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

1 x 8 PLC Fiber Splitter, Standard FHD® Cassette LC/APC, Singlemode is a key component commonly used in optical fiber communication systems. It is 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 optical fiber splitter has high performance and multiple important functions. It plays a key role in the distribution and merging of optical signals in optical networks, so it has broad application prospects in the field of optical communications. PLC technology is the core technology of this splitter. It uses a planar waveguide circuit made of silicon-based materials to distribute and combine optical signals through micro-structured optical elements. PLC technology has the advantages of low insertion loss, high splitting ratio, good stability and wide operating wavelength range. Coupled with the 1 x 8 design, the optical signal from the input port is distributed to 8 outputs in a ratio of 1:8 on the port. This enables the 1 x 8 PLC Fiber Splitter to be applied to larger-scale optical network systems, providing efficient and stable processing capabilities for the distribution and merging of optical signals. The design of 1 x 8 PLC Fiber Splitter makes it suitable for large-scale optical network systems, such as data centers, communication base stations, wired broadband networks, etc.

It provides efficient optical signal distribution and combining solutions for these application scenarios. Optical network systems usually require a large number of optical signal distribution and merging. In these scenarios, 1 x 8 PLC Fiber Splitter provides the system with stable optical signal management and distribution functions, optimizing network performance, improving system throughput and reducing costs. cost. Designed with a standard FHD® cassette module, this splitter can be easily integrated into existing fiber optic equipment, such as fiber splice boxes, fiber distribution boxes, etc. This brings convenience to the deployment and maintenance of fiber optic systems and improves the flexibility and scalability of the system. The selection of LC/APC connectors also provides the splitter with good optical performance in the connection environment, especially in terms of insertion loss and reflection loss, improving the transmission efficiency and reliability of optical signals. This splitter is suitable for single-mode optical fiber communication environments, and the operating wavelength is usually between 1310nm and 1550nm. This makes it suitable for long-distance and high-speed optical communication systems, such as long-distance transmission, data center interconnection and other application scenarios. In these scenarios, 1 x 8 PLC Fiber Splitter can provide efficient optical signal distribution and combining functions, and provide reliable support for high-speed, high-bandwidth transmission of optical network systems. In summary, the 1 x 8 PLC Fiber Splitter, Standard FHD® Cassette LC/APC, Singlemode is an excellent fiber optic splitter with a variety of optical properties and application advantages. It uses advanced PLC technology, standard FHD® module design and LC/APC connectors to provide stable and reliable optical signal distribution and management solutions for fiber optic communication systems, providing important support for optimizing system performance.