CATV FTTH PLC Splitter Module Optical Splitter Module For Communication Systems

Name: CATV FTTH PLC Splitter Module Optical Splitter Module For Communication Systems
Brand: Shanghai Honghui Guanglian Communication Technology Co.,Ltd.

Low Loss Low Polarization Sensitivity Wide Wavelength PLC Splitter Module Optical Splitter Device for Optic Communication Systems PLC Splitter Module Optical Splitter Device Optical splitter device is available in multiple configurations including cassette type, tray splitter, modular splitter, bare fiber splitter, mini type splitter, and rack-mounted splitter. Key Features Low insertion loss Low polarization sensitivity Wide wavelength range Excellent environmental

Brand Name OEM

Payment Terms T/T

Place of Origin shanghai

Price negotiated

Delivery Time 14 work days

Minimum Order Quantity 10

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Product Description

Low Loss Low Polarization Sensitivity Wide Wavelength PLC Splitter Module Optical Splitter Device for Optic Communication Systems

PLC Splitter Module

Optical Splitter Device

Optical splitter device is available in multiple configurations including cassette type, tray splitter, modular splitter, bare fiber splitter, mini type splitter, and rack-mounted splitter.

Key Features

Low insertion loss
Low polarization sensitivity
Wide wavelength range
Excellent environmental reliability

Applications

Ideal for optic communication systems, CATV, FTTH, FTTx, LAN networks, and fiber sensor applications.

The Planar Lightwave Circuit (PLC) splitter is an optical power management device fabricated using silica optical waveguide technology. It efficiently distributes optical signals from Central Office (CO) to multiple premise locations.

Technical Advantages

Compact size for space-efficient installations
High reliability for continuous operation
Broad operating wavelength range
Excellent channel uniformity
Cost-effective solution for PON networks

PLC splitters are widely implemented in PON (Passive Optical Network) architectures to achieve optical signal power splitting while maintaining optimal performance at reduced costs.