#Asus monitor pixel tester skin#

When I type the number 1,000 in 12-point font in Microsoft Excel for example, I notice what appears to be a slight blue and yellow hue spanning the gap between the zeros. That causes sub-pixel presentation issues that appear as color fringing. The PG27AQDM, like most OLED monitors, uses a subpixel layout that differs from RGB. Sharpness is disappointing despite the monitor’s 2560×1440 resolution. I noticed the color temperature issue most, as there was a distinct blue push in bright white objects and scenes, such as a snow-capped mountain. The gamma curve was 2.0 off a target of 2.2, which means content appeared a bit brighter than it should. The monitor turned in an out-of-the-box color temperature of 7100K, which is a bit cooler and more clinical than the target of 6500K. I noticed lackluster results in color temperature and gamma, as well. It’s surprising to see Asus ship out a flagship OLED monitor with underwhelming color accuracy. These problems are still minor enough that I doubt most users would notice them, but let’s not forget: This is a $1,000 monitor.

#Asus monitor pixel tester skin#

I felt that the monitor had issues with skin tones of individuals with lighter skin hues, which looked a bit dull or sickly. This level of color accuracy is enough to be noticeable in some situations. You’ll have to use a headset or standalone desktop speakers.Īsus’ color woes continue in color accuracy, where the PG27AQDM turned in a much wider color error than its peers. This isn’t a surprise, despite the price: If anything, high-end monitors are less likely to include speakers than less expensive models. The HDR brightness override can eliminate this issue, though at the expense of image quality. Brightness is often controlled by the device and content rather than the monitor, which can lead to undesirable swings in brightness. Readers who’ve yet to buy an HDR monitor might be surprised to hear this isn’t possible on most HDR monitors. There’s also an HDR brightness override that allows user brightness adjustments in HDR mode. Most OLED monitors have problems maintaining a stable level of brightness when bright objects appear on-screen, but this setting eliminates the problem. It lowers the panel’s overall brightness but keeps luminance stable. The first is a “uniform brightness” setting that can be used to override the standard brightness setting in SDR content. There’s also a range of gamer-centric features such as a black stablizer, which increases the brightness of dark areas to reveal hidden foes, and an on-screen crosshair.Īsus tosses in two extremely handy features that I’ve yet to see on a competitive monitor.

It offers a wide variety of color modes, including an sRGB mode, and color customization options such as color temperature, gamma, and six-axis color calibration. While connectivity is limited, Asus goes all-in on the menu system. Asus provides a ton of customization options in the menu for the ROG Swift OLED PG27AQDM.