@boxer12
In the case of a digital coax cable it is carrying the clock signal which is an analog signal. The reconstruction of the analog clock at the other end (in your DAC) is usually through some form of phase locked loop but these systems often fail to eliminate jitter.
The best solution is to find a properly designed DAC that will reject all the audible incoming jitter on the coax, USB, Toslink or any cable. Unfortunately most DACs are terrible at rejecting jitter and this means that any tweaking of the clock signal through a cable change may audibly effect the DAC.
The problem is not the cable. The problem is the DAC.
In the case of a digital coax cable it is carrying the clock signal which is an analog signal. The reconstruction of the analog clock at the other end (in your DAC) is usually through some form of phase locked loop but these systems often fail to eliminate jitter.
The best solution is to find a properly designed DAC that will reject all the audible incoming jitter on the coax, USB, Toslink or any cable. Unfortunately most DACs are terrible at rejecting jitter and this means that any tweaking of the clock signal through a cable change may audibly effect the DAC.
The problem is not the cable. The problem is the DAC.