张硕, 李博, 杨婷. 基于达芬奇的HDMI高清视频采编器的设计与实现[J]. 微电子学与计算机, 2017, 34(6): 54-57, 61.
引用本文: 张硕, 李博, 杨婷. 基于达芬奇的HDMI高清视频采编器的设计与实现[J]. 微电子学与计算机, 2017, 34(6): 54-57, 61.
ZHANG Shuo, LI Bo, YANG Ting. Design and Implementation of HDMI High-Definition Video Editing Based on Leonardo DaVinci[J]. Microelectronics & Computer, 2017, 34(6): 54-57, 61.
Citation: ZHANG Shuo, LI Bo, YANG Ting. Design and Implementation of HDMI High-Definition Video Editing Based on Leonardo DaVinci[J]. Microelectronics & Computer, 2017, 34(6): 54-57, 61.

基于达芬奇的HDMI高清视频采编器的设计与实现

Design and Implementation of HDMI High-Definition Video Editing Based on Leonardo DaVinci

  • 摘要: 针对远程视频监控中视频清晰度不高、实时性不佳的问题.结合高度集成的数字媒体处理器达芬奇的应用, 设计了以TMS320DM6467T处理器为硬件核心, Windows系统为软件核心的HDMI高清视频的采编器.采用1080p高清数字摄像头以及SII9125解码驱动芯片完成高清视频的采集; 运用H.264视频编码技术实现了视频的高度压缩; 并将压缩后的视频实时传输到监控中心, 同时存入硬盘文件系统.系统测试结果表明, 视频实时性高, 存储后的数据可以获得大于100倍的压缩比.

     

    Abstract: For remote video surveillance video is not high definition, real-time problem of poor. Combined with highly integrated applications DaVinci digital media processors designed to TMS320DM6467T processor core hardware, Windows system software, the core of the HDMI high-definition video editing device. Using a digital camera and 1080p HD decoding SII9125 driver chip to complete high-definition video capture; using H.264 video encoding technology enables highly compressed video; real-time transmission of video and compressed to the monitoring center, while stored in the hard disk file system. System test results show that: high real-time video, data storage can be obtained after more than 100 times the compression ratio.

     

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