iPod Users Buy CDs, Shun iTunes

twitter writes, "The BBC's summarizes a Jupiter Research study, 'iPod fans shunning iTunes store.' From the article: '83% of iPod owners do not buy digital music regularly... only 5% of the music on an iPod will be bought from online music stores. The rest will be from CDs the owner of an MP3 player already has or tracks they have downloaded from file-sharing sites... [T]he only salient characteristic shared by all owners of portable music players was that they were more likely to buy more music — especially CDs.' This is despite years of iTunes promotion and apparent success. Given the outright failure of other music services, it is clear that users prefer DRM-free music, and are willing to pay for it and take the trouble to rip it."

Comments

Re:DRM is a hassle

[BWJones]

DRM does not change the sound of music. It does not sound any different.

No, but I cannot purchase from the iTMS songs that are encoded at higher rates. That was my point.

Re:DRM is a hassle

[monoqlith]

Personally I've only purchased one album from iTunes (unfortunatly I can no longer play it because I've changed computers too many times)

Just so you know, there is a button in the iTunes Music Store account information page that lets you deauthorize all the computers that you've previously authorized to play your music. It only lets you do this once a year IIRC, but it's useful if you've reached your limit of 5 computers and can't get to an authorized computer to deauthorize it.

Re:DRM is a hassle

[Yaztromo]

Of course the computer will identify them as being the same, its job is to work with discrete components in the form of bits, where the human ear can hear on a lower level than that. I'm no digital maven, so I can't say the EXACT reason why, but I've been selling, repairing and setting up high end audio systems for 17 years. It's my job to know what sounds the same and what sounds different. Perhaps the bits themselves are longer or shorter than before encryption, or perhaps they're a bit (pun intended) higher voltage where a computer will still read it as a "1" when it's in a bass waveform, therefore things like md5sum will claim it's the same file, but if you knew anything about signals over a wire you'd know things like a waveform that can be represented digitally can look (and sound) very different depending on the size of the peaks and troughs.

As it happens, I know quite a bit about digital signaling. I also know that that "bit" you're reading is going to be converted several times from when you read it fro the hard disk, by a variety of independent subsystems which set their own bit levels as high or low, based on their own signaling specifications.

You read some bits off your hard drive. The bits sitting on your drive have no voltage -- they're simply a magnetic field. This field get translated into either a 1 or a 0 bit. The drive controller copies this into a voltage that it then transmits across the drive bus to a bus controller. This bus controller then copies the bit to the system bus. The system bus copies it to the CPU, which copies it to RAM, which is then refreshed thousands of times per second. This is then copied back onto the system bus, and send to your audio hardware, which feeds it through a DAC.

Each of these transmissions is a copy operation on the bit -- not on the strength of the magnetic field, or whatever voltage was being applied to the transmitting component. So signaling in this case makes no difference -- so long as each field or voltage fits within the proper tolerances, it will be treated as a 1 or a 0, and will be raised high or low at the new voltage level as a completely new signal during each conversion. As such, it isn't the case that if the bit is magnetically weak on your hard drive that it will have a lower-than-normal voltage once it finally gets into RAM.

Thinking of it another way, it isn't like using a tin-can-and-string telephone to transmit data. It's more like the telephone game, where someone says something to someone, who then tells the message to the next person, and so on until the recipient receives the message. It doesn't matter if the first speaker is male or female -- the last person to pass on the message is going to state the same message regardless, in their own voice. The only difference in the case of a computer is that most stages have integrity checking to verify that the message is received properly, and in some cases can either request a retransmission if the integrity checking fails, or can receive the data in a manner that it can be reconstructed with mathematical certainty by using appropriate data encodings.

Encryption makes no difference. The system is not analogue -- it is digital. And the system only knows two digits. Each individual subsystem has completely different mechanisms for representing those bits, and that representation is completely independent of other subsystems. Reading an encrypted block from your hard drive causes the encrypted data to be copied into RAM, from which a decrypted copy is placed into RAM. This copy is generated electrically in exactly the same fashion if it had been read unencrypted from the hard drive. By the time it gets to the audio DAC, the data is identical from both a data and a signaling standpoint.

I'm sure you can handily replace the needle on a record player arm, but you know absolutely squat about digital signaling.

Yaz.

Re:but I already have a TON of CD's

[ender-]

If iTunes would take the time to notice that previous authorizations are never heard from again after I authorize a new install, it should just allow me to go along my merry, non-infringing way and let me listen to the music that I paid for.

Apple is more than happy to do this. You can go into your account settings in iTunes, and tell it to deauthorize ALL of your prior computers. You then can authorize your current system and listen to all those songs again.

As for old systems, maybe you should consider deauthorizing them before you get rid of them or overwrite the OS. Then this wouldn't be an issue at all.