tuoppi
Head-Fier
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- Jan 22, 2010
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To make it even simpler:
Analog is the actual sound you listen to. Analog sound does not have bits or sample rates at all. It's a continuous waveform.
Digital on the other hand is how the sound is stored on CD or SACD (or any other digital storage format). You can't listen to the digital signal itself. The digital signal has to be converted to analog before it can be listened.
Those analog outputs (red and white) on the player output the analog signal. Optical, coaxial and HDMI outputs output the digital signal which has to be still converted to analog at some other device before it can be listened.
Quote:
Analog is the actual sound you listen to. Analog sound does not have bits or sample rates at all. It's a continuous waveform.
Digital on the other hand is how the sound is stored on CD or SACD (or any other digital storage format). You can't listen to the digital signal itself. The digital signal has to be converted to analog before it can be listened.
Those analog outputs (red and white) on the player output the analog signal. Optical, coaxial and HDMI outputs output the digital signal which has to be still converted to analog at some other device before it can be listened.
Quote:
"Analogue" (with or without the "ue" on the end) refers to the sound you hear, with your ears. The waves of sound you learned about in school, in science class hopefully. For audio, it can be stored on cassettes, vinyl records and reel-to-reel tapes, to give some examples. On those it is stored as groves on the records or differences in the magnetism on the tapes.
"Digital" refers to the storage of an analogue sound as 0's and 1's on a computer, CD, SACD, DVD or any of the other modern music systems. To convert an analogue waveform to digital, the waveform is sampled a certain number of times per second -- for CD quality (16/44.1) this is 44,100 times, and each sample is given one of 65,535 different volume levels (2^16 = 65535). That's where the numbers come from.