I have an HD6990 which has 6 mDP outputs, on which I run 5 monitors, 3 of which are WQXGA (30''; 2560x1600) resolution.
I was digging through some of the white papers on AMD's new idling technologies, and I've gathered that if monitors are in sleep mode (or off) the GPU will NOT render to them, and thus won't heat up, for instance, if the monitors are inactive.
What I have not been able to determine though (Presumably I could just run FPS benchmarks with a game to test this in vivo) is whether when say, 4/5 monitors are OFF, DOES THE GPU CONCENTRATE PROCESSING on rendering the solely active monitor?
Presumably if I UNPLUG all the monitors except 1 it would render that one completely, so essentially I'm asking whether or not the card 'detects' a monitor that's plugged in but sleeping/off and is 'smart' enough to put the full rendering power of the card into the monitors that are active?
I was digging through some of the white papers on AMD's new idling technologies, and I've gathered that if monitors are in sleep mode (or off) the GPU will NOT render to them, and thus won't heat up, for instance, if the monitors are inactive.
What I have not been able to determine though (Presumably I could just run FPS benchmarks with a game to test this in vivo) is whether when say, 4/5 monitors are OFF, DOES THE GPU CONCENTRATE PROCESSING on rendering the solely active monitor?
Presumably if I UNPLUG all the monitors except 1 it would render that one completely, so essentially I'm asking whether or not the card 'detects' a monitor that's plugged in but sleeping/off and is 'smart' enough to put the full rendering power of the card into the monitors that are active?