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1 x 2 PLC Fiber Splitter, Standard FHD® Cassette SC/APC, Singlemode

PLC Fiber Splitter

1 x 2 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.

  1. Split Input Signal Evenly into 2 Output Ports
  2. ≤4.0dB Low Insertion Loss and ≤0.2dB Low Polarization Dependent Loss
  3. Fully Passive Optical Branching Device
  4. Can be Used Stand Alone, or Installed in Racks Mount Chassis, Fiber Enclosures, etc.
  5. 1260~1650nm Broad Operating Wavelengths
  6. G.657A1 Bend Insensitive Fibers for Low Bending Loss
  7. Commonly Found in POL, Datacom, LAN, CATV, LCP, FTTx and More Applications


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    1 x2 PLC Fiber Splitter, Standard FHD® Cassette SC/APC, Singlemode is a high-performance fiber optic splitter used for optical signal distribution and merging in optical communication systems and optical networks. It has 1 input port and 2 output ports. It is designed based on PLC (Planar Lightwave Circuit) technology and can achieve efficient distribution and combination of optical signals. The splitter uses a standard FHD® cassette module design with SC/APC connectors and is suitable for single-mode fiber optic communications environments. The application of PLC technology enables the splitter to have excellent optical performance and can achieve low insertion loss and high splitting ratio. By manufacturing micro-optical elements onto optical waveguide chips, PLC technology provides high reliability and stable optical performance, and is suitable for fiber-optic network environments that require high optical performance. The 1 x 2 design means that the splitter can distribute the optical signal of one input port to two output ports in a ratio of 1:2, making it suitable for a variety of optical network system scenarios. The standard FHD® cassette module design makes this splitter easy to install and integrate into fiber optic network systems.

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    Box modules usually have a modular design and can be flexibly combined and installed into different fiber splice boxes or fiber distribution boxes, providing convenient installation and management methods. The use of SC/APC connectors enables the splitter to have high optical performance and is suitable for optical fiber connection environments that have strict requirements on insertion loss and reflection loss. Singlemode indicates that the splitter is suitable for single-mode optical fiber communication environments, and its operating wavelength is usually between 1310nm and 1550nm. This means that the splitter is suitable for long-distance, high-speed optical communication systems, such as long-distance transmission, data center interconnection and other scenarios. 1 x 2 PLC Fiber Splitter, Standard FHD® Cassette SC/APC, Singlemode are widely used in optical communication systems and optical networks. It can be used in conjunction with optical fiber transceivers, optical fiber connectors and other equipment to build a high-performance, stable and reliable optical communication system. In scenarios such as data centers, communication operators, and enterprise networks, this splitter can meet the demand for efficient distribution and merger of optical signals and improve the performance and stability of optical network systems. In summary, 1 x 2 PLC Fiber Splitter, Standard FHD® Cassette SC/APC, Singlemode is an important fiber optic splitter with high performance, stability and reliability, and is suitable for single-mode fiber optic communication environments. It uses PLC technology, standard FHD® module design and SC/APC connectors, making it play an important role in optical network systems and is of great significance for improving the performance and reliability of optical communication systems.

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