Yes. The advantage is that you can make the surface area of the air cooling part much, much larger. I had a water cooled system that could do web browsing and other basic tasks with zero fan speed (though it was better to leave it on very low speed to avoid hunting behavior).

Also, there's some benefits to thermal mass. Short term spikes can be absorbed by the water without increasing fan speed.

[–] crystal@feddit.de 3 points 11 months ago (2 children)

I had a water cooled system that could do web browsing and other basic tasks with zero fan speed

Isn't that the default for (air cooled) notebooks?

[–] frezik@midwest.social 3 points 11 months ago

With CPUs with very low TDPs, yes.

[–] bjoern_tantau@swg-empire.de 1 points 11 months ago

I once built a home theatre PC that was completely passively cooled. The case was basically the entire heat sink. It got the heat from the CPU through heatpipes. Unfortunately the shitty motherboard died due to unreleased reasons and since then I didn't have the time or money to revive it.

The cases aren't even built anymore. No idea why, it was really cool.

[–] tryptaminev@feddit.de 12 points 11 months ago (1 children)

Every liquid cooling system is pretty much that. Eventually you need to give it to the outside and the outside is usually air. Heck even river cooling for Power plants ends up "air cooling" through the rivers surface.

[–] lauha@lemmy.one 2 points 11 months ago* (last edited 11 months ago) (1 children)

All of that air cooling is just radiation cooling in the end

[–] InputZero@lemmy.ml 2 points 11 months ago (1 children)

All of that radiation cooling is just entropy cooling in the end.

[–] lauha@lemmy.one 1 points 11 months ago

The heat is not going anywhere in the long run though.

[–] AnUnusualRelic@lemmy.world 6 points 11 months ago

I think that the point is to get a much bigger radiator by moving it to a less cramped location. The point is to make the process more efficient, not to change its nature.