What is the effect of increasing color packet size on frame rate and signal-to-noise ratio?

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Multiple Choice

What is the effect of increasing color packet size on frame rate and signal-to-noise ratio?

Explanation:
Increasing color packet size means more color data is packed into each frame. With fixed bandwidth or processing capacity, sending more data per frame leaves less room for as many frames per second, so the frame rate drops. At the same time, using more bits to represent color per pixel reduces quantization error in the color channels, which improves the signal quality of the color information and raises the effective SNR. In short, more color detail slows the frame rate but provides cleaner color data, raising SNR.

Increasing color packet size means more color data is packed into each frame. With fixed bandwidth or processing capacity, sending more data per frame leaves less room for as many frames per second, so the frame rate drops. At the same time, using more bits to represent color per pixel reduces quantization error in the color channels, which improves the signal quality of the color information and raises the effective SNR. In short, more color detail slows the frame rate but provides cleaner color data, raising SNR.

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