AR0136AT3R00XUEAH3-GEVB

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The AR0136AT3R00XUEAH3-GEVB is an evaluation board that for AR0331 digital image sensor, made possible by Avago Technologies. It allows engineer and designer to accurately analyze their system designs and fine-tune the performance more efficiently. The evaluation board incorporates various functions such as I²C control, JPEG output and pin-straps for sensor mux control.

Application Field

The application field of the AR0136AT3R00XUEAH3-GEVB board is mainly inside the image processing industry. The board contains several image processing functions such as gamma correction, chroma resampling and de-mosaic processing, making it a cost effective solution for image capturing and processing. It is suitable for indoor and outdoor environment monitoring systems, automotive rear vision systems and general motion sensing applications.By using this evaluation board, engineers and designers are able to quickly and efficiently analyze various parameters such as edge sharpness and signal to noise ratio for their designed system.

Working Principle

The AR0136AT3R00XUEAH3-GEVB board is designed to load the AR0331 image sensor through an external connector. The board transmits signals from the image sensor to its three channels, and provides power input for the image sensor. The board also contains a serial port that allows user to send commands for setting and controlling the image sensor, this simplifies the connection between the board and user’s design. In addition, the board also incorporates different image processing algorithms such as color correction, noise reduction, white balance and other functions to enhance image quality and provide a higher signal to noise ratio.

The board also supports the selection of several output formats such as RAW, JPEG and YUV formats. With an effective on-chip A/D converter, the AR0136AT3R00XUEAH3-GEVB board provides an accurate sensing of signal changes. The board also contains various digital and analog interfaces, which allows various accessories such as phones or cameras to be interfaced with the board.The supplied software has a friendly user-interface that provides easy access to all the functions in the board, users will be able to see the image on their computer just by connecting the board to the host. The board also supports operating systems such as Windows and Linux by providing a suitable API.

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