Crossflow vs Dual Pass Radiator... Which is better?
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- Опубликовано: 17 июл 2018
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Crossflow vs Dual Pass Radiator... Which is better? | JayzTwoCents
• Crossflow vs Dual Pass...
JAYZTWOCENTS
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I actually use one of these Alphacool x-flow rads (a 360) and it allowed me to build a much cleaner loop without ANY drawbacks in terms of cooling capacity! Alphacool x-flow rads are just awesome 👏
They really are
Jay I really appreciate these kinds of videos. I'm planning a custom loop in the next year or so and I really love to see how all the different parts work and what works best.
Yay! Another video about water-cooling!
Love it when RUclips serves you a auto generated thumbnail
Oh man I didn't even realize that. I got it, too
StrikerX1360 same
Meeeed four.
Same
same grr
What do you do when you're in the middle of watching a new JayzTwoCents video and you get a notification for Gamers Nexus video WITH JAY???
Read Castor same. I went straight to GN
Read Castor watch both in two windows at once
Getting notifications for new videos? LOL
Read Castor I Finnish theone im watching then go see the other one 😊
You send a message to yourself in a different timeline to watch the other video.
Great video! So the conclusion is to use the type that makes the most sense for where you have to route the tubing. I think for vertical mount rads, I'd rather have the crossflow simply because it would allow for easier draining of the system with all the fluid draining out the low end by gravity.
Your testing and research videos are some of my favorites on your channel! This one was a topic I was curious about recently, so cool to see it tested.
I've been waiting for this video! Perfect timing! Thanks!
You should do a Cheap vs Expensive video where you compare cheap/Budget watercooling parts vs more expensive, big brand parts
Is there much difference in pricing with EK, Barrow, Bitspower fittings?
The only thing I'm gonna buy from the expensive brands are water blocks and pumps, and maybe fittings, get the rest from aliexpress and you're good to go
12:20 Answer to the question: it doesn't show any difference
plot twist alpha cool knew and just wanted jay to give exposure
I wanted to like this comment but I didn't want the number of likes to exceed 69 :)
@@chromefirefox8896 SAME LOL
Finally, I am getting more recent videos instead of old videos. Jay you always make awesome vids.
Love these videos jay. Keep up that great work!!!
I would love to see some methods of getting the heat out of the room tests.
I used to be able to ,, or rather, 4 years ago I got fed up with the noise and heat, so I just replaced the tubing with 5 meters of tubing, and threw the radiator and pump out the window. Now,, I do have a balcony located right there, so the stuff landed on a table neatly setup there. And so it stayed there for 3½ years. (half a year ago, the windows was replaced, so this is no longer a thing)
I should add that I live in Sweden and winter is cold,, and I had to seal the gap in the open window with cotton and old papers, and it worked pretty good, almost. (the really cold days was a bit chilly.)
The balcony is outdoors, but has glazing, so rain doesn't get inside. It made for some really good temps during the wintery half of the year.
But, Once more I find myself being fed up with the noise and heat generated. (the stuff is on a bench under the window now, on the inside.) it is currently 2am, the temperature is 31ºC ,,I guess 90+ F-units, which is maybe not much to a californian, But my Nordic genes can't handle it, at all! HELP I'm Melting!!!! Please Help! You are my only* hope.
* by "only" I mean the only one I've commented a comment on, on youtube, also batteries not included, may cause drowsiness, may contain nuts and is probably an irritant.
lordsqueak dont you get condensation on the components during winter when the fluid temps get way below ambient? also I'd like to hear more of your setup: did you use two pumps? which pumps? which radiator(s)? what kinda fluid temps winter vs normal temp vs hot summer?
Rly too damn hot in Finland as well btw!!
If you use the right fluid it can operate well below room temps without issues. If you say, mine, you can have a constant heat load to combat super low temps. Running tubes out the window, but having a better solution for sealing the gap like silicone, insulation, etc would be far more effective
tarfeef _ which fluid can prevent condensation of the water vapor in the air? If the room temp is say 30°C and humidity 40%RH, then the dew point is ~15°C. Below that temp in the pipes (or in your drinking glass etc) and that vapor starts to condense. This can be dealt with by insulating the system, but not going into that now...
Signaturisti well if you have the constant heat load I was referring to, you can keep the temps inside at at least ambient, more than likely. Most water like fluids retain heat very well. Temps won't swing too wildly. Especially with larger bodies of water like you'd have in a whole room setup. All you need to do is ensure that the indoor sections are ambient+, and the outdoor sections won't get so cold it freezes the liquid
I have the same problem in summer. Now I just vent the case air exhaust out a window (the same as venting a portable air conditioner) I just screwed on the outside of exhaust fan a plumbing 125mm flange connector and put the flexible exhaust duct over this and clip it with a bulldog clip then out the window. I was able to drop the room temp by 6 deg C.
Hey Jay, I wanted to help you out with your explanation of why these two radiator formats are essentially the same. Great test btw!
With the same pump, setup and two well made rads the flow rate through both will be close to the same as rads typically don’t have a lot of flow restriction by design. This means that the fluid is spending the same amount of time in both rads. I hope that makes sense, basically if your output flow rate is the same for both rads and the rads are the same size then the coolant is spending the same amount of time travelling through the rad in both cases.
Where there is a major difference is the speed that the coolant flows through the radiator tubes. The xflow rad will have about ½ the speed through the radiator tubes as a dual pass radiator of the same size. The theory behind this is that the slower moving fluid will have more contact time in the tubes to expel heat to the air.
Now the fun part, why this doesn’t quite work and the radiators are essentially the same efficiency. When the flow slows down it loses turbulence and this loss of turbulence effects how efficiently the coolant can expel heat.
Think of the coolant flow as a highway. The coolant is the cars on that highway and each car is carrying a heat packet. In the example only cars on either outside lane of the highway can get rid of their heat packets(shed heat to the copper). There are two basic types of flow possible, Laminar and Turbulent. Just like on a highway, most flow through a tube will be more laminar than turbulent(cars will mostly be moving in the same direction and most of the time cars are in a single lane).
100% laminar flow would be all of the cars staying in the same lane the whole trip. 100% turbulent flow would resemble something like the Shriners in a parade all of the cars swerving all over and looping around while they move forward.
This is important when we remember our heat packets and that they can only be deposited on the outside lanes. As the flow becomes less turbulent, fewer of the cars in the inside lane make it to the outside lane to deposit their heat, so even though the cars are spending more time on the road, really only the outside lanes can expel heat efficiently. Radiator designers know this and this is why the rad tubes are very flat, this increases the number of outside lanes in proportion to inside lanes vs a round tube. There is always a flow of liquid in the center of the tube that is warmer than the liquid that is actually touching the copper. How a dual pass rad keeps up with cross flow even though it’s moving through the tubes much faster is that when the coolant hits the rear tank it is mixed up. In our example this has the effect of shuffling all of the cars between the lanes, this allows some of the cars that were in the middle flow to now efficiently dump their heat packets. Xflow keeps up with dual pass because the slower speed allows some of the inside cars to pass their heat packets to cars on the outside lane, this is less efficient than direct copper transfer though.
I hope this makes sense and it’s the same outcome as you saw, just a different explanation as to why.
Very True. In the HVAC industry dual pass heat exchangers are typically use when they need the same thermal capacity in a smaller footprint so the unit can fit in the plantroom.
Damn bro that's a lot
That makes a lot of sense, is a very good representation, and I gave you an up-vote.
As the heat is transferred from the fluid to the metal, the imbalance is rectified by the heat moving from the hotter fluid (cars in the inside lanes) to the cooler fluid (cars in the outside lanes) because heat is always looking to move from hot to cold.
The hotter fluid is just energy in a more active state than the cooler fluid, so it wants to move to a lower state of energy. A bowling ball on top of a ladder "wants" to move to the floor, but it can't until some klutz knocks over the ladder and then, as Murphy says, it lands on the buttered side of the toast.
The imbalance of heat within the fluid will continue the process of moving toward the cooler fluid even when it's not touching the metal. If you notice those Shriners, they toss their candy even while they're in the middle of the street, transitioning from one side to the other. In my analogy, they're tossing candy to the Shriners in the outside lanes so all of the Shriners can have the same amount of candy when they get to the end of the parade route.
One thing that you mentioned ("spending same amount of time") is that the pump is forcing the fluid through the loop at a consistent rate. If the pressure or flow is measured at any point in any tube, it'll be the same. When it leaves the tube and gets to the X-flow it will slow down as it makes its way through the fins because the cross-section of them is greater than the tube. When it collects at the outlet fitting, the flow increases to match that in the tube supplying the rad. In the dual-pass rad, the same thing happens, but since there are fewer fins, the flow is faster in the fins than the X-flow, but still slower than the tube. So if the flow within each rad is linear, then the math is simple: [dual-pass] 2x the speed in 1/2 as many tubes = [X-flow] 1x the speed in 1x as many tubes.
_"the slower moving fluid will have more contact time in the tubes to expel heat"_
_"Xflow keeps up with dual pass because the slower speed allows some of the inside cars to pass their heat packets to cars on the outside lane"_
That doesn't make sense to me, considering the travel time is the same in both rads.
The dual pass (and all those quick disconnects) will put more stress on the water pump. Perhaps a negligible amount, but something.
Coming from the race engine cooling world, highest flow pumps with crossflow radiators and least amount of resistance will have the greatest cooling capacity, given the same tube and fin designs.
Love to see a retro-watercooled build. I'd love to see how you guys used to do it 'back in the day'. And see how it compares to now.
Love these videos with the watercooling stuff. Keep it up Jay..
Jay: something ran in the background
Me: windows updates. It just has to be windows updates
Than, you know, learn how to properly control your OS (it doesn't take more then 5-10 mins and doesn't require buggy software with issues you will latter blame on windows/MS)
Can you test a single radiator vs 2 radiators for a full gpu and cpu loop?
There's already videos that talk about diminishing returns when it come to heat dissipation across the array of fins. The gains get significantly smaller the more rads you go beyond the recommended 120mm per component and 240mm per OC'd component.
Love your videos fun to watch and helpful thank u for the great content
Thanks for doing that. Ive been torn for a while about that choice
Maybe a video on whether push & pull fan configurations have a benefit or end up being exactly the same as push
Another idea is testing different dust filters to see which is the best at maximizing airflow and minimizing just getting into the system or more specifically into the radiator
It's been done many times already. There was a time when push & pull had an effect, but now it's generally considered (due to improvements in radiator and fan design) that unless you're using an extremely thick rad, there is little to be gained.
Harry Dickson Time to start using an Oxford comma.
if the push fan is pushing faster than the pull fan, then excluding outside variables, the pull fan would be the limiting factor, making it the same as a push. Except worse because your using more electricity/money, and wasting space.
As long as the radiator is the same thickness and size with identical surface area on the fins no temps will change. Because thermodynamics and stuff.
But the Flow Rade goes up, becouse less resistens?
im really enjoying the outtakes! good stuff!
Always improving, putting the marks, the one and only: JayZ :)
Can you do aio vs custom loop? I've looked everywhere and can't find a good comparison
mexicanmanjohn it should be common sense that a custom loop is obviously better
and as far as CPU goes, unless your case restricts the size of cooler you can put in a PC, its good aircooler (ahem, Noctua NH15 ...) or custom loop only time AIO actually is relevant is small form factor builds.
AiO for midtower and bigger PCs is a downright stupid as you do not get any cooling benefits over aircooling in performance (unless you go to 320 or bigger radiator) for about DOUBLE the price, and get all the inherent risks of watercooling.
and as sayd above its pretty eveident what is superior between custom or AiO as AiOs use shitty integrated pump and ALUMINIUM radiator and block where proper custom loop uses industrial grade pump with nothing but copper.
Ep1cM47TH3W really? Thanks I didn't know... I want to know how much better it is
which is incredibly loaded question
what case
what CPU
what GPU
do you want to cool CPU only or GPU too
what is your budget
what ambient temperature will that system run in
how long it will run per day
how long will it run under full load
do you plan to overclock or not
what fan speeds do you intend to run
how many fans you intend to install
...
depending on several factors custom loop might run just a little bit better temperatures than AiO - if you build it badly, choke it in a small case, undersize the radiator for the application etc - mainly thanks to its better (and much more expensive) copper components and stronger pump, or it can drop your temperatures to near ambient for true overkill loops on undervolted temperature focused builds ...
if i can give an answer you are obviously looking for - price / performance of custom waterloop is HORRIBLE, proper watercooling loop will cost you a LOT of money for just small temperature drop when compared to proper aircooling (the temperature gain is MUCH more significant on GPU than on CPU) - where Watercooling shines is SILENCE - put proper WC loop in silence based case and not only you will run heavily oveclocked components at lets say +20 degrees over ambient but run that system near silently. Same cannot be sayd for AiOs with theyr generally small radiators and cheap fans that have to run much higher RPM than on bigger, properly sized COPPER rads on custom loop.
or if you want real world example, my loop dropped about 15 degrees from the CPU and 25-30 degrees from my GPU when compared to aircooling (my Noctua NH-D14 was basically same performance cooler as 280mm AiO ...) - that might look nice yes? ... well until you consider that the loop cost me +-$1000 ... and that doesnt include price of my BeQuiet Darkbase PRO 900 case to actually be able to fit that build in ...
fine ? yes
better than Noctua NH D-15 ? nope
twice as expensive as Noctua NH-D15? yes
WAY less reliable than Noctua NH-D15? hell yes
have inherent watercooling risks? yes
... the ONLY reason for AiO over aircooler is if you are in small form factor case, otherwise either use good air cooler from Noctua or go custom water loop
AiOs are a fad living on misinformation
"120 radiator for a gpu is more then enough" WELL THAT DIDNT AGE WELL
Interesting vid Jay. Love when you test out some watercooling hardware. Genuinely learned new things in this one.
Jay, you just confirmed what I always thought about the two types of rads.
The non-delidded CPU seems to be affecting the results a lot more than expected. Is it possible for you could test with a delidded LM CPU as well? It's like the Intel Mayo™ can't cope with the spikes and can't move as much heat to definitively determine which rad is better. Then again, I'm kinda talking from my limited experience so I'm all ears if I'm wrong
"Intel Mayo" lmao
Deliding the CPU WILL reduce the overall temps of the CPU, but since the same exact CPU and GPU were used for the test, the overall results are just fine. Since this is a test to see if there is a difference between radiators and NOT how well you can cool a CPU...
MasterMech77 but if more heat is moved out of the cpu you can overclock it higher (which would be the consumer case) and then test which works better / more silent / better
Basically what he's saying is a higher heat load will show the differences between them better. Which is pretty true.
Erkin Yes a delided CPU will run cooler... BUT that is NOT the point of this video... that is what I was getting at...
Yes if you have a much larger heat load you WILL see a difference between the two radiators... problem is a CPU/GPU is not the type of heat load that is needed... Something like a vehicles engine, would be a good way of tested the different radiator designs... BUT since GPU/CPU combos stop working about 100C... you really won't see a difference here.
I think the Crossflow Rads are better for Watercooling setups with weak Pumps because then your pump doesn't need to work that hard for the same flowrate
not just weak pumps, also in the likely case where you dont want to run the pump at full tilt 24/7
@@Asghaad a lot of pumps are built to run at 100%
@@dazeen9591 they are ... with limited lifespan if you want your system to run QUIETLY and last a long time you will pick a pump that can push what you need at +- half the speed
not only will it last for decades (unless you meet a defective one) but you will be able to slave the pump and fan speed with one controller - at least thats how my setup is done : D5 pump + 5( radiators)+1 (case) 140mm fans all on one controlller throttled at between 40-60% rpm
@@Asghaad depends how many components you have in your system and how much liquid you're trying to move. Honestly if you're running a pump at 50% in a big loop... You probably want two pumps.
@@dazeen9591 what ? D5 is OVERKILL for any watercooling, its industrial pump that can push through radiators easily
my setup is 240mm standard thickness normal radiator in the roof (exhaust) + 420mm slim crossflow radiator (intake) single loop with both CPU and GPU (both overclocked "balls to the wall") and never had any issues with cooling and enjoying near silent system - a slight hum is about the way i would describe it - zero pump noise, very little fan noise despite running 8 140mm fans in there.
Very helpful. Thank you for the information.
As a pc Enthusiast in 2023 I love all this kind of videos that you made J. Thanks for your effort to explain to us this themes
JayzTwoCents watercooling master 🙌😁👍
test those NZXT GPU AIO adapters
ohhhh, I've been using one for 18 months and it really is night/day on founders edition cards.
ruclips.net/video/a7r_2rE1yro/видео.html he did
I love watching these videos. I would just like to see some more like this video.
Hey Jay. always love your content.
Direct aio vs custom
marben Custom
He has already done it. The new stuff coming out doesn’t get the same gains from custom cooling as it did in the past. I miss my 780s I could over volt and overclock them so much
The new stuff are way too locked down
O!Technology so true that’s why to me watercooling is now all looks and. It performance
What new stuff are you talking about?
Hmm, never seen a crossflow aio.
Strangely My Comments Usually Get Quite Popular that would just look weird with the tubes forming a triangle :D
An AIO usually only cools one component... and the pump is either on the radiator or the CPU block... SO having a crossflow radiator, would just make installation a mess.
thanks for being awesome, jay!
This is the science we need, thank you
Use a car radiator and a massive pump
Sadly with a non delided 8700k the temps will be almost the same. The TIM is just junk. Now with liquid metal applied you will see much better results, probably in the 50's with the same mild overclock 8700k in the video or even less. Jay already did a video with a huge radiator setup.
justin beamon ya I remember, i just want to see it lol
Mr. Miyagi Haha yah it would be cool like a huge truck radiator something just massive.
Use a bicycle pump, you get a bonus cardio-vascular asymmetric isotonic aerobic workout and discover a new use for a bicycle pump. You'll be up there with Columbus and Magellan.
I’m so cool I feel the need to type first- every child on YT
im so cool, i still complain about these children in 2018 -every wannabe cool guy on YT
Thanks for testing this Jay
Dude, please keep doign your thing. its great .
ONE THOUSAND FIVE HUNDRED NINETY THIRD!
wtf they release a product and they dont know even know if it's good or not ?
Marketing sells more with less effort than innovation. If it doesn't leak it's good enough to sell and there's no reason why it would suddenly have very different performance to any other of the thousands of near identical design radiators.
They know their product is good. The x-flow stuff isn't about increasing performance, it's about offering options to improve tubing in any given case. The cooling performance is obviously the same, since the core is the exact same.
They 100% know. Or at least whoever made it knows. If alphacool doesn't know then they're probably buying this as OEM from somewhere else.
they just didnt bother to measure the differences as the main aspect of heat dissipation is surface area anyway which is the same for both
The pressure drop can also be measured just by connecting them to the pump and adding a flow meter. Maybe this can help to?
Seeing those quick disconnects in action blew my mind lol
AIR FTW
No.
Air for the poor.
Cmon bruv we all know that memes cool down a pc much more efficient than air and liquid combined 😎
DMKF Wolf I have a DRP3, how am I poor?
Air can't suddenly fail
DMKF Wolf I bet the dark rock pro 4 cost more than your shitty AIO
11 views, damm, too slow
Connor Clark same, but 30 comments 😂
Don't worry you're not alone. Lots of people are too slow to understand that view counts are not synchronised.
Hi Jay, Love your channel, I've seen quite few of your cooling videos have you ever thought about mounting the coolant reservoir inside a freezer?? keep up the great work all the best from the UK.
Neat, well done and fastest hands in cooling
Sometimes my comment gets likes for no reason.
I thought there was a fly on my screen LOL
Sometimes I don't know why your comments gets dislikes
Thanks for this video! I was thinking of buying crossflow one for aesthetic reasons, running tubes more aesthetically pleasing way to it with it :) Was wondering about possible performance differences it could cause. Nice to have actual confirmation to this being mostly that!
Nice test and very thorough thanks! Have y'all done an oil submerged build (spray every circuit with a thick layer of conformal coating and stick it in a big tank of mineral oil)?
i miss these kinds of videos good video
Good stuff. I would like to see this same test with a water pump that could push some more pressure through the cross-flow rad and put some more heat to the water block to test. Be cool to see the upper edge of what this size rads can do. Keep up the good work Jason.
Hello Jay keep the videos coming, have a great night.
Whats your opinion on the New Gtr concept?
What brand are the quick disconnects do you have link to them ? Thank you for testing I was wondering about this this week? Thanks for all your work!
I have never had any intention to water cool my pc, but this video was still interesting.
Great comparison! I've had an XSPC EX360 crossflow in my Cooler Master HAF X for years. It made plumbing in my resovior much more convenient, and gave me a hidden spot in the case to install temp and flow sensors. Cools my 4790K at 4.9GHz and EVGA 1070 Ti overclocked with EKWB without issues, coolant temps never get over 36C. CPU tops out at about 70C and GPU at 42C.
i really like your videos jay just wanted to say that =)
^^
Jayz really shows us how to age in style. Thumbs up for that white hair~
Jayz love your vids
Theese videos you make is like finding a big gold nugget in a huge river :D
I never even knew there was a "crossflow" radiator. That would've been handy in building in my Obsidian 250D. Also thanks for making a blooper reel, that was good.
Thanks to your earlier loop that was able to be cooled with a box fan, I find myself crazy enough to consider it. I was noticing how there are some nicely large transmission coolers at an auto parts store that could be had really cheap, sometimes for quite a bit of surface area. Would these be possible as an alternative? Caveats?
Hey Jay, love the channel man! In helping people with their computers over the years, I have noticed a lot of common mistakes in where they place them and how it affects cooling. For example, inside a cabinet, on plush carpet, near heat sources, etc. How about a 'dont do this' video based on your experiences?
Great video by the way
Love your videos
Hello from estonia
ok im like 3 and half minutes in, I had no idea you could get quick disconnects like these. I'm getting a parts list together for a x299 build and I want to build a custom loop for it so thats why I'm here. glad I learned something new already lol
yes you have i have just switched to water cooling on my cpu and very impressed with my temps
Great video. I enjoyed it.
thanks for the Video, i have a question: do these quickdisconnects influence the coolantflow? (Backpressure, reduction of the flow cross section) And if it´s so, is there any increase in wear and tear in the pump (Temp higher?)
Jay I got one.. and I haven't seen this done before. Create a submerged build. Mod peltiers in an external loop that cools the fluid of the tank. I imagine that this could be done with a giant heatsink maybe in the bottom of the tank that can't be seen. When I say Mod a heatsink, think o-ring of a CPU block. So fluid would not cycle the oil of the submerged build. However that brings up another point if the pumps could somehow circulate mineral oil there would be no need to mod a heat sink in the case. Since peltiers cause condensation which would ultimately destroy the electronics. I figured the way to avoid this problem is the following. It would be interesting to reach those temperatures without using an exchange, and avoiding destruction. And if any company makes money off this idea I want at least 10% ;)
I like this kind of stuff. Classic, you are speaking to your base. LOL
Man keep up the work in the gym man....paying off...most lean I've think I've ever seen of you!
Awesome, I was just wondering this last week while looking at alphacools rads..
those quick-connects are a godsend
Yay for more water cooling content!
I used 2x 360mm X-flow in my H700i for the reason you said about not having to run any tubing from one side of the case to the other.
Also gives my a true 'low point' for my drain tap on the front rad to drain nearly all the liquid from the loop.
Had to have the front rad in push (fan between case & rad) because the end caps interfered with the case due to the extra size.
So i encountered the both of the Pros & Cons you mentioned...
hey Jay I can't remember, but does the Asus Posideon have RGB lighting on the side? Love the video. You've talked me out of rigid tubing for my 1950X/1080ti.
Hi Jay, Many thanks for that video. Why not dealing with Fan regulation, how to set, which equipment etc etc!
I've learned so much on cooling from TwoCents - as in actual tested facts - which is way more helpful than hype or misinformation (Thanks Jay)
Awesome video! Hey Jay you should do a video comparison of a 240mm rad with a push and pull fan config VS. a 280mm rad with only a push or pull fan config.
the end of the video is funny as always!
Hello All, I'm new to the crossflow rads, and I was wondering if there is a difference in efficiency depending on the mounting orientation (vertical vs horizontal). Thanks.
Quick disconnect fitting rearrangement would be awesome as a "carnival" game with a prize at LTX next year.
hello I have one of these crossflow rads I did not know how to use it properly I used two of the outlets on one end not in diagonal (I used it more like a traditional rad) and my temps where really bad for 2 years I stumbled across this video and you saved my temps was blaming the xspc brand hating myself for not buying ek lol and whole time I was using my crossflow 360 radiator wrong wow thank you
This video needs a conclusion portion with a summary table displaying the results for a side-by-side comparison.
Cool Jay!!!
Hi Jay, 1st off thanks for all of the great video content, I try not to miss a single video. My question is, wouldn't the testing be more accurate if you measured the fluid temp going both in and out of the rad? If I'm wrong please say so and why...thanks.
Please test the alphacool passive radiators... Doesn't seem to be much content out there on them...
very cool video, thank you very much =D
Just saw your video with gamers Nexus and made me want to suggestions/ask for you to make a video about researching/picking water cooling parts
You got me on to watercooling, just refreshed coolant in my loop, been an year in there, my soft tubes looked really cloudy, so new tubes went in as well. What do you think is the best soft tube out there? I’m using EK right now.
I always suspected there would be very little difference between the cross flow and standard rads, thanks for the confirmation on that, always been thinking it would be a cool build to do minimal tubes using crossflows to carry a loop around a case like tube rez pump, to front into top into rear exhaust crossflow rads into cpu into gpu then possibly bottom rad or back to the pumpres, possible thoughts for your 32core thread-ripper build?
Nice video fun Jay
THX
Quick disconnect IS a good idea, to improve upon that would be to label or mark the ends...colors work great!
I would love a video on the number of rads and fan speeds. Go crazy with the quick disconnects.
The more information that you can get in there about SLI and overclocked components the better but I realise that that might make a whole series then. Long story short I'd be interested to see black on white where the cut-off points are for the amount of radiator space you need for various components setups.
I know what advice people often give here but it would be nice to see it actually tested and not just folk lore.