TS3DV520ERHURG4

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Linear - Video Processing is a rapidly developing field, and TS3DV520ERHURG4 is a new way of it. Adopting advanced three-dimensional spatial processing techniques and algorithms, TS3DV520ERHURG4 could process the video signal in three dimensions, like vertically, horizontally, and depth. Comparing to the traditional linear video processing, this technology achieves significant performance improvement with better noise immunity, lower power consumption and higher efficiency

In particular, TS3DV520ERHURG4 is mainly used in three scanning mirror applications, such as depth cameras, 3D scanners and 3D measuring systems, to offer automated scanning and precise control for them. In these applications, the platform provides scaling, algebraic projection and drifts correction for individual camera channels, combining with advanced video filtering for extracting spatial information of the target object. This enables the great accuracy of three-dimensional measurement and advanced image quality in different applications.

The working principle of TS3DV520ERHURG4 is rather straightforward. It consists of three parts. First, the advanced core processor reads the incoming video signal and performs various data processing algorithms. Then, the forward and backward processing is achieved by internally performing gamma correction, averaging and other algorithms. Finally, the output of the processed video signal is filtered, synchronized and buffered before feeding back to the desired location.

In addition, the platform also offers integrated motion estimation module for motion-based imaging processes. This module is used for object tracking and precise spatial measurement, and it is highly suitable for videos with fast motion or rapid changes. Moreover, it provides up to four-times resizing and higher resolution of output video signals.

Therefore, with the help of TS3DV520ERHURG4, many advanced video processing applications could be implemented in a cost-effective and high-quality manner. It does not only benefit the professional video processors, but also enables more reliable video experiences for everyday media consumption. It is believed that the great potential of three-dimensional video processing would be further explored and developed in the coming days.

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