Customized 1xN, 2xN PLC Splitter, Mini Module, 900μm, LC/SC/FC/ST, Singlemode
Customized 1xN
Dhs. 31.00
Sale price
Dhs. 31.00
Regular price
Dhs. 47.00
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Description
Planar Lightwave Circuit (PLC) Splitter is a type of passive optical component using silica optical waveguide technology to distribute optical signals from Central Office (CO) to multiple premise locations, allowing for efficient communication. It is commonly found in PON(Passive Optical Networks), Datacom, LAN(Local Area Networks), CATV(Cable TV), LCP(Local Convergence Points), FTTx, and more applications, suitable for places with high-quality network requirements. FS provides a whole series of 1xN and 2xN PLC splitter products available in a wide range of package types, connectors, and split ratios, tailored for specific applications. With its compact structure, stable optical characteristics, robust peformance and reliable certification, FS PLC splitter solutions strengthen your network infrastructure and facilitate smooth communication across multiple fibers, improving both efficiency and reliability.
Customized 1xN, 2xN PLC Splitter, Mini Module, 900μm, LC/SC/FC/ST, Singlemode
Dhs. 31.00
Sale price
Dhs. 31.00
Regular price
Dhs. 47.00
Planar Lightwave Circuit (PLC) Splitter is a type of passive optical component using silica optical waveguide technology to distribute optical signals from Central Office (CO) to multiple premise locations, allowing for efficient communication. It is commonly found in PON(Passive Optical Networks), Datacom, LAN(Local Area Networks), CATV(Cable TV), LCP(Local Convergence Points), FTTx, and more applications, suitable for places with high-quality network requirements. FS provides a whole series of 1xN and 2xN PLC splitter products available in a wide range of package types, connectors, and split ratios, tailored for specific applications. With its compact structure, stable optical characteristics, robust peformance and reliable certification, FS PLC splitter solutions strengthen your network infrastructure and facilitate smooth communication across multiple fibers, improving both efficiency and reliability.