project
CMMOP®
Integrated Operations and Maintenance (O&M) Solution for Video Application System
The CMMOP O&M Solution is designed for government agencies and organizations with large-scale video application systems. It assists management personnel in asset management, issue detection, fault diagnosis, intelligent analysis, and efficient management. The solution integrates asset management, problem awareness, and fault recovery management. Centered on assets and driven by work order management as a key process, it establishes an asset health O&M model. By utilizing visualization, highly automated asset collection, and issue detection algorithms, it empowers administrators, users and O&M personnel to improve efficiency by reducing the need for labor-intensive, inefficient manual checks, issue discovery, and problem resolution. This ultimately enhances the overall asset health, ensuring high online rates, high utilization, and high reliability.

Functional characteristics

The device supports various types of circuit boards, including power supply boards, switch boards, and data templates, which can be easily installed and tailored to different application scenarios, offering flexible configuration.
The front-end equipment can accurately distinguish between mains power and network device failures, with a refined judgment of fault symptoms. It supports detection of various faults including abnormal mains power, overvoltage, fiber failure, abnormal door opening, enclosure vibration, and more.
The device offers multiple types of power supply modules. Each port supports remote control and data transmission via wired, 4G, and other methods. It also offers compatibility with multiple interfaces including RS232, RS485, CAN, I2C, DI, and DO.
The device has a built-in UPS backup power supply that automatically switches during mains power outages or abnormalities, ensuring continuous and stable device operation. It supports real-time battery capacity monitoring and low-battery early alerts to guarantee safe and reliable power supply.
The device enclosure has a built-in eSIM card and supports high-power PoE (single channel 60W). When the main network is disconnected, it automatically provides network connectivity for connected devices, ensuring real-time data transmission and solving the problem of "disconnection means loss of contact".

Application area

Smart Street Lighting
Smart Transportation
Smart City
Sharp Eyes Project
Safe Campus
Urban Management
Smart Fire Protection
Smart Water Management
Unmanned Weather Stations