Quote:
Originally Posted by glinux 
It might be that but I think it's because the rad was right after the gpu block which allowed the water to cool down before gaining more heat at the cpu block. It kind of makes sense because its going from pump > rad > pick up heat at gpu > pick up maybe a bit more heat at cpu > rad > pump/res.
The water would already be saturated with heat from the gpu and wouldn't be able to dump it into the air before entering the cpu block to remove heat from that block. just my 2 cents

It might be that but I think it's because the rad was right after the gpu block which allowed the water to cool down before gaining more heat at the cpu block. It kind of makes sense because its going from pump > rad > pick up heat at gpu > pick up maybe a bit more heat at cpu > rad > pump/res.
The water would already be saturated with heat from the gpu and wouldn't be able to dump it into the air before entering the cpu block to remove heat from that block. just my 2 cents
Yea, this is what I'm thinking. The hotter the water is when it hits the block, the less heat it's going to pull from said block. That's what I've always personally argued, but I really wanted to experiment and test it first hand.








I was quite happy that night lol

glad to hear that you were able to get it back to its previous state.