With the rapid development of the Internet, traditional telephone dial-up access has evolved into high-speed fiber-optic broadband, and 3G wireless networks have been upgraded to 4G. As a result, older recording and broadcasting systems are no longer sufficient to meet today's market demands. In response, Beijing AVSolution Technology Co., Ltd. has introduced a distributed recording and broadcasting system architecture that aligns with the characteristics of modern internet technology. This innovative approach not only meets current industry needs but also transforms traditional systems into intelligent IP-based recording solutions.
Beijing Aowei Video System offers high-performance network audio-visual solutions tailored for various industries, including education, healthcare, large-screen splicing, network television, security monitoring, video conferencing, and live streaming. These systems are designed to support diverse requirements across different sectors, ensuring flexibility, scalability, and efficiency.
The Ovid video recording system features advanced embedded coding equipment capable of outputting ultra-high-definition resolutions such as 1080P30/1080P60. It supports stereo audio formats like AAC, MP3, and G.711, with end-to-end delays under 200ms. The system is compatible with multiple network protocols, including RTSP, RTMP, TCP, RTP, and TS, and utilizes H.264 encoding with BP, MP, and HP compression standards.
One of the key advantages of the distributed system is its scalability. It allows for unlimited expansion of front-end devices and back-end clients, making it ideal for growing organizations. Additionally, servers can be clustered and expanded without limits, reducing long-term costs. The system is cost-effective, allowing for one-time investment with future upgrades that do not require replacing existing equipment. Its simple layout ensures stability and ease of use.
To illustrate, let’s take the education sector as an example. The system provides a comprehensive solution for creating online video courses. Teachers can record their lectures, edit content, and store files on SD cards. It supports simultaneous recording of computer screens, teacher voices, and student activities, making it suitable for both single and multi-screen setups.
The system also enables non-destructive editing, allowing users to cut, merge, and add subtitles to videos. Recorded videos can be directly uploaded to the campus network for on-demand viewing. It supports universal file formats, making it compatible with MOOC platforms and other educational tools. By enabling self-recording and management of courseware, it helps protect intellectual property while reducing the workload for educators.
The system components include single-screen and multi-screen recording devices, as well as centralized storage and management solutions. For remote interactive classrooms, the system connects urban and rural schools via the internet, enabling real-time teaching and learning experiences. Multiple classrooms can participate simultaneously, and recordings can be automatically generated for later use.
This flexible and scalable solution is ideal for institutions looking to modernize their educational infrastructure and enhance the quality of online learning.
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