12 Core SC FC Mixed Fiber Optic Pigtail

The 12-core SC FC mixed fiber optic pigtail is a multi-specification adaptive optical fiber connecting component designed to solve the docking problem of different interface standard communication equipment. The product adopts a mixed interface design of SC and FC connectors, integrating the advantages of the two mainstream connectors, and can adapt to SC interface plug-and-play quick docking and FC interface stable locking fixed docking scenarios. The 12-core integrated structure realizes multi-channel signal transmission, which can meet the simultaneous connection requirements of different interface types of equipment in complex communication systems, and greatly improve the compatibility and flexibility of optical fiber wiring systems.

In terms of structural performance, the SC connector of the product features a simple card plug structure, convenient plugging and fast installation, suitable for frequent equipment debugging and flexible docking scenarios; the FC connector adopts a threaded locking structure, with firm docking and strong anti-vibration ability, which can maintain stable contact in long-term fixed installation and vibration environments, avoiding signal interruption caused by loose interfaces. All connectors adopt UPC high-precision polishing technology, with low insertion loss and low return loss, ensuring stable and efficient optical signal transmission. The internal 12 fiber cores are made of high-quality single-mode optical fiber materials, with stable transmission performance, no crosstalk between channels, and strong environmental adaptability.

This mixed-interface fiber pigtail is widely used in complex communication equipment rooms, integrated wiring engineering and multi-type equipment docking scenarios. It effectively solves the problem of interface mismatch between new and old communication equipment, different brand equipment and different standard terminal equipment, avoiding the need for a large number of adapter conversion accessories, simplifying the wiring structure, reducing engineering costs, and improving construction efficiency and system stability. It is a highly practical universal wiring component for multi-equipment and multi-standard hybrid optical communication systems, which can flexibly meet various complex optical signal docking and transmission needs.