AR0132AT6G00XPEAH-GEVB

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The AR0132AT6G00XPEAH-GEVB Evaluation Board is a product for sensor applications. It is used to evaluate the performance of the AR0132AT6G00XPEAH image sensor. It features a high dynamic range, advanced frame rate control, and ultra-low noise readout technology.

Introduction

The AR0132AT6G00XPEAH-GEVB Evaluation Board is a product for sensor applications. It is used to evaluate the performance of the AR0132AT6G00XPEAH image sensor. The board contains multiple peripherals including an image processor, an image signal processor (ISP), as well as accelerometer and temperature sensors.

Features

The AR0132 evaluation board offers many features and performance. It features a high dynamic range, advanced frame rate control, and ultra-low noise readout technology. It also features advanced motion compensation, video noise reduction, automatic white balance and contrast enhancement. It includes an embedded infrared (IR) sensor which enables the board to capture images in both visible light or IR, depending on the application.

The AR0132AT6G00XPEAH evaluation board also offers advanced image processing capabilities including auto exposure control, auto white balance, image stabilization, and video noise reduction. The board supports both Video for Windows (V4W) and Video over IP (VoIP) formats, which enables the board to be used in a variety of applications. It is also equipped with an embedded synchronization source, which allows the board to be synchronized with external cameras.

Working Principle

The AR0132AT6G00XPEAH evaluation board is based on the AR0132AT6G00XPEAH image sensor. The sensor is composed of an array of photodiodes that can capture light energy and convert it into electrical energy. The output of the sensor is fed into the image processor, which extracts important information and passes it onto the image signal processor (ISP). The ISP will then process the signals to generate an image or a video, depending on the application.

The AR0132AT6G00XPEAH evaluation board also includes several embedded peripherals, such as an accelerometer and a temperature sensor. The accelerometer is used to detect tilt and vibration, while the temperature sensor is used for temperature control. The board also includes a GPIO interface, which enables the board to be connected to external devices or other evaluation boards.

Benefits

The AR0132AT6G00XPEAH evaluation board provides many benefits for sensor applications. It features a high dynamic range, advanced frame rate control, and ultra-low noise readout technology. It also enables the board to be used in multiple applications such as digital video surveillance, robotics, and automated vision systems. The board also provides advanced image processing capabilities such as auto exposure control, auto white balance control, image stabilization, and video noise reduction.

Additionally, the AR0132AT6G00XPEAH evaluation board also supports Video for Windows and Video over IP formats as well as an embedded synchronization source, which allows the board to be synchronized with external cameras. Furthermore, the embedded peripherals such as an accelerometer and temperature sensors can be used for tilt detection and temperature control.

Conclusion

The AR0132AT6G00XPEAH-GEVB Evaluation Board is a product for sensor applications. It is used to evaluate the performance of the AR0132AT6G00XPEAH image sensor. The board contains multiple peripherals including an image processor, an image signal processor (ISP), as well as accelerometer and temperature sensors. The board provides many features and performance including a high dynamic range, advanced frame rate control, and ultra-low noise readout technology. It also enables the board to be used in multiple applications such as digital video surveillance, robotics, and automated vision systems. Additionally, the board also provides advanced image processing capabilities such as auto exposure control, auto white balance control, image stabilization, and video noise reduction. Furthermore, the board also supports Video for Windows and Video over IP formats as well as an embedded synchronization source, which allows the board to be synchronized with external cameras.

The specific data is subject to PDF, and the above content is for reference