What is the function of fiber optic jumpers?

　　Fiber Optic Patch Cables are used to make patch cables from devices to fiber optic cabling links, and their functions are mainly reflected in the following aspects:

　　First, the transmission of optical signals between devices

　　Fiber optic jumpers can connect optical cables between two different devices, enabling the transmission of optical signals from one device to another, so as to achieve interconnection between devices. For example, in data centers or network communication systems, fiber optic jumpers are often used to connect servers, switches, routers and other network equipment to ensure efficient and accurate data transmission.

　　Second, improve data transmission speed and stability

　　The use of fiber optic jumpers can greatly improve the data transmission speed and reduce the bit error rate during data transmission. Fiber optic jumpers have the characteristics of low insertion loss, good repeatability, large return loss, good interpolation performance and good temperature stability. These characteristics enable fiber optic jumpers to maintain high stability and reliability during data transmission.

　　III. Enhance anti-interference capabilities

　　Optical fiber jumpers use optical signals for transmission and have natural anti-interference ability. Compared with electrical signals, optical signals are not easily affected by electromagnetic interference and noise, so optical fiber jumpers can enhance the anti-interference ability of optical fiber communication lines, improve network stability and security.

　　IV. Widely used in various fields

　　Fiber optic jumpers are widely used in various fields, including communication rooms, fiber-to-the-home, local area networks, fiber optic sensors, fiber optic communication systems, fiber optic connection transmission equipment, and national defense readiness. These fields have high requirements for data transmission speed, stability and security, and fiber optic jumpers are an ideal choice to meet these requirements.

　　The difference between single-mode and multi-mode fiber jumpers

　　Single-mode fiber jumper: The fiber core wire has a small diameter and can only transmit optical signals of a single sensitivity mode. Due to its small loss, large bandwidth, and long transmission distance (up to 10 kilometers or more), it is widely used in long-distance wide area networks (WANs).

　　Multimode fiber jumper: The fiber core cable has a large diameter and can transmit multiple optical signals of different sensitivity modes. Due to its low cost and wide application range, it is generally used in short-distance local area networks (LANs). Multimode fiber jumpers have a relatively short transmission distance (generally no more than 2 kilometers) and a smaller bandwidth than single-mode fiber jumpers, but they still have high cost performance and application advantages in short-distance communication.

　　To sum up, fiber optic jumpers play a crucial role in data transmission, and their excellent performance and wide application fields make them an indispensable part of modern network communication.