The AVCHD codec is currently the most widely used for consumer camcorders can capture an image in HD. In terms of 3D, however, is somewhat more complicated. The arrival of the standard 2.0 taking into account the 3D could be a good thing, by imposing a standard for editing 3D general public.
In fact, this new standard is not just 3D, but since it is the subject of the blog, I will not dwell on the rest! Specifically, we are talking now can encode MVC/H264. MVC is the format currently used by Blu-ray 3D. It can "somehow" to encode two video streams separately, in order to view the final report in both 2D and 3D, where the SIBE by side makes it mandatory reading in 3D. This could easily shoot and encode in "real 3D" and not be limited to the mounting side by side or other formats "bastards"
The standard of up to 28Mbps, the encoding would be theoretically 14Mbps per stream, knowing that in fact, the second video stream generally takes place in 50% less than the first flow.
More specifications on the table provided by http://www.avchd-info.org
In fact, this new standard is not just 3D, but since it is the subject of the blog, I will not dwell on the rest! Specifically, we are talking now can encode MVC/H264. MVC is the format currently used by Blu-ray 3D. It can "somehow" to encode two video streams separately, in order to view the final report in both 2D and 3D, where the SIBE by side makes it mandatory reading in 3D. This could easily shoot and encode in "real 3D" and not be limited to the mounting side by side or other formats "bastards"
The standard of up to 28Mbps, the encoding would be theoretically 14Mbps per stream, knowing that in fact, the second video stream generally takes place in 50% less than the first flow.
More specifications on the table provided by http://www.avchd-info.org
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