New iPod Nano can play 720x400!
Okay, I just added a video to iTunes, and synched it to my new ipod nano. Later did I try to watch it on my computer and noticed it was larger than the 640x480. It was actually 720x400.
Is this new or have video iPods always been able to do this, and I'm just out of it?
Is this new or have video iPods always been able to do this, and I'm just out of it?
Comments
Okay, I just added a video to iTunes, and synched it to my new ipod nano. Later did I try to watch it on my computer and noticed it was larger than the 640x480. It was actually 720x400.
Is this new or have video iPods always been able to do this, and I'm just out of it?
As far as I know it's the 480 part that really counts. That's where people get the 480p thing. Your other video is actually 400.
720x400 = 288,000 pixels
Anyway, I don't think this tells us anything about the upper limit of the iPod's playback-- it's just the size the file came down as.
If the iPod can do 720x400, I'm willing to bet it can do 720x480 (DVD res), which is my bet for the soon to be announced iTunes Movie Store upgrade. Of course, they'll need to get the bit rate up to really match DVD quality, or get better at compressing, or something, to really match DVD quality. A lot to the current stuff on the iTunes store looks far worse than it should, even at the current res.
I know a lot of people are convinced that Apple must immediately offer HD downloads, but given the tiny penetration of high def DVD players, I think most people are comfortable with with DVD quality for purchase and rental. Especially rental, come on Apple, give us movie rentals.
720p will come, but probably not till later next year, at the earliest.
That's fine too, because 720x480 isn't a resolution you'd actually want unless all your rips were anamorphic. A 720x480 DVD rip is actually extremely distorted unless it's anamorphic. That's why 720x400 is the standard for rips, because it allows for "full" DVD resolution without having to use anamorphic encoding.
That is, while DVDs are technically 720x480, they are actually capable of filling a 16:9 space, which means their effective resolution is 854x480. That's full 16:9 DVD resolution. DVDs achieve this by using rectangular pixels that are longer than they are tall.