On the afternoon of August 19, OPPO held a brief conference on future imaging technology, introducing four new technologies related to imaging, including RGBW light capture sensor, continuous optical zoom, five axis motion anti shake and off screen camera.
Among them, the RGBW light capture sensor introduces white pixels in the CMOS of traditional RGGB pixel array to significantly increase the amount of light input. OPPO officially claims that it can increase the amount of light input by 60% and reduce noise by 35%. This RGBW light capture sensor is compatible with multiple chip platforms and will be put into commercial use in the fourth quarter of this year.
The continuous optical zoom technology is to solve the problem of image quality loss caused by cutting in the middle focus section of the previous "relay" zoom scheme, as well as the inconsistency of white balance caused by lens switching. This technology realizes continuous light change of similar professional cameras through the movable lens set driven by a long stroke guide shaft motor, Two non molded spherical glass lenses are used in the lens set to filter out stray light and reduce dispersion, which can cover 85mm-200mm equivalent focal section and bring lossless image quality throughout the focal section.
Five axis motion anti shake technology integrates the common lens optical anti shake and sensor displacement anti shake of mobile phones to achieve hardware level five axis anti shake. The official said that the anti shake compensation performance can be improved by 65%, and the film capture rate in dark light can be increased by 70%. This technology will be commercially available in the first quarter of next year.
At the beginning of this month, OPPO had made a relevant demonstration and introduction of the technology of the camera under the screen. The display area of the camera under the screen uses pixels that are aligned with the main screen but smaller in size. It supports independent pixel driving, and the pixel density can reach 400PPI. The camera itself has integrated intelligent diffraction removal, intelligent HDR, intelligent white balance calibration and other algorithms to solve color deviation A vague question.
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