Definition and basic structure of branch optical cable-Aixton brand

1. Definition and basic structure of branch optical cable
Branch optical cable is an optical cable directly led out of a branch box on the trunk optical cable, which is used to realize that one trunk optical cable leads out multiple branch lines at the same time. Branch optical cable has obvious advantages over traditional optical cable wiring methods and can effectively improve the flexibility and reliability of communication networks.
The basic structure of branch optical cable includes: branch box, branch optical cable and junction box. Among them, the branch optical cable is connected to the trunk optical cable through the branch box and connected to the branch line through the junction box. The number and length of branch optical cables are designed and arranged according to actual needs, and the specific parameters can be determined according to on-site survey and planning.
2. Application of branch optical cable in the field of optical fiber transmission
Branch optical cable is widely used in optical fiber transmission networks in busy places such as cities, airports, and highways, realizing the rapid construction and upgrading of communication networks. Branch optical cable is particularly suitable for adding branch extensions or building branch networks in existing optical cables, which can greatly improve the scalability and upgradeability of the network.
In modern communication networks, the application of branch optical cables has become a high-speed, stable and reliable optical fiber transmission bridge, promoting the development and popularization of digitalization and informatization. Branch optical cables are increasingly used in industries such as telecommunications, radio and television, and China Unicom, becoming one of the important factors driving the rapid development of the communications industry.
3. The role and advantages of branch optical cables
1. Improve network reliability: Branch optical cables are directly connected to branch lines through trunk optical cables. They can maintain the stability and reliability of the trunk lines, while supporting the independence and non-interference between multiple branch lines.
2. Enhance network flexibility: The design and layout of branch optical cables are flexible, and they can be reasonably planned and laid out according to actual conditions, which facilitates the adjustment and upgrade of the network topology.
3. Optimize wiring structure: Branch optical cables effectively reduce the complexity of optical cable wiring, making the overall wiring structure of optical cables clearer and simpler.
4. Save construction costs: The construction method of branch optical cables is simple and flexible, and branch lines can be added according to actual needs, thereby reducing the construction cost of optical cables to a certain extent.
In short, branch optical cables have important applications and roles in the field of optical fiber transmission, which can improve the reliability, flexibility and scalability of the network, and provide strong support for the development and progress of the information age.