24-Core Optical Fiber Pigtail

The 24-core optical fiber pigtail is a high-density, high-efficiency optical connection component widely used in optical communication distribution systems, data centers, and network wiring projects. As a terminated optical fiber with a single connector at one end and bare fiber at the other, it integrates 24 independent optical fiber cores in a compact structure, perfectly solving the problem of multi-channel optical signal transmission and centralized wiring. It supports single-mode and multi-mode fiber specifications, adapting to different transmission distance and bandwidth requirements, and has become an essential basic component for optical network integration and terminal connection.

This pigtail adopts high-purity silica fiber core and advanced ceramic ferrule processing technology, ensuring extremely low insertion loss and high return loss during signal transmission. The precise core alignment and stable structural design effectively avoid signal attenuation, crosstalk and interference, guaranteeing long-term stable and reliable optical signal transmission. Its outer sheath is made of high-strength flame-retardant PVC or LSZH material, which features wear resistance, corrosion resistance, aging resistance and flame retardancy, adapting to complex indoor wiring environments such as computer rooms, wiring cabinets and weak current wells.

In practical application, the 24-core optical fiber pigtail greatly improves wiring efficiency and space utilization. Compared with single-core pigtails, its integrated 24-core design reduces the number of wiring harnesses, simplifies the internal layout of distribution frames and cabinets, and facilitates later maintenance, expansion and fault troubleshooting. It is widely compatible with optical distribution frames, fiber patch panels, optical transceivers and other equipment, and is suitable for enterprise network transformation, campus network construction, residential community fiber-to-the-home and various industrial optical communication terminal connection scenarios.