Wrong. The problem is, we're assuming too many things. We're assuming it's a perfect process with an unlimited source, when neither is true.Or, take for example the Digital Lens. Once digital audio is passed through the Lens it's rebuilt without any trace of original jitter or timing issues. Therefore, every instance of the Lens should always produce perfect digital. Right?
Wrong. Again, we're assuming it exists in a perfect vacuum—without affect from power supplies, radiated noise and other artifacts.Here's a third example. Equalizers. If our systems has a frequency response issue we should be able to correct for it with an equalizer and make the sound perfect. Right?
Wrong. While frequency issue might be solved, the added circuitry and phase shift required to fix the problem adds yet another variable detracting from the sound.Everything in our systems is interrelated. We can't take a step in one direction without upsetting something else.
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