MT9P014PACSTCHP-GEVB

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The MT9P014PACSTCHP-GEVB, made by ON Semiconductor, is a part of their evaluation board product range and a useful tool for exploring the capabilities of their embedded imaging sensor. It is based on the MT9P014 3mP high-performance imaging sensor, and is capable of capturing and displaying up to 720p (720x1280) resolution video at up to 60 frames per second. The board can be connected to a range of image-capture devices, such as a digital camera, laptop computer or even an HDMI monitor, and provides a set of instructions and a convenient interface for experimenting with image-capturing and processing techniques.

This evaluation board features an integrated processor with an ARM Cortex-A7 operating at 600 MHz. Therefore, it can render images at 1Gs/s (1 billion pixels per second) for maximal performance when capturing and processing high-quality images. It also features memory and interface components like DDR3 and MIPI, respectively. This allows the board to support a range of digital video features including color correction, noise reduction, digital image stabilization, edge enhancement and more.

In terms of evaluation, the MT9P014PACSTCHP-GEVB presents a range of possibilities for use in a professional development environment. It can be used to analyse images at different resolutions, experiment with image filtering techniques, compare various image sensor characteristics and add new types of image-capturing features to meet user requirements. Furthermore, the board also offers features like an on-board debugger, a serial port for programming, an onboard SPI Flash, and the ability to export video to PC over USB.

The working principle behind the MT9P014PACSTCHP-GEVB utilises a combination of digital imaging components and algorithms designed to process these digital images. It begins by converting the analogue signal generated by the imaging sensor into a digital signal which is then further processed by the integrated processor. This can involve doing data adjustments to the imaging component, performing image analysis, or even adding new types of motion detection or image analysis. The processor then compiles the final output, by choosing the right colour values, contrast, sharpness and other details, and outputs the data as an image or video file.

This evaluation board is an essential tool for developing and testing digital imaging solutions on ON Semiconductor\'s imaging sensor platform. It offers an easy way to explore the capabilities of the imaging sensor, along with the range of integrated features and programming environment provided by the board. This board is an ideal choice for those looking to develop embedded imaging solutions with rapid time to market.

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