ADDI9000XCBZ

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The ADDI9000XCBZ is a linear video processing chip that focuses on video signal processing. It is able to decode and encode up to two digital HD video streams and up to two analogue HD video streams simultaneously. Additionally, it provides video processing functions such as upscaling, edge/detail enhancement, picture in picture, and picture noise reduction. The chip also supports audio functions such as volume control and digital audio input/output.

The application field of the ADDI9000XCBZ is mostly in consumer electronics, such as set-top boxes, digital televisions, and DVD players. It can also be used in professional applications, such as CCTV and broadcast studios. Additionally, it can be used in industrial applications such as robotics, surveillance equipment, and computer vision.

The working principle of the ADDI9000XCBZ is based on several video processing algorithms. These algorithms enable the chip to provide features such as motion adaptive deinterlacing and scene detection. It also has algorithms for dynamic noise reduction and motion analysis. Additionally, the chip is able to adjust the brightness and contrast of a picture, as well as enhance detail and edges.

The chip is also capable of encoding video streams in a variety of formats, such as H.264, MPEG 4, and VC-1. Additionally, it can be used to decode up to two separate digital HD video streams at the same time. In addition, the chip supports the conversion of analog video sources to digital formats, such as HDTV, DVI, and HDMI.

The ADDI9000XCBZ also features several audio functions. It supports multi-channel surround sound formats, as well as up to two digital audio streams. Additionally, it has algorithms for advanced audio processing, such as 3D positional audio, and dynamic range control.

Overall, the ADDI9000XCBZ is a powerful video processing chip that can be used in a variety of applications. It has a wide range of video processing and audio functions, as well as the ability to decode and encode multiple video and audio streams simultaneously. Additionally, the chip provides excellent picture quality and advanced audio processing capabilities.

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