Комментарии:
Thanks. Now my CPU is 0 degree and it got frozen now it's not functioning.
ОтветитьGreat video.
I wish a liquid-cooled pillow existed?
I like the cool side of the pillow but the gel "cooling" pillows out there just don't cut it.
Maybe hook up the pump and radiator to a water pillow or something.
This video is literally perfect
Ответитьso simple and complete thanks for the explanation (:
ОтветитьAre you Indian too?
ОтветитьIncredibly efficient explanation. But, apparently that's not how you get 100k+ subscribers. So, please do this video again, but talk slower, say umm a lot, and basically make it at least 20 minutes in length.
ОтветитьDamn this is such a good video!
ОтветитьJust replace the home water heater with a pc.
ОтветитьDude this video is awesome.
Ответитьsickkk
ОтветитьI knew it was a water cycle of some kind.
What's better? Air or liquid cooling?
Holy W vid
Ответитьbut what is the regular routine maintenance? thats the only thing stopping me
Ответитьbro seriously thank you for this video.....all other videos I see on this subject are over 10 minutes long when it really doesn't need to be....you got straight to the point. many thanks
ОтветитьWatched tons of videos about it but your explanation was best and super easy
Ответитьuh huh, and why doesn't the radiator have thermoelectric components?
ОтветитьThanks, man. Very concise and digestible.
ОтветитьYes I admit the UV glow is very cool. I am not an overclocker tho, so resisting this extra expense for now.
ОтветитьVeery nice, had 0 knowledge of how this worked and you explained it so easy to understand, 10/10
Ответитьgreat vid
ОтветитьVery interesting, it works similarly to coolant and radiator in a car
Ответитьthanks this helped so much
Ответитьwhy can I not just submerge the tower into my bath tub full of water
ОтветитьDoes it work with tap water?
ОтветитьWhat a fanTASTIC explanation!!! Thank you Arjun.
ОтветитьTy bro
Ответить👍👍👍
ОтветитьVery informative and taught me exactly what I was looking for,
Plus, it’s not bloated with useless nonsense.
Thanks man 👍🏼👍🏼
BUT what if the water leaks and then the whole system will be destroyed, right? Cause water is enemy of Electronics!
ОтветитьFinally, I can understand how water cooling works. Thanks
ОтветитьVery simple and good video. I dont subscribe to these channels , but this one I will follow.
Ответитьgood explanation man👍👌
Ответитьplease tear down waterblock to knowing where the water goes
ОтветитьThis is a dumb question, but are there liquid nitrogen cooled computers?
Ответитьcool, u think someone could build a water cooled ps5?
ОтветитьThank you Arjun . This is amazing.
ОтветитьI'd fuck it up and flood my pc 😂
ОтветитьThank you so much boss!
Ответитьso you dont need to constantly fill the system with fresh water - its a closed loop system
Ответитьwhat's the correct? the pump of the water cooler need stays in full speed mode (100%) or variable based on temperature?
ОтветитьVery informative video man thanks. But your hot drink analogy is a little flawed if I understand the process correctly, it's more like if you leave a hot drink in the cup it will eventually radiate the heat away into the air, but if you tip the whole cup of hot liquid out on a flat surface, it will cool much more rapidly because more of the hot drink is making contact with the air and the surface.
ОтветитьYour ice cube analogy works to describe the water (coolant) being run over the hot cpu/gpu so I'm being over pedantic, but in relation to the physics of the radiator fins and their surface areas effect on the water, it's because you're spreading the heat out.
ОтветитьThis still stands to this day, Bravo! great info and explanation.
Ответитьvery cool
ОтветитьVery informative video thanks
ОтветитьKaj pa če bi radiator dal v hladilnik
ОтветитьSo your telling me I could literally turn my pc into an aquarium
Ответить'That's exactly what I need to understand how that works thanks' - my adoptive mom
ОтветитьDoes the sequence matter?
I think the way you showed is correct, Res -> Pump -> Rad -> Component -> Res.
The colder the liquid the better the heat absorption.
Bow often should you replace the water in the cooling system?
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