In my opinion, I would not rely on this type of evaluation
Thanks for spelling out your thinking. I see your point about longer term listening. On the other hand, this was a test done by someone experienced in speaker design and recording and a group of others with a variety of expertise in audio and acoustic arts. Given the mettle of this group, I find it hard to believe they would participate in a sham experiment for entertainment purposes only, especially one where their names are mentioned and for all of this to be posted on a fairly popular YouTube channel. (It has 94k views so far.) I’m more inclined to think that both you and they have made observations relevant to the question, Do transports make a difference?
@vthokie83 Interesting that you find differences but that they’re not enough in your resolving system to spend up for a Jay’s. That does confirm if not the lack of difference in the YouTube experiment, at least the proposition that there is not that much to gain by a better transport. I see others here differ, and that’s fine, of course.
Most modern DACs have good reclocking mechanisms and other methods to reduce playback jitter. Any transport can provide the digital signal with varying degree of jitter. So the issue is, if you have a good DAC, then why would the transport matter? Because DAC should be able to buffer the incoming digital signal from any transport and convert into an analog signal based on its own clock and analog filters. Now one can argue about different DACs and their implementations. However, different CD transports should not impact the digital signal or its quality. [my emphasis]
This is the explanation I got from a local audiophile friend whose expertise is in telecommunications and computing. It would fit with the experimental listening results which Mr. Lovegrove obtained.
It often gets lost in these threads, but I posted the Youtube video to generate discussion, not because I agreed with it. Thank you, folks, for the discussion.