Lots of reputable reviewers on YouTube. Some do catch this problem, but they value the greater full screen peak brightness of the LCD panels. What the new RGB backlighting does specifically that they like is narrow the gap between OLED and LCD in terms of color accuracy in wide gamut colorspaces.
I think most people run their TVs too bright, usually because they use them in spaces with terrible lighting conditions (i.e. TV mounted too high above a fireplace facing a west-facing window). I think it's easier to control the lighting in my house than it is to make my favorite TV show look good on an LCD.
Obviously that's still a valid use case, and one where LCD genuinely makes more sense than OLED, but my issue is with the displays being touted as "OLED Killers" when they aren't; they are displays that excel in a very different set of circumstances than an OLED. If I replaced the 8 year old OLED in my basement where 2,500 nits of full screen brightness would be downright painful to look at, the RGB miniLED panel would be a straight downgrade.
I think most people run their TVs too bright, usually because they use them in spaces with terrible lighting conditions (i.e. TV mounted too high above a fireplace facing a west-facing window). I think it's easier to control the lighting in my house than it is to make my favorite TV show look good on an LCD.
Obviously that's still a valid use case, and one where LCD genuinely makes more sense than OLED, but my issue is with the displays being touted as "OLED Killers" when they aren't; they are displays that excel in a very different set of circumstances than an OLED. If I replaced the 8 year old OLED in my basement where 2,500 nits of full screen brightness would be downright painful to look at, the RGB miniLED panel would be a straight downgrade.