Plastic optical fiber patch cords are composed of plastic optical fiber cores, sheaths, and connectors. They use the principle of total reflection to transmit optical signals and are suitable for short-distance, high-bandwidth, and anti-electromagnetic interference scenarios. With its low cost, high flexibility, and anti-interference characteristics, it has become an ideal choice for short-distance optical communication scenarios, especially in the fields of home, industry, and consumer electronics. Although the transmission distance is limited, its ease of use and cost-effectiveness make it irreplaceable in specific scenarios.

LC plastic optical fiber patch cord is a cable assembly used to connect optical fiber devices or ports to achieve optical signal transmission. It has standardized LC connectors at both ends and uses plastic optical fiber as the transmission medium in the middle. Therefore, LC plastic optical fiber patch cords are often used in scenarios such as indoor short-distance data transmission, home networks, and local area networks in smart buildings. They are especially suitable for situations where installation convenience and cost are more sensitive and transmission distance requirements are not high.

SC plastic optical fiber cable is a cable for optical signal transmission made of SC connector and plastic optical fiber. This optical fiber cable combines the convenience of SC connector and the characteristics of plastic optical fiber. It is suitable for some cost-sensitive, complex installation environments and short transmission distance requirements, such as home networks, some links in industrial control, and optical signal connections between consumer electronic devices.

Fiber optic patch cords are the "nerve endings" in optical communication networks. With their standardized interfaces, flexible deployment, and low-loss transmission characteristics, they have become the core components for connecting optical devices. Selecting the appropriate fiber type (single-mode/multi-mode/plastic fiber) and connector type (SC/LC, etc.) according to scenario requirements can efficiently meet the optical transmission requirements of different distances, rates, and environments.st yellow pigtail，Custom ST jumper special thread interface

Plastic optical fiber patch cord is an optical signal transmission cable that uses plastic optical fiber as the transmission medium and integrates standardized optical connectors at both ends. Its core feature is that it uses high molecular polymer materials to achieve short-distance transmission of optical signals. It is suitable for scenarios with high requirements on cost, flexibility and anti-interference but limited transmission distance.FC plastic optical fiber pigtail，FC simplex black pigtail 2.2mm，FC duplex black pigtail 2.2mm

FC plastic transparent optical fiber cable is an optical transmission cable that combines FC connector and plastic optical fiber (POF, Plastic Optical Fiber). It is mainly used for short-distance, highly flexible optical communication connections that require anti-electromagnetic interference. Its transparent characteristics combine functionality and aesthetics, and it is an economical alternative to quartz optical fiber in short-distance scenarios.FC plastic optical fiber line transparent large core optical fiber，FC Special Optical Fiber Development

KINZ focuses on fiber optic connection solutions and provides full-process customized services, covering three core categories: (1)connectors, (2)fiber optic cables, and (3)finished patch cords with connectors, to meet the needs of diversified scenarios

MA905 Fiber Optic Patch Cord is a fiber optic patch cord that uses SMA905 connector as the terminal interface. It is designed for short-distance optical signal transmission and is especially suitable for scenarios with high requirements for mechanical stability, vibration resistance and high temperature resistance. Its core feature is the stable connection through the threaded interface and compatibility with large-core multimode optical fiber. It is widely used in industrial lasers, medical equipment, scientific research instruments and other fields.SMA905 Fluorescence pof ，sma probes pof，SMA905 2.0 pigtail pof

Plastic optical fiber signal transmission line for cranes, hoists, excavators and other equipment, anti-pull, waterproof, anti-pressure design, low insertion loss, high-precision coupling, using original imported Japanese optical fiber, can ensure the maximum data transmission, precise polishing and grinding, the outer sheath of the wire is made of PE, PVC and other materials, anti-wear, anti-corrosion, anti-heavy pressure, non-conductive, no electromagnetic interference radiation, also widely used in data centers, industrial control, power systems, home networks, etc., super industry standard assembly process, complex processing of multiple optical cables, can transmit multiple data at the same time, reduce costs while ensuring zero error transmission of signals.Kato Terminal Connector Kato Connector Kato Quick Connector for Kato Crane Cable 629-23113000

The LBB4416 series is a special cable consisting of 2 plastic optical fibers for data and audio communication and 2 copper cores for power supply. The cable is delivered assembled with a network connector. This cable can be used to connect the CCU to the audio expander. Network cables are available in different lengths. The addition (/xx) to the part number indicates the length of the cable. Only LBB 4416/00 is available without a connector.

The SMI LAN series of plastic optical fiber products launched by KINZ have significant advantages in performance and application scenarios. This series of products uses high-quality plastic optical fiber materials, has excellent signal transmission stability, can achieve high-speed, low-loss data transmission in a LAN environment, and bring users a smooth network experience.SMI 1394 LAN Multimode Fber Cable SMI 1394 LAN Multimode Fiber Patch Cord for Sensing

The 1-to-3 fiber splitter is a passive optical splitter that can distribute one input optical signal to three output optical fibers in a specific ratio. It is one of the basic components for achieving multi-channel optical power distribution in optical fiber networks.