the short version is that it's a file type (like MP3), that does not lose any of the sound quality. that's the upside, the downside is that the files are massive.
the short version is that it's a file type (like MP3), that does not lose any of the sound quality. that's the upside, the downside is that the files are massive.
like how big per song
They're somewhere in the range of 20-40 MB per song. It all depends on the length of the song and what it going on.
ok im defiently not converting to that
Yikes! That could push my library up toward 1TB! No thanks!They're somewhere in the range of 20-40 MB per song...
ok im defiently not converting to that
ok im defiently not converting to that
They're not exactly massive. They're smaller than wav or aiff files of exactly the same song in exactly the same quality.
Considering you can pick up a 1TB hard drive for about 150 including an enclosure these days, I think we need to redefine what "massive" is.
Does is it matter about the sound quality of the CD itself?
I mean is a CD from 1988 going to sound the same as CD from 2008 if you rip them at the same bit rate, (say 256) and play it back through a decent stereo?
Also how about remastered CD's,
Should not the remastered CD have a higher quality sound then the original even if they get ripped at the same bit rate?
massive..you're right about the Terabyte drives..but in the end he might someone actually wants to listen to it on his/her iPod/iPhone..and there the space is still pretty limited.
But that's the great thing about lossless and large hard drives. You can keep a lossless copy of all your music, and then encode copies in lossy formats for your portable devices. If another lossy codec comes along in the future and takes over where MP3 and AAC eventually leave off, you still have all your lossless rips to encode from, whereas if you rip everything in today's lossy format, you'll have to re-rip further on down the line to keep up to date (I'm thinking 5-10 years in the future here...whenever the successor to AAC comes out and becomes widely adopted)
Just a question about the CD ripping itself.
Does is it matter about the sound quality of the CD itself?
I mean is a CD from 1988 going to sound the same as CD from 2008 if you rip them at the same bit rate, (say 256) and play it back through a decent stereo?
Also how about remastered CD's,
Should not the remastered CD have a higher quality sound then the original even if they get ripped at the same bit rate?
Thank You in advance
But that's the great thing about lossless and large hard drives. You can keep a lossless copy of all your music, and then encode copies in lossy formats for your portable devices. If another lossy codec comes along in the future and takes over where MP3 and AAC eventually leave off, you still have all your lossless rips to encode from, whereas if you rip everything in today's lossy format, you'll have to re-rip further on down the line to keep up to date (I'm thinking 5-10 years in the future here...whenever the successor to AAC comes out and becomes widely adopted)
So if I rip CD's to my iMac and iTunes using the Lossless format, is there a setting in iTunes that allows songs synched to my iPod to using a lower quailty format (thus enabling me to fit more songs on my iPod at one time)?
So if I rip CD's to my iMac and iTunes using the Lossless format, is there a setting in iTunes that allows songs synched to my iPod to using a lower quailty format (thus enabling me to fit more songs on my iPod at one time)?
No. You'll have to re-encode the songs from Apple Lossless to MP3 or AAC.
If I re-encode the songs to a lesser format, can I later re-encode them back up to Lossless or would I have to re-rip them from CD again in Lossless format?