I've given this quite a bit of thought and I've come to the conclusion that bit perfect recording isn't really important from a fidelity POV.
With that being said, it's obviously necessary for e.g. DTS which uses the 2ch 16/44.1 signal as a carrier, but for normal digital stereo and matrixed surround on LD I'd say it hardly matters.
What really matters is that there's no D->A->D step. If your sound card internally resamples incoming S/PDIF to 48KHz… so what? I damn well know I won't hear the difference and I'd put money on nobody else being able to hear it either.
So where am I going with this?
I think what matters from a preservation POV is simply getting as many of these tracks on the web as possible. Bit perfect requirements scare people away or keep people from sharing. It's silly.
The only real requirement we should have is no D->A->D.
Agree? Disagree?
With that being said, it's obviously necessary for e.g. DTS which uses the 2ch 16/44.1 signal as a carrier, but for normal digital stereo and matrixed surround on LD I'd say it hardly matters.
What really matters is that there's no D->A->D step. If your sound card internally resamples incoming S/PDIF to 48KHz… so what? I damn well know I won't hear the difference and I'd put money on nobody else being able to hear it either.
So where am I going with this?
I think what matters from a preservation POV is simply getting as many of these tracks on the web as possible. Bit perfect requirements scare people away or keep people from sharing. It's silly.
The only real requirement we should have is no D->A->D.
Agree? Disagree?