4 ms·
No, the perfect pixel is a sinc() function of appropriate bandwidth. A pixel of the form "dot with a dark area around it" is a better approximation of sinc() th
by H8crilA 3y ago
No, the perfect pixel is a sinc() function of appropriate bandwidth. A pixel of the form "dot with a dark area around it" is a better approximation of sinc() than pixel of the from "fill all the available space evenly".
And it doesn't mean the bright part of a pixel should be as small as possible, no, it should be tuned for bandwidth.
Even eye receptors (cones) approximate sinc() in the same fashion.
- rsaxvc 3y agoSure, but at least for RGB subpixel displays common to LCD TVs, each subpixel has neighboring dark-area not only in the form of the black matrix, but effectively also that of the two other colors.