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| Tips & Tricks For help with file formats, viruses, security, etc. This section is not for questions about problems with Gnutella program clients, downloading, connecting, etc. |
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April 2nd, 2006
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 CD audio is always 44100Hz resolution at 1411 kb/s total in 2 channels. Anything less is, well, less. 128 kb/s audio could just about drive those cheap headphones but any better hardware will reveal just how much less clarity you're getting.  |
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April 15th, 2006
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 Quote:
Hope this helps!!!  |
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April 16th, 2006
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| In kilobits per second, it's 1440, very much better than 128. That's why 128Kbit MP3 files take up only a tenth of the space. Even a 320 kilobit MP3 is lossy compared to a Redbook CD. |
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April 16th, 2006
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| Soooo - you encode your MP3's at 1440kb/s?  The difference is size between CDA and Mp3, WMA etc etc is mostly due to the compression algorythms, (and of course some losses) not the amount of bits. EG convert a single CDA file to uncompressed wav file, it is the same size. |
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April 16th, 2006
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| The bitrate is a literal measure of how many bits per second are used to express the waveform. The difference in size is a direct consequence of that rate, therefore a 1440 kilobit MP3 would be the exact same size as a redbook stream. The uncompressed wave file you mention is encoded at exactly 1440 kilobits per second if it is the exact same size. |
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