1x2 LGX PLC Splitter

1×2 LGX PLC Splitter

High Reliability
Low insertion Loss and low Polarization Dependent loss
High channel counts
Excellent Environmental Stability and Widely Used
ATY Fiber provides a series of customized mini module PLC splitters to meet different requirements on port configuration, cable type, fiber length, input connector, and output connector.

Description

1×2 LGX PLC Splitter

LGX PLC (Planar Lightwave Circuit) splitter is a type of optical power management device with mini module package fabricated using silica optical waveguide technology.

It is widely used in PON/ODN networks to realize optical signal power splitting with 1xN or 2xN splitting ratio.

ATY Fiber provides a series of customized mini module PLC splitters to meet different requirements on port configuration, cable type, fiber length, input connector, and output connector.

Features:

1.Low Insertion Loss
2.Low Polarization Dependent Loss
3.Wide Operation Wavelength
4.Wide Operation Temperature
5.High Stability and Reliability

Applications

Our 1×4 LGX PLC Splitter is ideal for use in several applications, including:

1. Fiber-to-the-home (FTTH) networks: In this application, the splitter is used to distribute optical signals to multiple homes from a single optical line terminal (OLT). This ensures that each home has its own dedicated optical signal without compromising quality.

2. Fiber-to-the-business (FTTB) networks: In this application, the splitter is used to distribute optical signals to multiple businesses from a single OLT. This ensures that each business has its own dedicated optical signal without compromising quality.

3. Local area networks (LANs): In this application, the splitter is used to distribute optical signals to multiple devices within the same building from a single fiber optic cable. This ensures that each device has its own dedicated optical signal without compromising quality.

4. Data center networks: In this application, the splitter is used to distribute optical signals to multiple servers from a single fiber optic cable. This ensures that each server has its own dedicated optical signal without compromising quality.

 

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