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That is the standard resolution of smaller HDTV 720p (1080i) sets, partciularly the 42" inchers. The larger sets, 50+ use a wider (and more natural) resolution. The 1024 x 768 resolution was originally designed for 4:3 monitors so the 42" plasma's stretch each pixel into a rectangular shape. This is still standard to this day for the 720p smaller sets.


It still qualifies as HD and is more than adequate to handle all broadcast HD.
 

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Quote:
Originally Posted by Ladic /forum/post/16838878


but wouldnt the image look streched?

It's not perceptible to the eye.


Keep in mind it is not the same as the effect when you have a 4:3 program and have the TV or receiver stretch it to fill 16:9. In this case the TV receives programming that is native 16:9 and outputs it on a 16:9 display, it just has to interally interpolate that image to 1024 horizontal pixels.
 

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Quote:
Originally Posted by whiteboy714 /forum/post/16843207


Have you ever seen a 1280x720 plasma? Dont think they exist.

I believe there were a few made with this resolution once upon a time but its rare. While the 42" plasmas has 1024, the standard for the 50"+ has long been 1,366. Interestingly, though, the native resolution for most of the HD broadcast programming is 1,280...


Some of those here may find this article helpful:

http://www.cnet.com/hdtv-resolution/
 

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Quote:
Originally Posted by DocuMaker /forum/post/16843527


1280 divided by 720 = 1.777777777777777777777777

16 divided by 9 = 1.777777777777777777777

16 divided by 10 = 1.6


Conclusion: 1280 x 720 is not 16:10, rather it is 16:9, just like 1920 x 1080 and 1365 x 768.

Also as mention above 1024*768 is 16:9 because the pixels are not square.
 

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It usually has to do with the screen size the are trying to market and the number of pixels the can get to make it work right. I have a laptop that is 1920x1080 that is supposed to be 18". But in order for the screen to actually to 1920x1080 the actual screen size is 18.4 inches. I had a 60" LCD that was 788p. The non-standard resolutions are pretty common with alot of sets.
 

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So basically if you have an HD source that is 1280x720, the lower 1024 pixel width will destroy over 200 pixels trying to display it fullscreen, literally nom nom-ing it away. If you try to display an SD source like 640x480 with black bars for a correct 4:3 aspect ratio, some horizontal lines will also be lost even though it has enough pixels to display it, because those rectangle pixels sound like a ***** to work around.


I find this just utterly sad.
 

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Quote:
Originally Posted by DocuMaker /forum/post/16843527


1280 divided by 720 = 1.777777777777777777777777

16 divided by 9 = 1.777777777777777777777

16 divided by 10 = 1.6


Conclusion: 1280 x 720 is not 16:10, rather it is 16:9, just like 1920 x 1080 and 1365 x 768.

It is strange. If I download a 16x9-trailer with 720p resolution, you can bet that the horisontal resolution almost always is 1280. I have always considered 1280x720 to be the second "HD-Ready" resolution. Not 1366x768. Maybe Im just wrong in my assumptions....



That is why I wonder why they never invented a plasma with perfect 1280x720 pixels.
 
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