Is there a way to improve scan converted video?
Yes, there is. Keeping in mind the limitations of composite video, source material can be made to translate well to NTSC. In fact, some computer-generated material, such as animations, can actually look better in composite form (the softening of the flicker filtering smooths out the pixelation, resulting in a less jagged image). Highly saturated colors should be avoided (some graphics and animation software incorporates optional NTSC color filters). A large non-serif font size should be used (the serifs are generally composed of single pixel lines which). Single pixel horizontal lines should be avoided where possible. The design should be centralized within 80% of the screen area. If possible, utilize Y/C (or S-Video, S-VHS) output. Y/C transmits the color (chroma) and luminance on two separate wires. This eliminates chroma-crawl (the checkerboard pattern visible where two colors meet) seen in composite video. Most people perceive a 30% improvement over composite with Y/C.
Yes, there is. Keeping in mind the limitations of composite video, source material can be made to translate well to NTSC. In fact, some computer-generated material, such as animations, can actually look better in composite form (the softening of the flicker filtering smooths out the pixelation, resulting in a less jagged image). Highly saturated colors should be avoided (some graphics and animation software incorporates optional NTSC color filters). A large non-serif font size should be used (the serifs are generally composed of single pixel lines which). Single pixel horizontal lines should be avoided where possible. The design should be centralized within 80% of the screen area. If possible, utilize Y/C (or S-Video, S-VHS) output. Y/C transmits the color (chroma) and luminance on two separate wires. This eliminates chroma-crawl (the checkerboard pattern visible where two colors meet) seen in composite video. Most people perceive a 30% improvement over composite with Y/C. Component vi
