DC-VA-H264-8B-60-1080-MXC-ZL

Embedded - Microcontroller, Microprocessor, FPGA Modules

DC-VA-H264-8B-60-1080-MXC-ZL is a versatile hardware platform for use in embedded applications. Using this system, users can create applications for a wide range of industrial and consumer applications, as well as high performance network video products.

Application Fields

DC-VA-H264-8B-60-1080-MXC-ZL can be used in a variety of ways, due to its wide range of features. It is suitable for use in embedded applications such as video processing and transmission, audio processing, data analysis, and medical imaging. It can also be used in applications involving image processing or video streaming, as well as embedded networking solutions.

Working Principle

The DC-VA-H264-8B-60-1080-MXC-ZL platform consists of a motion processor, an H.264 video encoder, and a Zynq FPGA. The motion processor is responsible for motion and image recognition, while the H.264 encoder is responsible for encoding and transmitting videos in the H.264 format. The FPGA is used for customization and data processing tasks.

The motion processor is designed to detect movement in an image or video, and then determine the best encoding parameters and optimized bit rates to transmit the video in a quality format. The H.264 encoder then encodes the video using the parameters provided by the motion processor. The Zynq FPGA is used for additional tasks such as image recognition and for customizing the video encoding, or for performing additional analysis on the video or image.

The DC-VA-H264-8B-60-1080-MXC-ZL platform is capable of performing real-time video encoding, making it suitable for applications involving high resolution video, such as surveillance and medical imaging. Additionally, the platform is capable of performing real-time data analytics and can be customized for a wide range of tasks, such as image and video recognition, facial recognition, and more.

Conclusion

DC-VA-H264-8B-60-1080-MXC-ZL is a powerful and versatile hardware platform for embedded applications. It can be used for a wide range of applications, from video streaming and processing to data analytics and medical imaging. Additionally, its ability to encode real-time video makes it suitable for applications involving high resolution video.