Hardware
- Core i5 750 @ 3.6Ghz (180x20)
- Scythe Zipang 2
- 4x2Gb DDR3 (1080@7-7-7-16, 1.65v)
- Gigabyte P55-UD2
- EVGA GTX 260, Corsair 550VX, mATX case
Audio/Video
- Samsung LN32A550 32" 1080p LCD
- Asus Xonar Essence STX
- Denon AH-D2000
- Sony STR-DE197 -> Polk Audio M10
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Q9650@4000 - Apogee GTX, Gigabyte X48-DS5, 8GB Corsair Dominator XMS2-8500, GTX480 El cheapo Asetek block, Audiophile 192 + Adam-A7, Win7
I do understand that when the amplitude of a wave increases, the volume increases.
I'm not sure I know what you mean then, I think you were referring to either sample rate, bit depth or digital bandwidth. Uncompressed analogue signals don't have the bandwidth (information/time) and [I think] that is what you are referring to; like a bitrate of 320kbps. I'm fairly sure analogue signals have an infinite bandwidth in this respect? (Like a vinyl)
Bandwidth in respect to an analogue signal could refer to the width of an actual wave.
I do beleive analogue signals can transmit digital data (like cable and radio), but not in the context of this discussion.
I think you might be confusing digital information that is to be converted witha DAC (digital to analogue converter) to an analogue signal.
Last edited by Bradan; 05-08-2009 at 10:20 PM.
Hardware
- Core i5 750 @ 3.6Ghz (180x20)
- Scythe Zipang 2
- 4x2Gb DDR3 (1080@7-7-7-16, 1.65v)
- Gigabyte P55-UD2
- EVGA GTX 260, Corsair 550VX, mATX case
Audio/Video
- Samsung LN32A550 32" 1080p LCD
- Asus Xonar Essence STX
- Denon AH-D2000
- Sony STR-DE197 -> Polk Audio M10
Desktop Picture
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