Kijanki, he said, "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)." Seems to me the conclusion he reached is: the transport doesn't matter since jitter elimination will nullify any advantage of a higher end transport.
I don't agree with that. In my article I point out that a jitter eliminating DAC (the Benchmark) can help raise the performance of the poor transport, but it will not make it the sonic equivalent of the finer transport. There are still fundamental sonic differences. The distinction between them becomes even more profound in higher end rigs, even if the same jitter nullifying DAC is used.
I'm not trying to get into an argument over it; I just shared that I tested the premise and found it not to be true, at least not universally.
I don't agree with that. In my article I point out that a jitter eliminating DAC (the Benchmark) can help raise the performance of the poor transport, but it will not make it the sonic equivalent of the finer transport. There are still fundamental sonic differences. The distinction between them becomes even more profound in higher end rigs, even if the same jitter nullifying DAC is used.
I'm not trying to get into an argument over it; I just shared that I tested the premise and found it not to be true, at least not universally.