Does the Transport make a significant difference?

Shadorne, you are wrong in regards to your Jitter reduction theory, If the DAC is excellent at jitter rejection then it won't make a difference (one jitter immune input versus another should sound the same as it is all just bits). "

I addressed this very question in my review of the Benchmark DAC1, where I ran the Oppo 970 versus the Rega Saturn, both as transport to the Benchmark.

http://www.dagogo.com/BenchmarkDAC1-1of2.htm

martyk1, your honesty in being willing to admit your hearing might be compromised is refreshing.

Doug,

It's a bitch blasting through that 35-49 demographic.

Marty

Depends on the relationship between the transport and DAC. One thing I learned is the ability to slave the transport to the DAC so the DAC clock is the master reduces jitter more effectively than if the DAC is slaved to the transport where clocks have to be synchronized. This does assume that the DAC has a quality clock installed in it. In the latter scenario the cable is more of a factor because you have the clock signal and bits going through a single cable. My CEC/Lessloss combination separates these functions and uses the clock in the DAC as the master. This is similar to how some pro audio applications that I've heard in my system work as well with word clock inputs and outputs. Take a look at the Lessloss site to read more about this concept. They even give instructions on how you can slave a transport to a DAC.

Otherwise it's somewhat of a crap shoot as to whether a transport makes a difference. Some will, some won't, and in other scenarios a cable could have a bigger impact.

Shadorne, you are wrong in regards to your Jitter reduction theory, If the DAC is excellent at jitter rejection then it won't make a difference (one jitter immune input versus another should sound the same as it is all just bits). "

Doug,

If you re-read my statement then you will realize that I cannot be wrong. If a device rejects all incoming jitter entirely then there is no incoming jitter left (just the jitter from the clock in the device itself). Therefore a device which is said or demonstrated to be immune to jitter cannot possibly sound different with different amounts of jitter on the inputs - something else would need to cause the difference. A nasty ground loop on the Coax input creating circuit noise somewhere that is eliminated when using Toslink, for example. I am sure that many explanations can be imagined but it won't be interface jitter if said device is jitter immune and demonstrated to be so. It is simple logic really.

Douglas - I don't understand what Shadorne is wrong about -he says exactly same thing as you. Am I missing something?