Originally posted by: BassBomb
It may cause problems. A32N I beleive had problems with upside down mounts.
The reason being is that hot air (and liquids) will rise to the top as opposed to go down. This being said the case has more heatsinks at the top where the liquid in the heatpipe would normally rise to. So putting it upside down would leave those heatsinks empty because the liquid is trying to move the heat to the top (which would now be the northbridge or southbridge i beleive?
How does the difference in convection flow negatively affect cooling?Originally posted by: BassBomb
I was talking about convection
Originally posted by: BassBomb
I was talking about convection not gravity. I just stated the reason some people had problems in the A32N.
Many other factors can affect the fidelity of the heatpipe cooling solution in a upside down ATX case.
Originally posted by: BassBomb
It may cause problems. A32N I beleive had problems with upside down mounts.
The reason being is that hot air (and liquids) will rise to the top as opposed to go down. This being said the case has more heatsinks at the top where the liquid in the heatpipe would normally rise to. So putting it upside down would leave those heatsinks empty because the liquid is trying to move the heat to the top (which would now be the northbridge or southbridge i beleive?
Originally posted by: Mr Bob
- What "research" led you to believe this?
Originally posted by: Mr Bob
"inverted design sucks IMO"
- Why?
Originally posted by: smopoim86
Originally posted by: Mr Bob
- What "research" led you to believe this?
exactly, a heat pipe will work just as well upside down.
Originally posted by: gersson
inverted design sucks IMO. I just switched my Antec P180 for a Lian Li V1200plusplus, etc Temps went up 10*C idle 🙁 Went from 3.5 Ghz to 3 Ghz from 1.55v to 1.3v Yes this is with proper cooling -- as much as the case will allow.