Low Loss Type Fiber Optic PLC Splitter Connectors Cassette Type Optical Fiber Splitter 1×64 Cassette PLC Splitter is a splitter device used in optical fiber communication networks, featuring low loss and high performance. It uses PLC (Planar Lightwave Circuit) technology, which can accurately distribute and split optical signals, and is suitable for various optical fiber communication systems and network architectures.

This splitter adopts a card-type design for easy installation and maintenance. Its 1×64 design means it can receive signals from one optical fiber and distribute them to 64 optical fibers, achieving efficient splitting and distribution of signals. This design is very suitable for scenarios where fiber optic signals need to be distributed to a large number of terminal devices, such as data centers, communication base stations and other applications.

Low Loss Type Fiber Optic PLC Splitter Connectors Cassette Type Optical Fiber Splitter 1×64 Cassette PLC Splitter has the characteristics of low loss, which can ensure the transmission quality and stability of optical signals during the distribution process. It uses an advanced optical splitter chip to achieve high-precision optical signal distribution, reduce optical signal loss, and improve network transmission efficiency and reliability.

In addition to low loss, this splitter also has high reliability and stability. It uses high-quality optical components and precise manufacturing processes to operate stably under various environmental conditions, ensuring the normal operation and long-term stability of fiber optic communication networks.

In general, Low Loss Type Fiber Optic PLC Splitter Connectors Cassette Type Optical Fiber Splitter 1×64 Cassette PLC Splitter is a high-performance, high-reliability optical fiber splitter device suitable for the construction and maintenance of various optical fiber communication networks. Its low loss, high-precision splitting capability, and stable and reliable performance make it an indispensable and important component of the optical fiber communication network, providing strong support for the efficient operation and long-term stability of the network.