Wayneker, the CD drive in a computer is capable of retrieving the data on a CD perfectly. Not close to perfectly. Perfectly. Anything less, like a single bit out of place, and the OS you just loaded could be useless. While you can elect to bypass the error correction when ripping CDs, it isn't advisable. It is only within the software, where the data is converted from one representation to another, or in playback, that differences can arise.
And fragmentation has nothing to do with jitter. A modern disk drive can deliver data to memory far, far faster than is required for audio playback, no matter how the data is distributed. Again, the process results in perfect transfer -- not a single bit is allowed to be misplaced as it is lined up in memory.
As to noise, crosstalk, EMI, etc., they apply equally to a CD player. While it may be some time before someone creates a special purpose computer optimized for audio, the current general purpose ones are doing a pretty good job. Pro audio is almost completely computerized at this point. Long before you buy them, the music on your CDs has been through more computers than you can shake a stick at.
And fragmentation has nothing to do with jitter. A modern disk drive can deliver data to memory far, far faster than is required for audio playback, no matter how the data is distributed. Again, the process results in perfect transfer -- not a single bit is allowed to be misplaced as it is lined up in memory.
As to noise, crosstalk, EMI, etc., they apply equally to a CD player. While it may be some time before someone creates a special purpose computer optimized for audio, the current general purpose ones are doing a pretty good job. Pro audio is almost completely computerized at this point. Long before you buy them, the music on your CDs has been through more computers than you can shake a stick at.