car radiator and pump from heating system in house (Grundfos)
@@joelv4495 I remember stuff like that. I think things like oil and transmission coolers would be better due to inlet/outlet connection diameters. Especially when you consider how much more viscous those fluids are, theyre probably designed to cool better when size and FPI is taken into consideration.
@@joelv4495 Yep. My first venturing into watercooling was home made waterboxes and car heater cores. Back then DIY was the only option. Off the shelf parts just didn't exist. Also I learned the hard way that putting a little chlorine in a copper system to try and keep the funk build up in check doesn't end well. Can we say "Mildly corrosive liquid" which inevitably ends up leaking.. onto the motherboard. On the flip side. I did get pretty good at soldering copper tubing though.
Now start removing rads, what's the minimum rads you need to maintain ambient?
I was hoping he would start with 2 rad and add the others to the loop one at a time to show the difference.
yea i was thinking that too
I second this thread!
It may seem dumb to others, but to Jay, this is the smartest thing he's ever done.
i would love to see a test with no fan turned on, and just with the 4 radiators (silent mode)
if thats enough to keep it cold
next project use a cars radiator
A radiator for a Camry only cost a little more than one of the rads that were used...
It would be fun, I always wonder why there is no videos with them.
ChrisTheBrownGuy yes..brass 4 core radiator for a big ford truck
*ahem* -discounted summit racing 2 row 1" tubes, all aluminum 19" x 32" x 2.5" radiator.
Or Motorcycle Radiators, a more appropriate size.
Now that's some badass cooling
mines is better and cheaper it get sub ambient temps
Elliot Beech what do you use?
TheRAYdustin I use a hailea water chiller
Elliot Beech Heh, I looked it up and it's bigger than some itx builds... Isn't that a bit intrusive? How's the noise level?
TheRAYdustin not for me and it's prob about same noise as my fans and when it reaches its desired temp it will turn off till it reaches above the temp so u get regular sound breaks from it. Not to loud if u ask me
This the type of shit Linus would do. I like it.
But this one actually works ,it's like Linus comes up with an idea and and jay perfects it
but Linus would drop it whilst its connected.
This isn't dumb, this is brilliant. I've never considered linking multiple radiators in a custom loop before, but it works great. I even have an idea for a case design that is just radiators. All of it.
There seems to be one major positive improvement on this one that you did not think about: Why not put the blocks in parallel?
Currently, only the first heat dissipation unit works at max. The next block gets lower temps and drops in efficiency thus resulting in less dissipation. The resistive forces(static pressure) inside the blocks force the pump more: the series circuit is longer with more resistance to the flow.
Again, make it parallel in the that way you will get the max possible efficiency out of each radiator at the given coolant temperature. Use a manifold and keep the loop length the same for each radiator in order to get a well distributed flow. Maybe change the pump or simply increase the flow too.
BTW your current heat dissipation rating is somewhere from 30% to 50% lower because you are running the system in series thus dropping the temps and efficiency for each next radiator.
I would like to know where did you read this... i mean, yes, it would be more efficient in parallel but the thing with the pump you mentioned, i need some proof
@@moisesramirez4516 Here you go one of the possible references: Resistance in the Fluid
System www.augusta.k12.va.us/cms/lib01/VA01000173/Centricity/Domain/396/Resistance_in_the_Fluid_System.pdf
Dude its 1c above amb whats the deal for higher eff?!
@@kingfrozen4257 maybe being able to get a smaller, more quiet fan? I dunno
@@kingfrozen4257 Jay pointed out that passive cooling was almost enough (without the fan) while it is in series... Maybe with the efficiency increase from running it in parallel, the fan wouldn't be needed at all.
Jay: It's got absolutely no purpose or reason
Me: *Likes*
I second that XD
amen
There is a purpose: highlight another time the fact Intel uses crap paste for their CPU.
Me: but Jay THATS the best reason to do something! :D
Now you just gotta try it in Push-Pull config...
There would be no change. Ambient is ambient. Now, if one of those fans integrated some sort of evaporative cooling, you'd see a drop in temp.
Then the next step up would be to use an air conditioning unit. (There are small ones.)
Actually, given that it's possible to make a DIY swamp cooler, evaporative cooling would be easier than just buying an AC unit; you just need to supply water to it.
Ganaram Inukshuk
Why?
Phase Change Freon cooling the CPU directly would be more efective and easyier. Just adding a air con condensor/radiator ..which is still only pushing ambient air to the loop.. wont change anything.
6:33 jay: "how do we show airflow" phil: "dw i got you"
How about a thermal image of the rads under load?
David Fisher i dont think he has a flir camera
Load? What load?
He could get one for about 200 and I bet he would find it to be very useful in diagnosing hot spots.
i think he has one of the USB/lightning adapter phone ones?
Hahahah Fishnutts is that you 🤣
The air CFM is a function of the over all throughput. the fan is simply moving so much damn air that any loss of pressure between the blades has a negligible effect on the cooling capacity. now if you had some much thicker radiators with a much denser fin array it may the static pressure might be a more pertinent factor but not in this case with these puny (in comparison ) radiators.
The "passive" cooling is the part I'm actually impressed by. Although it's not *really* passive (the pump is still mechanically circulating the coolant dynamic (water), a well-sound-insulated pump is going to be a helluva lot quieter than a case full of fans.
who's here after watching the video on LTT that went up today and remembered that this existed three years prior?
Dude, I've been itching to do this for an ACTUAL pc build for ages now. Funny thing is, I'm pretty sure alphacool makes a 9x120mm fan rad for crazy things like this.
@@Truex007 Yeah! Alphacool rebranded those 9x120 and 9x140mm rads which were previously made by Phobya. There's Watercool MO-RA3 too which is a little more expensive but has cool accessories sold separately and higher build quality!
JAY stay in this direction brother. love the channel man
Next week, Jay uses a refrigerator to cool his VRM ... stay tuned!
News at eleven.
MONSTER---MONSTER GARAGE!
THERE'S RUBBER TO BURN, SPARKS TO FLY, THE NEXT JAYZTWOCENTS VIDEO IS JUST. AROUND. THE BEND.
I can't wait to see what this team of Maverick Mechanics will do next!
that was fun show...
You should test this >> Remove 1 radiator, test again e see the results. Remove another radiador, test again, .... So we can see the difference!!!!
Even though it was an extremely stupid test. I do see the merits of doing what you asked Leandro Tonin
cary Harper if you see the title of his video, he already says it is stupid! 4 radiators, BUT if he alread spent hours testing this, he could've spend a few more so we can see and learn the impact on adding more radiators
Yes I was more or less singing to the choir in the first sentence. But commented to you because I was thinking "WHY IN THE HELL, I DIDN'T THINK OF THAT MYSELF!" Good thinking! On you're part. Not so much mine.
cary Harper thanks!! I appreciate that!! Let's hope that Jay see this and answer our doubts hehehe!! And greetings from Brazil hehehe!!!
I'm curious too. How much radiator is needed for optimal cooling? or does the number of radiators inversely proportional to the temperature? or does cold air from a refrigerator/AC will also have a difference? if you soak the tube in cold water before it reaches the radiator will it also helps?
jayztwocents is actually three different rappers: Jay-Z, Too Short, and 50cent.
underrated comment!!!
😂😂😂😂
Video suggestion: water cooled audio challenge - build an over clocked gaming/editing rig, with the lowest noise emission level you can. Maybe challenge LTT or someone to fight you over it?
I think DIY Perks already has him beat: th-cam.com/video/N-z9PidYH4E/w-d-xo.html
brandishwar given that he is using active air cooling, I'm going to go with his system probably sounds like a jet engine compared to what you could do if you tried a lot harder on a water cooled setup.
linus did it months ago....... th-cam.com/video/dfbcD248n4Y/w-d-xo.html
And given that comment, I know you didn't watch the video.
Brandishwar, did YOU watch the video from DIY Perks? Because they clearly have a spinning fan running in those cooler blocks. - My suggestion wasn't "Make a quiet setup", it was "build one with the lowest emission level you can". Also it was "That YOU can", not "What is the lowest level DIY Perks can".
Saying DIY Perks or Linus already did a really quiet computer setup therefore you don't need to bother doing your own videos is kind of like saying "The Wright brothers set the air speed record, so no one else needs to try and top it..." - It is missing the point of a CHALLENGE...
Jay to Linus "Bruh hold muh Beer" 🍺
Bash Erexx except LTT is objectively better in every aspect
except for custom exotic builds jay will always be better
6:22 that moment when he realized that someone is calling him and just immediately hid the phone. :DD
your profile pic matches your comment
“summer is a good time to travel”
*muffled laugh through corona mask*
Try it with a Delidded 7980XE! Seriously! You almost hit 5 on your chip, delid it and just do it!
Absolutely!!!
Intel saw this and thought 'Nah, that's not enough cooling'...
This just goes to show that you cant cool 8700k lol
adec avdic But you can cool Ryzen, how weird is that? Guess Intel is the new AMD
Patrick I mean, you saw the video right? The point was the 8700k runs hot when overclocking and no cooling solution can solve that like a delid can. That's just fact.
Shibby D lol how did you get to that conclusion? the gpu was runnung at 26c but the cpu was at 80c. Obviously it does scale and just Intels thermal interface is thrash
Patrick I think his point was your initial response was unnecessarily combative in response to his joking comment, & sounded an awful lot like something someone who is biased towards the outside team would say.
He wasn't seriously saying it's impossible to cool an 8700k, that would be ridiculous & no one would actually claim that.
An intelligent person on the internet that understands jokes? :) I like you
Wait until january, hook it up to a mining rig and heat the office with it.
it's just a heater that makes money
Use the same 4 rad frame, and cover with the best fan types that screw onto each rad.
4x fans per rad, 4x rads: 16x little fans.
Rerun the same tests.
Also try another box fan on the other side (1x box fan per side, 2x box fans total) and then the 4x fans per rad, 4x rads: 12x little fans on both sides as well (32x little fans, 16x fans per side total)
Also, check the wattage usage for each configuration.
For cryptocurrency mining.
Why? He is near ambient temp.
Why are you only putting 3 fans on a 4 fan radiator? Those are 480s, not 360s.
MindBlowerWTF: to hit ambient lol
Let's see how much lower the 16x fans or 32x fans can get, as the 1x box fan was only 1 over ambient, that's 10 points to work with, or 100 if you did double digits.
Plus we need a 2x, a 3x and a 4x card test. What if it handles 4 fricken GPU's mining at the same time on the same super rad system? How much power can one of these mega rads handle at ambient delivery of cooling, and how much with some comfortable max temps?
I'm genuinely interested. What if the dual box fan setup used less electricity and offered superior cooling. Why would you even buy little fans any more for rads? Are there better box fans you can get?
I wanna see a bunch of large fans versus small fans.
mjc0961: I updated my info. I thought they were 3x fans, my bad
If it works, it's not dumb.
It doesn't work man, the fans alone are worth $500. It works, but it's not worth making it.
I'm not talking about price, i'm talking about cooling performace.
Except he used a $15 box fan; though I know you meant for 16 x 140mm fans which is a lot. But I fail to see how this "didn't work," did you even watch the video. Did you see the temps? Did you see the temps without the fan? There's a difference between practicality and working. This works but is definitely not practical.
Im not saying that this setup is practical, I didnt, but I said that this overkill cooling solution works and I know its worthless.
Sorry, my comment was directed @ Joe who said "It doesn't work," which is objectively false. I agree with you that it's not dumb since it works. :-)
Would be cool to see this with more GPUs or even cooling multiple systems in the same room! How many gaming PCs can it cool?? :)
THAT would be a great use for that setup. Way too much for one but how mamy systems is too much for this "rad" setup.
Have 10 computers on it, lol.
Whole......studio water cooling?
th-cam.com/video/b8bLtg9J1Oc/w-d-xo.html
For those geeks with the server closet, this would be neat to cool several systems and have the radiator mounted outside the closet. In the winter it's cold enough to use passive cooling with the radiator mounted outside the house.
What you need is a refrigeration unit that makes direct contact with the coolant.
I would start with a commercial diesel refrigeration unit of your typical semi trailer. It can reduce air temperatures down to -20 F.. But we're not interested in cooling air. I want a good sized plate fin heat exchanger that puts just a thin bit of aluminum between the coolant doing the cooling, and the coolant being cooled. Then we can test to see if airflow through the radiator makes it any more efficient or not.
Directly cooling the coolant with a plate fin heat exchanger is a lot more efficient than cooling air, then using that air to cool your coolant.
Of course, if you dont mind the noise and smell of diesel, you can eliminate the heat exchanger altogether and run the coolant directly into a commercial freezer unit - cooling the liquid down to -20 F. directly. At this point, the bottleneck becomes the surface area of the CPU.
So, what we need a special CPU that spreads all the processing out along a square foot of space and a ceramic/aluminum lid for maximum heat exchange. Or perhaps a special motherboard that handles 16 separate single core processors - effectively increasing our heat exchange by a factor of 16. I think we can OC the chips to compensate for the performance loss of putting that much distance between chips.
%*$# yeah!
"This was a stupid idea" yeah but you're having lots of fun doing it.
Also 32x120mm fans in a push/pull config might have been interesting. I have seen several cases with punchouts for external cooling.so many they expected this silliness.
you could also put 4 240mm ones lol
Yooooooo, I might actually do this when I custom loop. Imagine the acoustics when a passive loop keeps an overclocked system at ambient when it's not under a stress test
Should try that with a Threadripper or the Core i9! This is the more extreme ones to experiment with this!
yeah use a Threadripper 2990WX 32C/64t with a TDP of 250w and overclock it, and use triple/quad Titan V's (3/4x 250w TDP).
(i tried to make the highest system by TDP)
nah not quad titans use quad 590s XD
nah Powercolor Radeon 7990
according to Anandtech review (2013), it could draw an astonishing 650W at full load, the 690 drew a "mere" 472w
would four of those count as quad graphic cards or octruple
I run a Watercool Mo-Ra3 and love it. External massive rads are the way to go.In addition, a lot less tubing inside your case, pump and res also mounted to the rad. Functional and stylish and much better performing than equal money internal rads with lots of hassle and cramped space etc...
I have a suggestion :
Why don't you build a case around this radiator :)
#JaysTwoCents rerun it with a delidded CPU and stress both CPU and GPU at the same time, then let us know the results :D
Jesper Andersen He could tie it in with Linus' expo, with the delidding booth.
Delid, delid, delid ----> test, test, test
Yes please!
An industrial pump would be insane aswell
delid and use grizzlys kryonaut, i wonder what temps you would see on both
Do more of this type of videos
Few things:
1) Soonish is a great book and Zach makes the ever funny SMBC webcomic series.
2) Their last name is pronounced Wiener-smith (yes, like the hot dog/penis)
3) I feel like this would have been cool to do with the car radiator like Linus did later.
Next time ... Cool PC using A Car Radiator 😝😋😅
actually the first radiators used for watercooling WERE car radiators
I did it on my 3570k, works like a charm
I wanna... I wanna do this now.
What I learned from this: MORE RADIATORS
At some point you'd need a stronger pump though
These should be sold in stores you are a genius!
Before watching this, I'm wondering if what I'm about to watch is really dumber than drilling a hole through a multi-layer motherboard PCB.
Almost as much radiator that the 1000D can fit.
Alan Dotts Fuck, I want that case sooooo bad. Buy it for me please?
And home depot and Lowe's stocks sky rocket from the sudden sale of box fans.
lol
I don't think the sales numbers would be noticed with all the fans being sold in the hot regions lol
Add a flow meter. You may need to add a pump in series. That's a lot more flow resistance than a typical custom loop.
Next you need to submerge the radiator assembly into a saltwater ice slurry.
That rust though.
no... it corrodes... same shit result though.
yes. saltwater definetely the way to go here. also try submerging the power supply in saltwater - i hear the results may vary.
never underestimate the power of our lord, the box fan, hallowed be thy name
"It still gets pretty warm" *CPU is almost at boiling temp*
I would have liked to see a longer test with the fan off. This might actually be a solid and very quiet solution to cooling, if you have the space for that huge array of radiators.
I'm wondering how quiet these pumps actually are, and I'm amazed the pump is able to run the liquid through so many radiators.
throw this thing on a threadripper 1950x!!!!
this is the type of quality content I expect from professionals. thank you.
I think that's the smartest thing he ever did.
So here's my idea, running off the same idea, hook the radiators up to a Portable AC unit.
This.
Sub ambient cooling is a bit problematic due to condensation.
Put the rads in freezer with ice water running over them. Use ethylene glycol as coolant and insulate the board against condensation/ice. :D
This is true, which is why I specifically said the radiators and not the computer. The radiators have no electrical parts that would be damaged from the condensation.
Correct. Yet the rest of loop gets cold enough that it falls below dew point temperature. At that point moisture in the air starts condensing on the cooling blocks and tubes and everywhere around the PC (where it best shouldn't).
It's been years and every once and a while this pops in my head and I rewatch it...and It makes me want to do this in a full customer cabinet/desk.
Another year and I am watching this again and still considering it.
But... Phobya and Watercool straight up make 1280mm square radiators...
Because in the US all they ever talk about is lame EK stuff.
the pump do not have difficulty to push so much water through the loop and all radiators? Interesting video for sure!
Radiators are not very restrictive. It's mostly laminar flow which means it's very unrestricted. The idea that blocks and rads restrict water flow is a myth from back when PC radiators, blocks and pumps were terrible (and they really were terrible).
In any case, pushing water through one radiator would be the same as pushing it through four, if they're all identical, since the pressure coming out of the first radiator would be exactly what the subsequent radiators 'want', i.e. the only restriction of note would be from the first radiator. You could push it through any number of identical radiators just as easily as one.
@@cl0udbear Actually no. Even when it's identical, it's whole different thing to blow water trhought a huge radiator than a small one with identical pipes on it. Radiator has small pipes which trhough the water moves, making 3 times more (3+1=4) the refuce of the radiator is increased by 3 times more aswell. However, what longer the pipes and hoses are, that more power from water pump is needed. But the thing on this one is, that radiator and fan does the great job, but the water pump is no near to match the cooling power of them, so CPU is not cooled properly cause lack of the liquid flow on the cpu block. To get better results, liquid flow simply should be increased, alot.
@@mikkomansikka5704 So the CPU isnt getting enough water flow but the GPU is??? No Intel just has terrible TIM which is why its better to delid 8700ks and apply your own TIM.
Well, with better flow it could be improven. But other thing I see now I guess might be another problem. The GPU gets cooled liquid, which GPU heats and then the already heated water goes to CPU. And after the CPU, the water goes to cooler where it cools down and goes back to GPU. Ofcourse the stock TIM effects to the temperature, but I don't think that explains the situation when temps are OK on poor cooler, and why it won't go down with an insane overpowered cooler. If the cooling power really is increased alot, the temperature should go lower. Now it doesn't so the cooling is not more powerful than the earlier.
Do a diy fully passive build
What I learned is that you should had made the 5 rads frame and then just let it be passive cooling, can't really get better than that :)
yeah, maximizing the area of heat dissipation was much more important than airflow. So just get the biggest rad you can and don't worry so much about fan design or speeds.
Well I guess passive Cooling is over as soon as you turn the AC off.
It will heat up eventually because the rad will warm up
DayVV4lkEr - How so? As long as the ambient environment is below a chips throttle point, you'll always have passive cooling..
put it horizontal and it wont heat up a lot passively either
2018: This is totally overkill and just fun to watch.
2021: Where can I get one?
id like to see this setup with a delidded and ocd 7980xe.
Doesnt that thing put out 1000w if ocd high enough?
Maybe the pump couldnt even move the water fast enough in such an extreme case.
Ty Flegler www.google.de/amp/s/www.pcgamer.com/amp/overclocked-core-i9-7980xe-hits-61ghz-and-pulls-1000-watts/
Pflaumenkuchen01 pulls 1k watts from the wall, that's not the same as TDP wattage, which is what you need to know for cooling purposes.
The 8700K was hitting 80C at load. You expect another heat hog like the 7980XE to remain cool?
Aniket Bhagat no I dont. But I'd like to see it delidded with an silver ihs just out of curiosity
Aniket Bhagat there is that one waterblock that removes the ihs and goes direct die. Combine that with liquid metal tim and you’re done.
I just realized that the closed captions actually says “Jays $0.02” in the intro lol
I recently discovered a lot of TH-cam videos that have custom captions that are never mentioned, you just have to turn on CC to find them. And some are hilarious.
Spray rubbing alcohol on the rads with fan on and enjoy the cooling effects of evaporation
Should do this again but with like a super crazy modern build. Watercool the CPU/GPU and Mobo.
Now just power it with a pool filter pump
Don't give him ideas ... first thing you know, Jay is going to use the pool itself for cooling his PC.
now a pool cooling a pc........ i would love to see that.
Open loop cooling system like on a boat - suck water out of a giant reservoir like a pool, pond, stream, lake, ocean, send it through the system, then just dump it back out instead of recirculating it!
...better use a filter though...
Sweet project! Next push the overclocking boundaries even further... is it possible to overclock too much as long as you can control the temperature! My thought was to beat the ambient temperature by running 50+ feet of tubing inside a cheap mini fridge ($20 on Craigslist)!
Refrigerators and freezers have incredibly low cooling power. They're meant to keep cold things cold for a long time, not rapidly pump heat out of a system.
Keep it together for extreme over clocking on the next threadripper release.
I like your thinking.
I would like to suggest, that you try integrating an air purifier into a system as the cooling system and as a way to help keep dust from collecting on composites.
I'm a fan of this.
^Dad Joke^
Use computer radiators in a car.
could you do that? lol
i think you could honestly
12V is 12V
Only if you hooked the radiators up in parallel instead of series. The pipes on computer rads are smaller than those in a car and will restrict flow from the water pump which will drastically limit cooling. A parallel setup would help alleviate this but it probably still won't be as effective as a car rad.
I would think that some turbo intercoolers would make badass PC rads... Some are small enough...
💜DO MORE WITH THIS JAY💜
"so if you were interested in what kind of airflow we're getting" *vapes right into the god damn radiators*
A dumber solution would be to use Peltier cells to cool the computer instead of an overkill loop..
Squirtle8459 i agree as much as i want to try it lol..
I would like to see a video where you run the benchmarks on progressively fewer radiators until you find where the temps rise above ambient. IE could you get the same results with 2 rads instead of 4?
Finally someone Vapes to show air flow
IKR
You should do a 2022 version of this with today's hotter components!
7980xe overclocked. Pls
With a Vega 64 @1.25V +50% power limit
Butthurt Beluga In Crossfire
now were are talking :D. One big ass fan is actually very cheap compared to 20 small ones.
That fan are cheaper than the noctua fan LOL
Better than what linus thought of.
Gaderic - Again, not hard to do... ;)
Linus would have dropped the whole gizmo on the floor.
Sean Kaldahl ?
Gaderic - Meaning L isn't all that...
Sean Kaldahl Ah, the way you said it made me think you knew me somehow.
This is still one of my favorite videos. You always manage to take "jank" to a professional level.