MT9V114EBKSTC5H-GEVB

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The MT9V114EBKSTC5H-GEVB is a custom evaluation board designed by OmniVision Technologies to capture images from its advanced CMOS image sensors. The board enables users to evaluate and develop with the company’s advanced image sensors utilizing resolution up to 1280 X 960 pixels and features such as color interpolation. This evaluation board is part of OmniVision’s Sensor evaluation series, which is designed to enable low-cost and low-power consumption testing of its CMOS image sensors.

The MT9V114EBKSTC5H-GEVB utilizes OmniVision’s low power CMOS image sensor with an active-pixel array of 1280 horizontal by 960 vertical pixels. It has a 1.75µm squared pixel size and uses a monochrome or color pixel array. The built-in 8-bit color interpolation converts color images to 8 bits per color channel, while the monochrome images contained in the image sensor have 14bits of grayscale. In order to support a wide range of applications and requirements, the board supports functions such as gamma correction, white balance, and dark pixel correction.

The evaluation board supports frame rates up to 30 frames per second (FPS) and up to 30Hz performance. It requires a 3.3V regulator and can be interfaced with PC/laptop/Mac via an integrated USB 2.0 port. Its temperature range is from -25 to +85 degrees Celsius and requires no external drivers for operation.

The MT9V114EBKSTC5H-GEVB was designed to enable evaluation of the latest OmniVision CMOS image sensors for applications such as machine vision, low light surveillance, facial recognition, gesture recognition, and digital communication. The board features a number of features to facilitate its use, such as a metal shielding for protection from electromagnetic interference, programmable regulated power to the image sensor, and a multitude of connections for user-friendly connection.

The board has been designed to stably and efficiently evaluate OmniVision’s image sensors with advantages such as low power consumption, high resolution and frame rate of up to 30 frames per second. This makes it interesting for applications such as video communication, machine vision, and gesture recognition.

The working principles of the evaluation board are based on the image sensor and its features. The image sensor captures optical information through the lens, then processes the data with built-in algorithms to obtain output images. The board is also equipped with a USB 2.0 port to facilitate the transfer of data. In addition, power management is achieved through the use of a 3.3V regulator.

The evaluation board also offers a means of calibrating the image sensor by way of adjusting the gamma, color, and dynamic range of the data. This allows the system to better conform to the user\'s desired settings and applications. Furthermore, as part of the evaluation series, the board is designed to function as a standalone system without the need for additional drivers or software.

The MT9V114EBKSTC5H-GEVB is an excellent example of a versatile evaluation board for evaluating and developing with OmniVision’s advanced image sensors. It is designed to provide users with the power to evaluate and explore the capabilities of a range of image sensors. Its efficient power consumption, high speed frame rate of up to 30 frames per second, and built-in features, make it attractive for a range of applications.

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