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Video compression is important in the new web and fast transmission era. Our project involves connecting the image sensor to an FPGA and then compressing the video for fast and precise compression. The eventual aim of video compression is to reduce video bit rate for both transmission and storage .

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Video-compression-implementation-using-FPGA

The method of reducing the amount of bits necessary to demonstrate a given captured video sequence is known as video compression. Most video compression is done by a program that uses a specific algorithm or formula to determine the best way to reduce the size of the data. H.264/AVC and H.265/HEVC video compression algorithms can reduce raw content data by up to 1,000 times.

HD 1080p60 has a natural "baseband" bandwidth of 3 Gbps for real-time video. The resulting network video stream can be as low as 1-10 Mbps when compressed. This enables the transmission of real-time video streams or the resulting files over today's standard networks.

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Video compression is important in the new web and fast transmission era. Our project involves connecting the image sensor to an FPGA and then compressing the video for fast and precise compression. The eventual aim of video compression is to reduce video bit rate for both transmission and storage .

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