The Fiber Optic PLC Splitter (Planar Waveguide Fiber Splitter) is an integrated waveguide optical power distribution device based on a quartz substrate, offering the following key features:
Technical Features
Wide Operating Wavelength Range: Supports the 1260-1650nm band, suitable for a variety of optical communication scenarios
Low Insertion Loss: Minimizes signal transmission loss, ensuring communication quality
Highly Uniform Splitting: Balanced optical power distribution across all output channels with minimal deviation
Low Polarization-Dependent Loss: Insensitive to the polarization state of the optical signal
Structural and Performance Advantages
Semiconductor Manufacturing: Processed using photolithography, Etching and other processes create a high-precision waveguide array, with reliability certified by international standards such as GR-1221-CORE.
Multi-channel design: Supports 1*N/2*N splitting (up to 128 channels) for bidirectional signal distribution.
Compact packaging: Available in various sizes, including bare fiber, micro, and box, to suit various installation scenarios.
Applications
Primarily used in passive optical networks (EPON/GPON/FTTH), achieving efficient optical signal distribution between the central office and end devices. Its wavelength insensitivity and stability significantly surpass those of fused-taper splitters.
The Fiber Optic PLC Splitter (Planar Waveguide Fiber Splitter) is an integrated waveguide optical power distribution device based on a quartz substrate, offering the following key features:
Technical Features
Wide Operating Wavelength Range: Supports the 1260-1650nm band, suitable for a variety of optical communication scenarios
Low Insertion Loss: Minimizes signal transmission loss, ensuring communication quality
Highly Uniform Splitting: Balanced optical power distribution across all output channels with minimal deviation
Low Polarization-Dependent Loss: Insensitive to the polarization state of the optical signal
Structural and Performance Advantages
Semiconductor Manufacturing: Processed using photolithography, Etching and other processes create a high-precision waveguide array, with reliability certified by international standards such as GR-1221-CORE.
Multi-channel design: Supports 1*N/2*N splitting (up to 128 channels) for bidirectional signal distribution.
Compact packaging: Available in various sizes, including bare fiber, micro, and box, to suit various installation scenarios.
Applications
Primarily used in passive optical networks (EPON/GPON/FTTH), achieving efficient optical signal distribution between the central office and end devices. Its wavelength insensitivity and stability significantly surpass those of fused-taper splitters.