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I know well the technique (I have used 24 bit ADCs such as CS5361 that internally are 1-bit with 192+ kHz oversampling). I could do the maths, but I don't think 44100 Hz are enough to cover e.g 120 dB that a good ear can hear).
Read https://people.xiph.org/~xiphmont/demo/neil-young.html … (grep for 120dB if you must). In practice, 16 bits is more than enough for any practical situation.
Interesting, I'll give it a good read when I get some time, thanks!
Had a look to the video, and it cheats a bit :). It does increase SNR *only* on a reduced zone of the spectrum (and increases it in other zones). Thus it is effectively reducing overall noise when using e.g. A frequency weighting (to assimilate to human hearing).
But it is not correct (or at least not complete) just to say "it increases SNR beyond 96 dB". It only does it on a fraction of the spectrum (the fraction interesting to human hearing).
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