While burn-in is inherent to OLED technology, manufacturers can compensate for it through software designed to improve the useable life of your panel. Fortun...
I wonder if anyone has tested “underclocking” an OLED monitor; for example, if it can do 1000 cd/m^2 nits, run it at 600 cd/m^2. I would guess this would provide a much longer lifespan, and basically be the equivalent of paying more for a longer-lasting monitor?
I wonder if anyone has tested “underclocking” an OLED monitor; for example, if it can do 1000 cd/m^2 nits, run it at 600 cd/m^2. I would guess this would provide a much longer lifespan, and basically be the equivalent of paying more for a longer-lasting monitor?