Fiber connectors

The LGX Box PLC Fiber Optic Splitter adopts an LGX box structure design, which is compact and easy to install. This design not only facilitates equipment maintenance and replacement, but also effectively protects the internal optical path and electronic components, ensuring stable operation of the equipment in various environments. The LGX Box PLC Fiber Optical Splitter achieves uniform distribution and efficient transmission of optical signals. Both multi wavelength and single wavelength signals can be efficiently and stably split through splitters, ensuring the quality of signal transmission.

The E2000 connector's fiber optic pigtail fiber is a high-performance connection product designed specifically for fiber optic communication systems. It uses E2000 type interface, which has excellent connection stability, dust and pollution prevention characteristics. It is suitable for various scenarios that require high-precision optical fiber connection. It supports single-mode and multi-mode optical fibers to meet different transmission requirements.

MPO Loopback Connector is designed for testing of MPO parallel links and for device burn-in. By creating a loop of signal from transmitter to receiver within one MPO plug, it forms optical link which allows testing of optical network segment by segment.
The MPO fiber optic connector uses precision molded MT ferrules with metal guide pins and precise housing dimensions to ensure fiber alignment during matching. MPO optical cables are packaged in a sturdy and compact casing, achieving the highest density for these applications. The MPO loop back standard products include 12 core female MPO interface fibers with 8-core fiber optic (QSFP) options or 100G single-mode or multi-mode versions. Our compact and sturdy housing design provides high stability, reliability, and repeatability.

Fiber Optical Switching Adapters are divided into various interface types, such as LC-SC, LC-ST, LC-FC, SC-FT, SC-FC, and FC-ST, which can meet the fiber optic communication needs in different scenarios. The product adopts high-precision ceramic sleeves to ensure precise docking of optical fibers during the connection process and reduce optical signal loss.

The Rack mount PLC Fiber Optic Splitter adopts a standard rack mounted design, making it easy for users to install it on standard 19 inch or 23 inch racks. This design not only saves space, but also improves the stability and reliability of the equipment. This splitter provides multiple port configuration options, which can be flexibly selected according to actual needs. Meanwhile, its compact design allows for the installation of more ports in limited space, improving space utilization.

12Core Bundle Fiber Optic Pigtail is a connection product designed specifically for fiber optic communication systems. Its characteristic is that the tail fiber has up to 12 colors. This design is not only aesthetically pleasing, but more importantly, it facilitates differentiation and identification in complex fiber optic cable lines, improving work efficiency and providing great convenience for the connection and identification of fiber optic cable lines. This product is widely used in scenarios such as fiber optic distribution frames and fiber optic terminal boxes, providing reliable guarantees for the stable operation of fiber optic communication systems.

Multi Fiber Breakout MPO Fiber Optic Patchcord integrates multiple fiber cores and combines branch design to achieve parallel transmission and precise management of multiple signals, greatly improving fiber bandwidth utilization and transmission efficiency, meeting the needs of high-density fiber connections. The unique branch design allows a single jumper to connect multiple devices or ports, achieving flexible fiber network layout and reducing wiring complexity. We provide various types of MPO jumpers, such as LC, SC, MT-RJ, etc., to meet the connection needs of different devices and interfaces, ensuring the accuracy and stability of signal transmission.

The Male-Female Fiber Optic Hybrid Adapter provides interconnection between two different types of fiber optic connectors. There are two types of hybrid fiber adapters, including male female hybrid fiber adapters and female female hybrid fiber adapters.
A male female hybrid fiber optic adapter (constructive hybrid fiber optic adapter) is a type of fiber optic adapter that has a connector plug (male) end and an adapter socket (female) end. We call it a male female hybrid fiber optic adapter. If one side of ST is FC negative and the other side is FC positive.

The FBT Coupler Splitter uses melt taper technology to control the melting and stretching process of optical fibers, forming a special waveguide structure and achieving uniform distribution of optical signals. This technology ensures the stability and consistency of optical signals during the distribution process. Provide multiple coupling ratio options, such as 1x2, 1x4, etc., which can be flexibly configured according to actual application needs. At the same time, its spectral ratio can be monitored in real-time according to needs, and unequal splitters can be made to meet the optical power allocation requirements in specific scenarios, with good thermal stability and power bearing capacity, meeting the needs of various application scenarios.

Bulk Number Fiber Optic Pigtail is a high-performance connection product designed specifically for high-density fiber optic communication systems. It adopts a multi-core fiber optic structure, supporting large number of fiber optic connections, such as 4-core, 8-core, 12 core and above, to meet the needs of high-density fiber optic communication. It can support the connection of multiple fiber optic channels at the same time. The multi-core fiber optic structure effectively saves space, reduces the complexity of fiber optic cable wiring, and provides efficient and stable fiber optic connection solutions for large data centers, telecommunications networks, etc.

VOA Fiber Optical Patch Cord (Variable Optical Attenuator Patch Cord) combines the core technology of Variable Optical Attenuator (VOA) to achieve real-time adjustment of optical signal intensity by precisely controlling the attenuation amount of optical signals. The application of VOA attenuation patch cords in optical networks provides important guarantees for the stable transmission of optical signals. It has a wide attenuation adjustment range, usually adjustable between 2 dB and 10 dB, providing greater flexibility and adaptability for optical networks.