Hi guys,
The mosfets on my Gigabyte B450M DSH3 tend to get toasty.
Running a 2700x oc to 4.1 Ghz, 1.35v and ram is at 3000Mhz. Mosfets sensor shows 110c and climbing under load for 15mins. If I drop the cpu to 4Ghz on auto voltage the temp is stable at 85c.
The thing is I have to run math simulations for 12-14h a day and want to squeeze as much as I can from the cpu but also need some piece of mind the mobo won't cook itself.
I am running with the stock cpu cooler atm so there's some air blowing over the mosfets and fan wise, got 2 x 120mm in front intake and 1 x 120mm rear exhaust.
I have the option of mounting 2 additional fans on the top so I was thinking I'l get 2 x 120mm exhaust high cfm fans for the top of the case and reverse the rear one to have it intake air.
This should help with mosfet cooling to some degree but not sure if the setup makes sense.
Any ideas? Thanks guys.
The mosfets on my Gigabyte B450M DSH3 tend to get toasty.
Running a 2700x oc to 4.1 Ghz, 1.35v and ram is at 3000Mhz. Mosfets sensor shows 110c and climbing under load for 15mins. If I drop the cpu to 4Ghz on auto voltage the temp is stable at 85c.
The thing is I have to run math simulations for 12-14h a day and want to squeeze as much as I can from the cpu but also need some piece of mind the mobo won't cook itself.
I am running with the stock cpu cooler atm so there's some air blowing over the mosfets and fan wise, got 2 x 120mm in front intake and 1 x 120mm rear exhaust.
I have the option of mounting 2 additional fans on the top so I was thinking I'l get 2 x 120mm exhaust high cfm fans for the top of the case and reverse the rear one to have it intake air.
This should help with mosfet cooling to some degree but not sure if the setup makes sense.
Any ideas? Thanks guys.