Steve - I do not believe a 24-bit file and a 16-bit file would compare exactly. The extra 8 bits per sample have to be stored somewhere. So I am not sure what you mean by this.
Can someone do a bit compare on the Apple lossless files and see how different they are? As a first pass, do they contain the same number of bytes? (Although you have to be aware of the how the offset is set in EAC and how silence between tracks is handled.)
If there is a difference, then it could be either in the iTunes ripping process or in the wav to Apple lossless conversion. In fact, if a Apple lossless file ripped by iTunes is converted to wav and becomes identical to an EAC wav file, I would conjecture that the iTunes rip was as good as the EAC rip. If you take the iTunes ripped file, oonvert it to wav with iTunes and then convert it back to Apple lossless does it sound different than the original file? Does it bit compare?
Not trying to be difficult. I just want to figure out if the data in these files are different and if so where the difference comes from.
Can someone do a bit compare on the Apple lossless files and see how different they are? As a first pass, do they contain the same number of bytes? (Although you have to be aware of the how the offset is set in EAC and how silence between tracks is handled.)
If there is a difference, then it could be either in the iTunes ripping process or in the wav to Apple lossless conversion. In fact, if a Apple lossless file ripped by iTunes is converted to wav and becomes identical to an EAC wav file, I would conjecture that the iTunes rip was as good as the EAC rip. If you take the iTunes ripped file, oonvert it to wav with iTunes and then convert it back to Apple lossless does it sound different than the original file? Does it bit compare?
Not trying to be difficult. I just want to figure out if the data in these files are different and if so where the difference comes from.