The FC‑POF Fiber Optic Connector is a high-performance connector designed for plastic optical fibre (POF) applications. It combines the mechanical stability and precise alignment of the standard FC connector with the flexibility and ease of termination offered by plastic optical fibre. This makes it ideal for short-distance optical links in industrial automation, sensing, and control systems.
FC fibre refers to fibre optic connections and components that use the FC (Ferrule Connector) interface standard. The FC connector is a threaded fibre optic connector designed to provide precise fibre alignment and strong mechanical stability. It is commonly used in environments where vibration resistance, low signal loss, and reliable optical performance are required.
In fibre optic systems, FC fibre connections can be applied to both glass optical fibre and plastic optical fibre (POF), depending on the application and transmission distance.
An FC‑POF fibre optic connector is an FC-type connector specifically designed for plastic optical fibre. Unlike standard FC connectors used with glass fibre, FC‑POF connectors support large-core plastic optical fibres, typically around 980–1000 µm core diameter.
This combination allows users to benefit from the mechanical stability of the FC threaded interface while taking advantage of POF’s flexibility, ease of termination, and suitability for short-distance optical transmission.
FC‑POF connectors are widely used in industrial automation, optical sensing, automotive systems, and control applications where robust connections and simple installation are required.
The FC connector uses a threaded coupling mechanism that ensures secure mating and precise axial alignment between fibres. This design helps reduce insertion loss and minimizes the impact of mechanical vibration on signal stability.
Threaded screw-on locking mechanism for mechanical stability
High alignment accuracy through ferrule-based design
Reliable performance in industrial and laboratory environments
An accurate statement about Fibre Channel (FC) SAN is that it is a high-speed, dedicated storage network designed to connect servers to shared storage systems using the Fibre Channel protocol. FC SANs are known for their low latency, high reliability, and lossless data transmission, making them suitable for mission-critical enterprise storage environments.
Fibre Channel SANs operate independently of standard Ethernet networks and are optimized for block-level storage access. Optical fibre connections, including FC fibre links, are commonly used in FC SAN infrastructure to ensure stable and high-performance data transmission.
While Fibre Channel SANs are typically deployed in data center environments using glass optical fibre, FC fibre connectors and related interfaces are also widely applied in industrial and control systems.
In short-distance optical links, FC‑POF connectors provide a practical solution by combining robust FC-style mechanical design with the flexibility and ease of use of plastic optical fibre.
Industrial automation and robotics
Optical sensing systems
Automotive communication and control
Short-distance signal transmission where mechanical flexibility and EMI immunity are important
Q: What does FC mean in fibre optics?
A: FC refers to a Ferrule Connector that uses a threaded locking mechanism to provide stable and precise fibre alignment.
Q: Can FC connectors be used with plastic optical fibre?
A: Yes. FC‑POF connectors are specifically designed to terminate plastic optical fibre while maintaining the mechanical stability of the FC connector interface.
