One way you can design a DAC to be immune to jitter is to ensure it can have the transport slaved to it. This is easier said than done from a design perspective. One company that does this is Lessloss. The have designed their DAC so that the CEC TL-51X transport can be slaved to it. The TL-51X has a clock input which is connected to the DAC's clock output. The digital cable is then removed from the jitter equation as it only has to perform the task of carrying the bits and not the additional task of synchronizing the clocks (where the transport clock is master and DAC clock is slave). This is where a good portion of jitter is introduced.
I own this combination and oddly enough I've decided to compare it in my system to a Resolution Audio Opus 21 player. As mentioned previously, a CDP should be able to offer a master clock arrangement due to having all the digital circuitry in one box. However, this is not always the case, there are some poorly designed CDPs out there.
If the Opus 21 gives me a sense that I can live with it. Then I would consider moving up to the Resolution Audio Cantata. This would give me a well designed CDP, with volume control, balanced operation, and the ability to take advantage of USB or Ethernet computer audio connectivity. For me that would provide the best of both worlds.
I own this combination and oddly enough I've decided to compare it in my system to a Resolution Audio Opus 21 player. As mentioned previously, a CDP should be able to offer a master clock arrangement due to having all the digital circuitry in one box. However, this is not always the case, there are some poorly designed CDPs out there.
If the Opus 21 gives me a sense that I can live with it. Then I would consider moving up to the Resolution Audio Cantata. This would give me a well designed CDP, with volume control, balanced operation, and the ability to take advantage of USB or Ethernet computer audio connectivity. For me that would provide the best of both worlds.