Originally posted by frozenstar
You can't build a business model based on 25% of college students in the US.
of course not, but you can shut up all the people in this thread saying stuff like this isn't possible.
Originally posted by frozenstar
You can't build a business model based on 25% of college students in the US.
Originally posted by Shrike_Priest
Once you have it on your computer, iDVD will let you encode it to MPEG-2/Dolby 5.1 and burn it onto a DVD. Perhaps iDVD could automatically download meny-themese corresponding with the movie.
Voila.
Originally posted by GetSome681
of course not, but you can shut up all the people in this thread saying stuff like this isn't possible.
Hmm. As it turns out, the truth is halfway in between.Originally posted by cooper13
Minor quibble here, but wouldn't half HD be the same bandwidth of SD in terms of pixels per second?? (It should be faster than the bandwidth of SD in terms of frames per second).
Originally posted by LethalWolfe
I'm curious as to what goal Apple would have in mind for this. Why would I want to purchase a sub DVD quality movie that I could only watch on/play from my computer? Or, why would I rent/stream a poor/marginal quality movie on my computer when many cable and satillite providers are starting to offer true video on demand?
Lethal
Speaking as someone who just last summer spent $3,000 on a brand new HDTV, I would disagree.Originally posted by Machead III
It could happen, it should happen, using some incredibly advanced streaming software. I don't think Apple are going to leave QuickTime TV as it is, it's possibilities are endless, I would love to abandon my TV and just use my Mac.
Originally posted by Waluigi
It takes me about one to two hours to download a 1GB movie depending on the connection speed with my cable modem.
Originally posted by Jeff Harrell
NTSC is 10,497,600 pixels per second. It's hard to translate that into bandwidth because it depends on how the image data is encoded. At 4:4:4 RGB, 8 bits per pixel, it's 1,049,760 bytes per frame. At 4:2:2 YUV, the data is packed into two bytes per pixel--one byte for luminance data and two four-bit values for color--so that comes to 699,840 bytes per frame
Originally posted by robg
Ever country needs to be like Sweden and BBS with its 100mbit unmetered connection to 50% of homes (the other 50% are still stuck at 10mbit unmetered; but upgrades are constantly taking place).
Originally posted by j_maddison
Curious, but how are the Swedes able to deliver 100mb to the home??? This sort of bandwidth seams a bit much to my ears, are you sure your quoting the correct figrues? just to give you an example of how ludicrous this sounds to my ears, a quote for a 100mb link the uk would cost £919080.00 before VAT. So unless the swedes are very very well off financially, I would possibly either question your stats or like to know how they are managing to deliver such a service.
jason
Originally posted by jocknerd
DSL isn't close to cable in performance.
Jason wrote:
Curious, but how are the Swedes able to deliver 100mb to the home??? This sort of bandwidth seams a bit much to my ears, are you sure your quoting the correct figrues? just to give you an example of how ludicrous this sounds to my ears, a quote for a 100mb link the uk would cost £919080.00 before VAT. So unless the swedes are very very well off financially, I would possibly either question your stats or like to know how they are managing to deliver such a service.
Originally posted by Jeff Harrell
First off, we're talking US formats here: NTSC and ATSC HD. There is one NTSC format: 720x486/30i. (We're gonna ignore interlace here and just deal with frames. The numbers work out the same in terms of informational units--pixels or bytes--per unit time.) There are two ATSC HD formats: 1920x1080/30i and 1280x720/60p. Let's do 'em both.
NTSC: 10,497,600
1080/30i is 62,208,000 pixels per second (1920*1080*30).
720/60p is 55,296,000 pixels per second (1280*720*60).
Half 1080/30i is 960x540/30i, or 15,552,000 pixels per second. That's 1.5 times NTSC.
Half 720/60p is 640x360/60p, or 13,824,000 pixels per second. That's 1.3 times NTSC.
So whichever way you slice it, half HD would require considerably more bandwidth than NTSC at the same encoding. I was wrong to say 3X (I foolishly just divided the pixels per second by two, instead of by four), but the figure is still higher.
Originally posted by j_maddison
Curious, but how are the Swedes able to deliver 100mb to the home??? This sort of bandwidth seams a bit much to my ears, are you sure your quoting the correct figrues? just to give you an example of how ludicrous this sounds to my ears, a quote for a 100mb link the uk would cost £919080.00 before VAT. So unless the swedes are very very well off financially, I would possibly either question your stats or like to know how they are managing to deliver such a service.
jason