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In order to meet the needs of monitoring, intelligent life, simulation training and other scenarios to study, storage, and playback of multi -source multi -made sensors, the current mainstream video codec chip has been studied, and the embedded video codec SOC FH36 is selected as the core chip as the core chip The audio and video codec and decoding platform of 16 multi-source multi-source sensors, video matrix stitching output, and H.264 coding are designed. After completing the design, fully test and verify the power consumption, delay, definition, compression rate, reliability, etc. based on FH36 audio and video codec and other aspects. Through continuous optimization, the reliability, stability, and functional performance of the audio and video codec platform have been further improved. Unilateral coding decoding 1080p@30FPS can reach 5.8Mbps, and the encoding system delay can be controlled at 1080p@30fps at 1080p@30fps can be controlled at 1080p@30fps at 1080p@30fps can be controlled at 1080p@30FPS at 1080p@30fps at 1080p@30fps can be controlled at 1080p@30fps at 1080p@30FPS. Within 100ms. Based on the embedded SOC video record storage matrix, it can achieve compressed storage of up to 16 -way sensor video information. At the same time, the video decompress stability, the screen is clear, no jitter, the system function and performance have achieved the expected goals, and mass production has been achieved.
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