Panasonic has a cmos image sensor is developed in which the 3d video is possible with the use of a single lensstelstel. This is the light for the left and right eye on the pixel-level split. Panasonic wants to be the sensor under more use for cell phones.
The developed by Panasonic cmos image sensor with 2.1 megapixels, has a lenticular microlenslaag above, the arrangement is, as is to be read with Tech-On. This lenslaag acts as a ‘beam splitter’ to the incident light is split in a part for the right and the left part for the right eye. To the intensity of the split light to increase, Panasonic use of digital micro lenses between the color filter and the light-sensitive surface.
In addition, Panasonic, the new sensorontwerp use of a custom kleurfilterpatroon. With a conventional Bayer filter, each pixel consists of two diagonally placed green subpixels, one red and one blue subpixel in order for the pixel to complete. In the new sensorontwerp makes Panasonic use of subpixelparen to the 3d image data per primary color. The cmos sensor can allows 3d video recording of objects of at least a metres distance to the lens.
In the most current techniques to 3d video is used, a minimum of two lenzenstelsels and an image sensor, while professional 3d cameras are equipped with both two lenzenstelsels if two image sensors. An exception to the rule is the 45mm f/a 1.8 2d/3d lens from Samsung. The Korean manufacturer has the lens feature of a system where the to and to two lcd’s in the lens darkened.
