PLC Fiber Splitter

1 x 8 PLC Fiber Splitter, Standard FHD® Cassette SC/APC, Singlemode

Planar Lightwave Circuit (PLC) Splitter is a type of optical power management device that is fabricated using silica optical waveguide technology to distribute optical signals from Central Office (CO) to multiple premise locations.PLC splitters are 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 communication, medical, bank, building, large Office buildings, offices and other places with high-quality network requirements. With its small size, high reliability, and wide operating wavelength range, FHD® cassette splitter is widely used in PON networks to achieve a low-cost solution for optical signal power distribution.

Split Input Signal Evenly into 8 Output Ports
≤10.5dB Low Insertion Loss and ≤0.2dB Low Polarization Dependent Loss
Fully Passive Optical Branching Device
1260~1650nm Broad Operating Wavelengths
Commonly Found in POL, Datacom, LAN, CATV, LCP, FTTx and More Applications

Product Details

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1 x 8 PLC Fiber Splitter, Standard FHD® Cassette SC/APC, Singlemode is an important optical device for fiber optic communication systems. It is designed based on PLC (Planar Lightwave Circuit) technology and provides 1 input port and 8 output ports , suitable for single-mode optical fiber communication environment. This fiber optic splitter is designed to meet the optical signal distribution and combining needs of a variety of optical network systems with excellent performance and reliability. PLC technology is the key to this splitter, which uses tiny optical components to achieve low insertion loss, high splitting ratio and excellent stability. This technology allows the splitter to effectively distribute the optical signal from the input port to the eight output ports in a ratio of 1:8, meeting the optical signal distribution and combining requirements of the optical fiber communication system. In addition, PLC technology can provide good optical performance and is suitable for demanding fiber optic network environments. The 1 x 8 design allows this splitter to meet the needs of larger-scale optical network systems, such as data centers, communication operators, and enterprise networks. It can provide more signal distribution and combining channels, and provide optical signal connection and transmission for multiple terminal devices, thereby achieving efficient operation of the optical network system.

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Using a standard FHD® cassette module design, this splitter is easy to integrate into existing fiber optic network systems. It can be flexibly combined with different types of fiber splice boxes or fiber distribution boxes to meet the requirements of different systems for fiber distribution and management. At the same time, the selection of SC/APC connectors also provides the splitter with good optical performance in the connection environment, especially in terms of insertion loss and reflection loss. This splitter is suitable for single-mode optical fiber communication environments, and the operating wavelength is usually between 1310nm and 1550nm. This means that it is suitable for long-distance and high-speed optical communication systems, such as long-distance transmission, data center interconnection and other application scenarios. It can provide excellent optical signal distribution and combining functions in these scenarios, helping to achieve high-speed, high-bandwidth optical network transmission. To sum up, the 1 x 8 PLC Fiber Splitter, Standard FHD® Cassette SC/APC, Singlemode is an excellent fiber optic splitter suitable for a variety of optical network systems. It uses advanced PLC technology, standard FHD® module design and SC/APC connectors to provide efficient optical signal distribution and merging solutions for fiber optic communication systems, which can improve system performance and reliability.

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