@willemj
I agree that intrumentation is far more resolving and reliable than human hearing.
However, it is still astonishing that we can hear up to 10 dB below the noise floor. Our hearing is very much like a spectrum analyzer. I dont subscribe to the idea we can hear the shape of wavefronts - this is nonsense. However, given enough audio signal it is astonishing how well we can work out the frequency content.
In theory, and according to the designer, there shoukd not be an audible difference from Benchmark DAc 2 to DAc 3 but I hear something. Extremely subtle and I admit that I would not detect this in a blind test but with rapid A to B I hear something. Instrumentation of course sees quite a difference in THD+N performance but at a level that should be inaudible.
I agree that intrumentation is far more resolving and reliable than human hearing.
However, it is still astonishing that we can hear up to 10 dB below the noise floor. Our hearing is very much like a spectrum analyzer. I dont subscribe to the idea we can hear the shape of wavefronts - this is nonsense. However, given enough audio signal it is astonishing how well we can work out the frequency content.
In theory, and according to the designer, there shoukd not be an audible difference from Benchmark DAc 2 to DAc 3 but I hear something. Extremely subtle and I admit that I would not detect this in a blind test but with rapid A to B I hear something. Instrumentation of course sees quite a difference in THD+N performance but at a level that should be inaudible.