[Victor Nguyen] “I been using the school’s camera and it shoot in 1480 by 1080 which I never heard of.”
This is a so-called “thin raster.” The pixels are non-square, so the image is stretched from the 4:3 1440×1080 storage raster to the 16×9, square-pixel 1920×1080 display raster. See Pixel aspect ratio and frame aspect ratio [link] for more.
[Victor Nguyen] “When I edited the video and add special effect in it I render it out as uncompress avi. However neither quicktime or window media player can play the video after ward.”
Uncompressed AVI requires massive bandwidth for HD; it’s unlikely that your computer’s hard drives can keep up with the data rate requirements of HD.
[Victor Nguyen] “I’m just using quicktime for everything for now.my question is, what’s the best codec to export out so there is not much lost in quality and what’s the best codec for mts files which is what the camera is giving me”
If you are exporting a final file for web-based or local computer playback, H.264 is a good and flexible choice. If you are exporting an intermediate file for additional post-production work, QuickTime with a PNG compressor is compressed, but lossless, and might be a good choice.
[Victor Nguyen] “Edit: Im receiving lag from the mts files that I converted to quicktime.oh its also call avchd”
I’m not sure what you’re seeing here — can you describe the issue in a little more detail? Does it look like dropped frames, or unsynced audio/video? What if you bring it into AE and RAM preview it (to remove your hard drive speed as a playback factor)?
Walter Soyka
Principal & Designer at Keen Live
Motion Graphics, Widescreen Events, Presentation Design, and Consulting
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