I still don't understand how things such as jitter can affect coded sound. I can understand how it would affect a signal sent straight to a DAC, such as raw PCM, PWM or PDM/DSD, but when the signal is buffered and decoded, and jitter is no worse than to make the decoder accept the signal without error, how could there be a difference in sound? How would the jitter carry through the decoder to the decoded PCM output?
Raw PWM and PDM are probably the formats where I can remotely imagine jitter in the digital chain would produce an audible difference, followed by PCM. That's just what I picture, I don't have any practical or in-depth knowledge of digital signals but just knows the basics. But how formats such as AC-3 or DTS can be audibly affected is beyond me.
And when people compare the audible differences between DTS and Dolby Digital, it seems they rarely bring up what happened in mastering for the different formats and the steps are taken in each to make them more flexible which may affect how the decoders perform (such as for instance Dialog Normalization and surround phase shifting done in Dolby Digital).
If I would hear differences in sound between two digital cables, I'd imagine something was very wrong with at least one of them.
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