In-depth understanding of FWDM technology: working principle and application of Wave division multiplexer
Overview of FWDM technology
Operating principle
The core of the FWDM system is the thin film filter, which is composed of multiple layers of materials with different refractive indices. These layers are transmissive to optical signals at specific wavelengths and appear reflective to other wavelengths. In this way, FWDM devices are able to combine signals of different wavelengths into a single fiber for transmission and accurately separate these signals at the receiver.
Advantages of FWDM
High channel isolation: FWDM technology provides extremely high channel isolation and reduces inter-signal interference.
Low insertion loss: Compared with other types of WDM, FWDM has lower insertion loss and ensures the quality of signal transmission.
Environmental stability: The FWDM device is not sensitive to temperature changes, ensuring stability and reliability in different environments.
Cost effectiveness: Due to its simple structure, FWDM devices have relatively low cost and are suitable for large-scale deployment.
Technical specifications
Introducing ZGTECH's WDM: Empowering Global Connectivity The Powerhouse Behind Optical Innovations
