Structure
- GJ — Represents an indoor optical cable for communication.
- F — Denotes a non-metallic reinforcing member.
- J — Indicates the coated structure of the optical cable’s tight sleeve.
- V — Refers to the PVC sheath.
Characteristics of Optical Fiber
Optical fiber cables, or fiber optic cables, consist of pure quartz that undergoes a specialized process to become extremely thin fibers, thinner than a human hair. These fibers offer several key advantages. First, they provide rapid transmission speeds and support long-distance communication. Additionally, they can carry a significant amount of data simultaneously. Notably, optical fibers resist electromagnetic interference, ensuring stable and clear signal transmission. They are also unaffected by environmental factors such as thunder and lightning. Furthermore, optical fibers are challenging to eavesdrop on, enhancing security. They are non-conductive, which means there are no grounding issues between devices. Therefore, optical fibers are well-suited for various modern communication systems.
Conclusion
To summarize, the GJFJV indoor optical fiber cable is designed to offer both flexibility and durability. Its combination of aramid yarn reinforcement and flame-retardant sheath makes it ideal for indoor installations while also supporting limited outdoor use. The cable’s various diameters provide options to suit different applications, ensuring versatility in network design. With the benefits of fast transmission speeds, resistance to interference, and non-conductive properties, the GJFJV cable proves to be a reliable choice for modern communication needs.
Application:
Self supporting Aerial
1. High performance optical network operating.
2. High speed optical routes in buildings (FTTX).
3. All types of fiber cables with different structures.
