![]() ![]() It works in this way for cost effectiveness. Because a filter is used, brightness is compromised. This is done using blue and yellow OLED material that passes through a colour filter to separate out the colour spectrum. Standard OLED panels produce white light as a starting point. QD-OLED differs from normal OLED in several ways. Well, today is that day, because Dell Alienware has released the AW3423DW a QD-OLED 34 inch ultrawide monitor with some impressive specs, and a price that many could not believe. But it was an LCD display with an LED backlight and a matte anti-glare coating, and with that came the usual flaws that all LCD panels suffer to this day: crushed/washy black tones, backlight bleed, and a diffused reflection from light sources that ends up being a distraction causing difficulty in seeing screen content in strong lighting.īack then, we were still dreaming of the day of being able to enjoy a computer monitor that displayed true black, just like high-end CRTs used to, with specs that meant gaming and productivity could get equal screen time. it felt great to finally have a large monitor with healthy specs, for the time, and to be on the cutting edge of monitor tech with an IPS panel, 60Hz, an internal lookup table (LUT) for hardware calibration, excellent viewing angles, and various connection options. I managed to get my hands on one very early thanks to snapping up a release through LG Germany. In 2014, LG released the world's first 34-inch ultrawide monitors, the 34UM95 and 34UM95-P. ![]()
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