Quote from: sedation on August 20, 2024, 10:25:24

Quote from: Ednumero on August 20, 2024, 04:09:59Most likely, this is RG/BG

It's like right under the image

QuoteThe OLED displays are based on an RGGB sub-pixel matrix consisting of one red, one blue and two green light-emitting diodes.

That's what I'm saying, though. 😛 It's the first thing I saw, and precisely what I'm referring to. I'm not convinced that the reviewer's conclusion is correct.

Quote from: Ednumero on August 20, 2024, 04:09:59Most likely, this is RG/BG

It's like right under the image

QuoteThe OLED displays are based on an RGGB sub-pixel matrix consisting of one red, one blue and two green light-emitting diodes.

Batter capacity of mere 4,400 mAh is a joke for screen this big. Minimum capacity should be 7000mah.
Plus the folding design has not evolved even after 6 years, it is not a seamless foldablbe but two phones hinged together.
Probably these folding phones needs an apple design or designer to streamline it, until then its a big no in its current form and state

Is it RGGB or RG/BG? You need to align the device on the microscope to tell correctly, not let it rip like a beyblade and take the photo in whatever orientation it stops in! 😛

RGGB is a hypothetical full matrix with redundancy. The dots will run horizontally and vertically.
RG/BG is a common incomplete matrix that splits red and blue across every other pixel. The dots will run 45 degrees relative to the display edges.

Most likely, this is RG/BG. But we won't be able to tell until you standardize device orientation on the microscope.