None of the bands/artists I like have an iTunes LP. I'm not going to waste money buying an LP of an artist I've never listened to before.
Another log to throw on the woodpile of Apple failures.
* Apple TV
* MacBook Air
* the hockey puck mouse (might as well put the new 'Magic Mouse', too!)
* iTunes LP
lol Can't wait for the iPad to join the list of... oh, what does Apple call it when a product that they create hyper-buzz for at pre-launch doesnt' work out? Oh, yeah!:
"A HOBBY."
I hate the $1.29 songs. So I just headed over to Amazon, got the same exact DRM-Free $1.29 songs for $0.99.
iTunes appeals to people who actually are so into a band that they would pay 30-40% more for an album. All those bonus videos can be found on YouTube and over 'cool' things aren't exciting. Plus, God forbid I would buy an iTunes LP and watch one of the videos on my flatscreen...the only way for that is using another Apple product to watch it.
There are a couple of flaws in your very short post.
#1 ) You make it sound like iTunes still has DRM. It doesn't. They are DRM-free, too.
#2 ) You are not getting the same exact song... it's the same song; HOWEVER: The file that you buy is not quite the quality as the iTunes version. To be clear 256 AAC is better quality than 256 MP3.
Another log to throw on the woodpile of Apple failures.
* Apple TV
* MacBook Air
* the hockey puck mouse (might as well put the new 'Magic Mouse', too!)
* iTunes LP
lol Can't wait for the iPad to join the list of... oh, what does Apple call it when a product that they create hyper-buzz for at pre-launch doesnt' work out? Oh, yeah!:
"A HOBBY."
the other advantage is that some of like our higher quality music and like to rip it in lossless formats. Can't get great audio quality out of itunes
There are a couple of flaws in your very short post.
#1 ) You make it sound like iTunes still has DRM. It doesn't. They are DRM-free, too.
#2 ) You are not getting the same exact song... it's the same song; HOWEVER: The file that you buy is not quite the quality as the iTunes version. To be clear 256 AAC is better quality than 256 MP3.
You do pay pay 30¢ less, if you're cherry picking. If I buy from iTunes, I buy the $9.99 and get all the songs at the same discounted price I always have.
99.99% of the time, I buy the CD from Amazon ("VERY GOOD" USED) for a song and rip at 320 AAC and have liner notes, lyrics and a very handy back-up should a catastrophe happen.
Not true. Some years ago, the Audio Engineering Society had already deemed MPEG-4 AAC, a joint venture between Apple, Dolby Laboratories (specialists in perceptual encoding schema including A52, more commonly known as Dolby Digital or AC-3), to be fundamentally indiscernible from 16-bit stereo Linear PCM (CD Digital Audio "Red Book" format) at bitrates above 128 Kbps.
… <snip>
Another log to throw on the woodpile of Apple failures.
* Apple TV
* MacBook Air
* the hockey puck mouse (might as well put the new 'Magic Mouse', too!)
* iTunes LP
lol Can't wait for the iPad to join the list of... oh, what does Apple call it when a product that they create hyper-buzz for at pre-launch doesnt' work out? Oh, yeah!:
"A HOBBY."
Interesting read. Thanks for this.
Hahahaha, please. The Cube belongs way above all of those other things (except the hockey puck mouse). Apple expected a lot out of the Cube, and then 12 months later it was axed.
As for those other things Ive actually seen a fair number of people using MacBook Airs, and if the Apple TV was such a failure, why hasnt it been axed like the Cube? And how does the hyper-buzz of those other products even compare to the buzz around the iPad? Eh, whatever now Im just feeding the trolls.![]()
I feel that LP is crying out for ALAC tracks. That would really appeal to a new breed of music fans - those that buy albums and don't like downloads as they are lossy. If you were to limit LP to full albums of ALAC music I think you'd draw a new audience that wanted the convenience of digital music, but not the compromises.
I agree that 256 kbps AAC is virtually indistinguishable from the CDs - perhaps an indication of the quality of studio mixing more than the codec, but ALAC offers up the possibility of transcoding from a "100%" source if a different format takes over in 5-10 years.
Not true. Some years ago, the Audio Engineering Society had already deemed MPEG-4 AAC, a joint venture between Apple, Dolby Laboratories (specialists in perceptual encoding schema including A52, more commonly known as Dolby Digital or AC-3), to be fundamentally indiscernible from 16-bit stereo Linear PCM (CD Digital Audio "Red Book" format) at bitrates above 128 Kbps.
iTunes are offered at 256 Kbps. I have yet to see any actual, controlled double-blinded study where participants can actually identify consistently which file is 256 Kbps AAC and which is 16-bit LPCM. None of the ABX tests do it. These generally only survey users on which format they think sounds better, which is a completely subjective measurement and quite meaningless as there's no way to control from one set of ears to the next what sounds "pleasing". Whether or not one can actually tell one format apart from others is another question entirely.
It should be noted that MPEG-4 AAC is not simply a compression schema, but a perceptual coding schema whereby a considerable amount of the data requirement to reproduce the same analogue soundwave is eliminated by various perceptual coding methods, some of which do and some of which do not create loss. It's not a true lossless format but it isn't perceptibility by the average human that determines the "lossless" label of a format.
ADPCM, for example, is considered a lossless format because all original amplitude and frequency information can be reconstructed from an ADPCM bitstream... but it's not all there in the ADPCM bitstream, nor when reconstructed is it all perceptible information. When imperceptible information is lost, mathematically speaking, a format is still deemed "lossy" even if the listener cannot fundamentally hear what's been lost.
A good example of this is the 20kHz lowpass filter applied to AC-3 bitstreams upon encoding. This eliminates a significant amount of the data that can be sampled at 44.1kHz sampling frequency, but does two things actually... it eliminates audio that's entirely outside of the human (A-weighted) range of hearing (which begins to fall off sharply at 17.5kHz), and it prevents frequency aliasing from occurring, which is an artifact you DON'T want to be produced upon reconstruction of the analogue signal.
The issue is not how much data do you have on your drives... quantization error, frequency aliasing, the myriad other artifacts that can arise are not a result of encoding processes. they're actually a function of reconstruction of the signal. And this is an important distinction because the burden isn't on the amount of data there to reproduce the original analogue signal faithfully. It's not like not having one tenth the data means you are getting one tenth the sound... provided the reconstruction algorithm can accurately reassemble the soundwave. It's not going to be "digitally noisy" unless it really falls below the minimum threshold of data required BY THAT PARTICULAR ALGORITHM to accurately rebuild the amplitude and frequency information.
So we cannot assume that simply because Apple "Lossless" carries about 300-800 Kbps more data it's going to fundamentally produce a better sound. Bear in mind that 16-bit Linear PCM itself is extremely limited in terms of the frequency range and dynamic range it can support. So it's not really a stretch at all for a perceptual coding schema like AAC to reconstruct the same range using algorithms that can quite easily put together from far less data the same amplitude and frequency values that Linear PCM can at CD quality bitrates.
If however you were talking 24-bit Linear PCM, which I'll bet 99.999997% of you don't have extensive libraries of, unless you are sound engineers who listen only to recordings you made, mixed and mastered on 24-bit capable media, then you'd have an argument. Even CD audio doesn't come within 40 decibels of the full dynamic range of 24-bit LPCM.
But if you want to argue otherwise, then show me a study published in the AES journal that's controlled, double-blinded, in a lab setting (i.e. NOT ON THE INTERNET) where all the same equipment is used each time, and where the participants could actually identify which compression schema was which better than blind guessing. Then we'll talk.
If they gave users the ability to roll their own using an easy WYSIWYG interface, this might take off. I could see this really taking off in the education market, where whole classes could be made into an LP.
Some pundits have suggested adapting iDVD to make them. Sounds good to me.
I've never seen anyone with iTunes LP, including myself. If they want to make it more useful, put it on the iPad with more features. Seems like a better experience. Right now it's kinda lame.