Since there are differences in the appearance of colors between observers, in the digital world, in order to quantify colors, red (R), green (G), and blue (B) are set to values from 0 to 255, ...

Most of us don’t think twice about how displays produce color. But if you’ve ever looked at a sampling of televisions next to each other at an electronics store, you may have realized that practically ...

sRGB (shown above right), Adobe RGB (shown above left) and NTSC all have their own colour gamut (a subset of colours) and each can display a different amount of colours within the subset. The ...

The sRGB and Adobe RGB options on cameras both use the RGB color model, where images are made up of red, green and blue color channels. That’s how digital cameras capture colors, how computer monitors ...

As any Web designer will tell you, a graphic created on a high-end monitor using even the sophisticated CIELAB color space won’t look the same when converted into a low-resolution graphic and viewed ...

Display P3 covers the entire color space of sRGB and has a 35% larger color space than sRGB. The image overlaps the range of colors that can be represented by Display P3 with the range of colors that ...