I have three monitors.
ASUS 144hz monitor DVI (to GPU)
Dell 60hz monitor DVI (to onboard)
Samsung TV HDMI (to onboard)
I want everything connected to the GPU but then it'll ramp up my memory clock to max and draw an additional 25W on idle, even when the TV is off but still connected tot he GPU. So I moved the Dell and Samsung TV to the onboard GPU and no more maxed memory clock speeds.
However, when I watch a video on TV conected to the onboard graphics, there's one second of stuttering every few seconds that's quite noticeable. This is resolved when I switch the connection to the GPU, no more stuttering. I have an Intel i7-3770k with Intel 4000 graphics which from what I searched should be able to handle Bluray video just fine. So not sure what's going on here.
So curious if there's a way to have the GPU process the video but have it still connected to the onboard graphics DVI port.
ASUS 144hz monitor DVI (to GPU)
Dell 60hz monitor DVI (to onboard)
Samsung TV HDMI (to onboard)
I want everything connected to the GPU but then it'll ramp up my memory clock to max and draw an additional 25W on idle, even when the TV is off but still connected tot he GPU. So I moved the Dell and Samsung TV to the onboard GPU and no more maxed memory clock speeds.
However, when I watch a video on TV conected to the onboard graphics, there's one second of stuttering every few seconds that's quite noticeable. This is resolved when I switch the connection to the GPU, no more stuttering. I have an Intel i7-3770k with Intel 4000 graphics which from what I searched should be able to handle Bluray video just fine. So not sure what's going on here.
So curious if there's a way to have the GPU process the video but have it still connected to the onboard graphics DVI port.