Originally posted by: ripa
An anamorphic transfer has more resolution (less pixels wasted on black bars) no matter what display device you're watching it on. You've probably misunderstood what an anamorphic transfer is since you're talking about the number of lines on CRT displays. A non-anamorphic 16:9 movie in NTSC format has 720*360=259,200 pixels for the actual content (the rest is wasted in the black bars). An anamorphic transfer has 720*480=345,600 pixels dedicated to the picture. That's a 33% increase.
That said, I can't wait for these to be released in high definition: 500% increase in resolution!
Originally posted by: eros
What's the big issue with it being anamorphic anyway? I thought we were all moving towards digital display technology eventually, so number of lines on CRT would no longer be an issue and we would be talking in pixel numbers.
What's the big issue with it being anamorphic anyway? I thought we were all moving towards digital display technology eventually, so number of lines on CRT would no longer be an issue and we would be talking in pixel numbers.
An anamorphic transfer has more resolution (less pixels wasted on black bars) no matter what display device you're watching it on. You've probably misunderstood what an anamorphic transfer is since you're talking about the number of lines on CRT displays. A non-anamorphic 16:9 movie in NTSC format has 720*360=259,200 pixels for the actual content (the rest is wasted in the black bars). An anamorphic transfer has 720*480=345,600 pixels dedicated to the picture. That's a 33% increase.
That said, I can't wait for these to be released in high definition: 500% increase in resolution!
And yet some people won't be satisfied with a movie shot on film and released 1977 until they can smell Walrusman's ass sweat...