Uhhh if i'm not mistaken, you actually ran the output of the pump up to the radiator and then into the cpu Waterblock....That's wrong in so many ways it hurts, you're supposed to have the cooled water from the reservoir flow into whatever waterblock(s) and then through the radiator to be cooled off and then back to the reservoir to repeat again. Hope you fixed that a while back. Peace out!
@aalegnani Actually is not true. Water cooling is closed water circuit and with some time the temperature will be almost same in every point of circuit. We work with watercooling since 2001 and made many tests with hundred of installed systems.
@rlaginha1 Well according to physics it doesn't really seem to fit, if you've seen otherwise that's amazing. More power to you for doing it in that strange of a manner. I've been watercooling for quite some time as well and saw just the opposite. Was there a reason for not doing it in the traditional manner? Just wondering! :)
@aalegnani Physics is similar to electronic closed circuit transient alanilys. In a well designed circuit temperature try to be equal in every part of circuit. If there is an high point, circuit will compensate that. Actually the amount of water in circuit defines the speed of compensation. Also we tried that with 10 liter outside resorvoir and experience the slow water rise due to load usage on components.
It's rather difficult to understand for common sense.
@rlaginha1 Right i'm an electronics engineer and really i mean i guess it could work but doesn't seem to be quite as efficient as having the water that acquired that heat to have it dissipated by i high thermal conductivity element such as copper in a radiator in stead of first running it through a reservoir. But as far as temperature being equal in a circuit, depending on what the circuit is, it can really effect efficiency especially as with heat going up, in turn resistance tends to rise
SO FAR EVERY VID OF THIS COMPANY HAS ITS PC's DONE WRONG THEY DONT KNOW WHAT THEYRE DOING
nmann23219 1 year ago
with crossfire cards run faster with only 1 bridge connecter
nmann23219 1 year ago
you lose performance when you use both bridges on the gpus... take that into consideration when benchmarking..
takuhari 1 year ago
Uhhh if i'm not mistaken, you actually ran the output of the pump up to the radiator and then into the cpu Waterblock....That's wrong in so many ways it hurts, you're supposed to have the cooled water from the reservoir flow into whatever waterblock(s) and then through the radiator to be cooled off and then back to the reservoir to repeat again. Hope you fixed that a while back. Peace out!
aalegnani 1 year ago
@aalegnani Actually is not true. Water cooling is closed water circuit and with some time the temperature will be almost same in every point of circuit. We work with watercooling since 2001 and made many tests with hundred of installed systems.
thanks for coment.
rlaginha1 1 year ago
@rlaginha1 Well according to physics it doesn't really seem to fit, if you've seen otherwise that's amazing. More power to you for doing it in that strange of a manner. I've been watercooling for quite some time as well and saw just the opposite. Was there a reason for not doing it in the traditional manner? Just wondering! :)
aalegnani 1 year ago
@aalegnani Physics is similar to electronic closed circuit transient alanilys. In a well designed circuit temperature try to be equal in every part of circuit. If there is an high point, circuit will compensate that. Actually the amount of water in circuit defines the speed of compensation. Also we tried that with 10 liter outside resorvoir and experience the slow water rise due to load usage on components.
It's rather difficult to understand for common sense.
rlaginha1 1 year ago
@rlaginha1 Right i'm an electronics engineer and really i mean i guess it could work but doesn't seem to be quite as efficient as having the water that acquired that heat to have it dissipated by i high thermal conductivity element such as copper in a radiator in stead of first running it through a reservoir. But as far as temperature being equal in a circuit, depending on what the circuit is, it can really effect efficiency especially as with heat going up, in turn resistance tends to rise
aalegnani 1 year ago
uhm, why do you have 2 crossfire bridges? you only need one.
HGTtec 1 year ago
You'd expect that those vid cards had been watercooled as well with the title that is used..
simonshusse 2 years ago
are you really supposed to use both crossfire bridges?
sicsoma 2 years ago
no, people do it just to be safe, you only need the one bridge
DirtCheap 2 years ago
your video card hevent got water coler!!!
xxrogi69 2 years ago
neat
aceofspades911911 2 years ago
holly shit those look alot bigger than 1/2
xXwhygodwhyXx 3 years ago
nice :-D
nivrin13 3 years ago
nice build mate i like :) what is the psu?
dartuil971 3 years ago
I think it's a Corsair 1000W
kaalinaama 3 years ago 3
hi ,the case is cosmos 1000 or cosmos S?
dartuil971 3 years ago
cosmos S
thanks
rlaginha1 3 years ago