I've read the FAQ Question "What is transcoding and why is it bad?"
I understand the principle, and I recognize that your best quality encoding will come if you re-rip the original source and take it to your new format.
However - what if you start with a Lossless format? Let's say you archive your whole CD collection in a format like WMA Lossless. Then you transcode WMA Lossless to Apple Lossless. Is there really a loss in quality?
My plan of action so far has been to rip all 1100 of my CD's to WMA Lossless, as my archival format. Then I'll box the CD's and stick them in storage. I'll play WMA Lossless directly from my PC, but when I need smaller formats (AAC 192 for my iPod, Mp3 for car audio, WMA Variable for streaming audio, etc) I'll just "extrude" those formats from the archive.
The first case (WMA Lossless to AAC Apple Lossless) is the least likely, but it's possible. The second set of cases is very likely.
So - any obvious flaws with that plan? Even in the first case, would I really detect any difference?
I understand the principle, and I recognize that your best quality encoding will come if you re-rip the original source and take it to your new format.
However - what if you start with a Lossless format? Let's say you archive your whole CD collection in a format like WMA Lossless. Then you transcode WMA Lossless to Apple Lossless. Is there really a loss in quality?
My plan of action so far has been to rip all 1100 of my CD's to WMA Lossless, as my archival format. Then I'll box the CD's and stick them in storage. I'll play WMA Lossless directly from my PC, but when I need smaller formats (AAC 192 for my iPod, Mp3 for car audio, WMA Variable for streaming audio, etc) I'll just "extrude" those formats from the archive.
The first case (WMA Lossless to AAC Apple Lossless) is the least likely, but it's possible. The second set of cases is very likely.
So - any obvious flaws with that plan? Even in the first case, would I really detect any difference?
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