The working principle of fiber optic connectors is based on precise optical contact surfaces and optical coupling technology. The connector forms a stable optical contact surface between the two ends of the optical fiber through precision machining technology, enabling smooth transmission of optical signals. The core components of a connector include pins, sockets, sleeves, and connectors, which together form a complete optical transmission channel.

There are two main connection methods: plug-in and threaded. Insertion type connection forms an optical contact surface by inserting both ends of the optical fiber into the socket of the connector; The threaded connection tightly connects the two ends of the optical fibers together by rotating the sleeve of the connector. Regardless of the method, the key is to ensure the flatness and optical quality of the optical contact surface to ensure the transmission quality of optical signals and the reliability of the connection.

Fast fiber optic connector, also known as fiber optic quick connector or on-site assembled fiber optic active connector, is a device used for quickly connecting and disconnecting optical fibers. This type of connector has been widely used in modern communication due to its small size, fast termination speed, low price, and high stability. Fast fiber optic connector is a highly innovative on-site termination connector that achieves fast and reliable connection of two optical fibers by precisely controlling the position and angle of the fibers.

In the future, fiber optic connectors will develop towards higher speed, smaller size, lower insertion loss and reflection, automation and intelligence, and high-density cabling. These development trends will further enhance the performance and application scope of fiber optic connectors, meeting the growing demand for data and the requirements of the rapidly developing communication field. As the cornerstone of modern communication, fiber optic connectors not only achieve efficient transmission of optical signals, but also ensure the stability and reliability of data transmission. With the continuous advancement of technology and the expansion of application fields, the future development prospects of fiber optic connectors will be even broader.