Mask 6 at size 2 would be RRGGBB, while 12 (formerly 13) at size 1 would be RRGGBBX. I think that is what we’re looking at here. Whatever unit each letter represents in the triad is what we are seeing being represented in the images. Please correct me if I’m wrong.
We’re dealing with Mask 6 Size 2 level stuff here and it’s 4K alternative Mask 12 (formerly 13) Size 1.
So not subpixel level. I think we’re seeing 2 subpixels from neighboring pixels representing 1 colour of the triad. I’ll sure someone can correct me if I’m mistaken.
The real triumph here is that this is the first time I’m actually getting RGB triads to actually look like triads with even amounts of each colour and in more or less proper alignment on an OLED TV. Can’t you remember how crazy things used to look before this?
It’s proof that OLED TVs can in fact be suitable for displaying CRT masks (of at least certain types) whereas previously, I didn’t think it was possible.
It also brings to light that we should be using BGR for OLED TVs instead of RGB.
It still may not be perfect but it’s a huge improvement for OLED users.
All I probably need to do is increase the ISO on my camera but these shots were intended to analyse the structure and behaviour of the mask on the TV at the triad level and they served that purpose well.
I’m open to performing other tests if you would like to collect other types of data.