Optical-Electronic Composite Cables are suitable for use as transmission lines in broadband access network systems. They are a new access method that integrates optical fiber and copper wire, solving the problems of broadband access, device power consumption, and signal transmission. They can significantly reduce cabling costs, save space, and simplify installation and maintenance. With the surge in demand for high-bandwidth and power transmission over shared cables in 5G networks, smart homes, and smart transportation, optical-electrical composite cables will become a key solution to meet these needs. They have enormous potential for application in future network communications and urban infrastructure development.
1.Structure:
2.Main Application Areas:
Communications: Used in broadband access networks, 5G base stations (such as FTTA), and data centers, supporting high-speed data transmission and device power supply.
Smart Home: Enables power supply and networking for smart sockets, enhancing the intelligence of homes.
Smart Transportation: Used in traffic signal control, video surveillance, roadside assistance systems, and other applications, supporting smart city development.
Used in power monitoring and automation control, enabling the transmission of power and data signals over shared cables. Optical-to-electrical composite cables, with their integrated and efficient features, are playing an increasingly important role in the continuous upgrading of modern communications and power infrastructure. Their advantages in addressing high-bandwidth transmission, long-distance power supply, reducing costs, and simplifying construction make them an inevitable trend in the construction of future communications networks and intelligent infrastructure.