Pixel inversion artifacts - why are they so common in 2020?
Posted: 30 Nov 2020, 15:41
After having experienced major inversion artifacts on an AOC 242G / 242GU, I've been looking for a monitor without them. I had an opportunity to test a couple of widely various monitors at an electronic retailer. Refresh rate isn't as critical for me as any interference or image artifacts so I've tested both 60, 75 and 144hz panels.
All of the ones I've tested had some kind of inversion artifacts visible on different shades on the windows desktop, although some almost unnoticeable.
Having experienced a lot of different older monitors (think around 2003-07) in office settings and with personal use, none I could recall had anything similar, especially on the desktop or if they aren't pushed to their limits or by using inversion test patterns.
So even in the case I was extremely unlucky to have tested only "inversion-artifact-prone" monitors, or am extremely sensitive to this, my question is: Is the QA in recent years really that bad, did the industry-standard pixel inversion logic dramatically change or is there another explanation to this?
All of the ones I've tested had some kind of inversion artifacts visible on different shades on the windows desktop, although some almost unnoticeable.
Having experienced a lot of different older monitors (think around 2003-07) in office settings and with personal use, none I could recall had anything similar, especially on the desktop or if they aren't pushed to their limits or by using inversion test patterns.
So even in the case I was extremely unlucky to have tested only "inversion-artifact-prone" monitors, or am extremely sensitive to this, my question is: Is the QA in recent years really that bad, did the industry-standard pixel inversion logic dramatically change or is there another explanation to this?