The choice between optoelectronic composite cable or single fiber optic cable depends on your specific needs and application scenarios. Here are the main differences and advantages between the two:
The advantages of optoelectronic composite cables
Small outer diameter, light weight, and small space occupation: A series of problems that usually require multiple cables to solve can be replaced with a composite cable.
Cost advantage: Customers have low procurement costs, low construction costs, and low network construction costs.
Convenient construction: With superior bending performance and good lateral pressure resistance, it is easy to construct.
Technical compatibility: Provides multiple transmission technologies simultaneously, with high adaptability and strong scalability to the same device, making the product widely applicable.
Bandwidth access: Provides enormous bandwidth access.
Cost saving: Fiber optic cables are reserved for household use, avoiding secondary wiring.
Solve the problem of equipment power consumption: avoid repeatedly laying out power supply lines.
Advantages of single fiber optic cable
Signal transmission: Single fiber optic cables are specifically designed for transmitting signals without the need for power transmission.
Power transmission: Cable conductors are generally made of copper and are specifically used to transmit electricity.
In summary, if you need to transmit both power and communication signals simultaneously, or route cables in narrow spaces, optoelectronic composite cables may be a better choice. If you only need to transmit signals or power, you can choose a single fiber optic cable or cable to meet your specific needs.