Well my DFI was picked up for its RMA today, so hopfuly ill be fitting it into my new case before the end of the month.
So, one of the reasons i could have killed it was the TIM on the northbridge. I was trying to reseat my EK block to make sure it was getting optimum temps, and it when wrong cleaning yadda yadda dead mobo. Im therefore thinking my mount was fine, and that the GPU was heating the water so much it was keeping the temps on the NB high. How do you counter this? You add a rad!
Problem being i have a nice little DDC powering the loop, and the only real workload it does is pump>rad, everything else is gravitys doing. Would this pump be ok to add a normal 120mm rad between the gpu and NB blocks? or should i think about a better pump? The other thing i could do is get a XSPC crossflow rad and add that somwhere where it wont go vs gravity?
Sorry to ramble a tyia
So, one of the reasons i could have killed it was the TIM on the northbridge. I was trying to reseat my EK block to make sure it was getting optimum temps, and it when wrong cleaning yadda yadda dead mobo. Im therefore thinking my mount was fine, and that the GPU was heating the water so much it was keeping the temps on the NB high. How do you counter this? You add a rad!
Problem being i have a nice little DDC powering the loop, and the only real workload it does is pump>rad, everything else is gravitys doing. Would this pump be ok to add a normal 120mm rad between the gpu and NB blocks? or should i think about a better pump? The other thing i could do is get a XSPC crossflow rad and add that somwhere where it wont go vs gravity?
Sorry to ramble a tyia