Because digital video is transported as a component signal, it is ___ than composite analog video.

Digital video, being a component signal, is inherently capable of carrying more information and higher fidelity compared to composite analog video. In composite video, multiple signals (luminance and chrominance) are combined into one, which can result in a loss of detail and clarity due to interference and cross-talk between these components.

In contrast, a component digital video format separates these signals, allowing for a clearer and more precise representation of the image. This separation minimizes degradation and allows for higher resolution formats, improved color accuracy, and overall better quality of the video signal. Moreover, digital video can utilize advanced compression algorithms and techniques that preserve quality while reducing file size, further contributing to its higher quality over composite analog.

The ability to carry higher quality signals effectively links to the enhanced viewing experiences offered by modern playback systems, where clarity, resolution, and color depth are significantly improved, making it evident why this choice correctly represents the relationship between digital and composite analog video.