“There’s plenty of room for the introduction of timing errors/jitter in that process even if the result is ultimately bit perfect.
“Ideally the DAC will retime the input data to restore a pristine, low jitter, bit perfect, data sequence for conversion to analog.”
>>>In my view the damage is done immediately and irrevocably as soon as the laser reads the data. The primary reasons why the CD playback process is imperfect is due to scattered laser light getting into the detector and vibration of the CD player and CD itself. The nanoscale geometry involved - laser beam width, pit depth distance from laser to the CD metal layer - makes the job of the servo mechanism, especially with all the vibration that is occurring, impossible. You get what you get.
The USB cable argument is probably more similar to the digital cable argument. Or so it would appear.
“Ideally the DAC will retime the input data to restore a pristine, low jitter, bit perfect, data sequence for conversion to analog.”
>>>In my view the damage is done immediately and irrevocably as soon as the laser reads the data. The primary reasons why the CD playback process is imperfect is due to scattered laser light getting into the detector and vibration of the CD player and CD itself. The nanoscale geometry involved - laser beam width, pit depth distance from laser to the CD metal layer - makes the job of the servo mechanism, especially with all the vibration that is occurring, impossible. You get what you get.
The USB cable argument is probably more similar to the digital cable argument. Or so it would appear.