![]() In a 24-bit system there are 16,777,216 possible values. ![]() In a 1-bit system the possible values for each measurement are simple, either it’s a 1 or a 0 - there’s little chance to get a wrong value. The chance for error in such a system is much less than in multi-bit approaches. And at these super-sampling speeds a steady state can be represented by alternating 1’s and 0’s. Either up from the previous sample or down. 1-bit offers only two values, a 1 or a 0. With such frequent readings of the current state of the audio waveform, each step need only be defined is the simplest of terms – has the signal increased since the last step, decreased, or remained the same. "The basic concept here is that once the sampling rate is increased to such high levels, each step doesn’t need to be defined with such detail. heck I have 24 isnt that like 24x better than one.
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