Bayer can't display pixel art at 1:1, just like with bitmap fonts. If you want crisp color, you need to be aware of the Bayer tiling, and ideally you'd want to

Bayer can't display pixel art at 1:1, just like with bitmap fonts. If you want crisp color, you need to be aware of the Bayer tiling, and ideally you'd want to do the inverse-debayering on the source-side of the display cable, because that way you can save 4x bandwidth (you can treat a Bayer panel like a High-DPI one while rendering, but Bayer-pixels need to match RGB source pixels for crisp results). Do keep in mind that many TV panels are Bayer panels, as they tend to consume yuv420 or yuv422, if fed externally, which greatly reduces the bandwidth penalty of doing the 24bit to 8bit per-pixel color depth conversion in the display's panel-driver-GPU. For text rendering there are some alternative subpixel layouts like Pentile in use for smartphones, but patents and software/hardware integration (software in this case including Freetype or whatever replacement is used) inhibit usage of these for general purpose desktop monitors. One large benefit of these tends to be their vertical/horizontal resolution being matched, allowing both portrait and landscape mode to be crisp. Also, less physical pixels to drive take less power to drive.