Overview of Optoelectronic Composite Cables

Optoelectronic composite cable is a new type of cable that integrates optical fiber and transmission copper wire. As a transmission line, it can solve problems such as broadband access, equipment electricity consumption, and signal transmission. This type of cable has a small outer diameter, light weight, takes up little space, and has superior bending performance and good lateral pressure resistance, making construction convenient. In addition, optoelectronic composite cables can also provide multiple transmission technologies at the same time, with high adaptability, strong scalability, and a wide range of product applications.

application area 

Optoelectronic composite cables are suitable for various communication networks, including but not limited to insulated communication optical cables, traffic communication optical cable engineering, square optical cable engineering, overhead optical cable construction, power optical cable engineering, high-altitude optical cable construction, etc. It can maintain good flexibility in frequent bending and back and forth movements, and is suitable for use in dry, humid indoor or outdoor environments.

product mix

The product structure of optoelectronic composite cables usually includes optical fibers and copper wires. Fiber optic is responsible for the transmission of optical signals, while copper wires are used for power interfaces. Some products may also include filling ropes or other reinforcement components. The design of these cables considers various application scenarios and the requirements for the cross-sectional area of low-voltage conductors at different distances.

Advantages and characteristics

The advantage of optoelectronic composite cables is that they can provide both optical and electrical signal transmission simultaneously, and have good mechanical properties. Its fully dry structure makes construction convenient and fast, while also allowing for direct processing of special connectors at both ends. In addition, optoelectronic composite cables can effectively transmit power and signals in low-temperature environments, while improving reliability and reducing manufacturing and construction costs