system fibre

Characteristics

High bandwidth: able to carry a large amount of data, achieve high speed rate information transmission, to meet the needs of modern communication system for large-capacity data transmission.

Low loss: in the long-distance transmission process, the optical signal attenuation is small, which can reduce the use of signal relay equipment, reduce costs and complexity.

Strong anti-interference ability: not affected by electromagnetic interference and radio frequency interference, stable signal transmission, low BER, suitable for places with complex electromagnetic environment.

Good confidentiality: optical signals are transmitted within the optical fibre, which is not easy to be stolen or listened to, guaranteeing the safety of information.

Small size and light weight: easy to lay and install, can save space, especially suitable for space-limited environment.

Applications

Communication network: widely used in long-distance backbone network, metropolitan area network, access network, etc., to achieve the transmission of voice, data, video and other services.

Data Centre: Used for high-speed interconnection between servers, storage devices and data centres within the data centre to meet the data centre's requirements for high-capacity and high-speed data transmission.

Industrial automation: In industrial control system, it is used to connect various automation equipments, such as sensors, actuators, controllers, etc., to achieve reliable communication and control between equipments.

Medical field: for example, in medical equipment such as fibre optic endoscopes, fibre optics are used to transmit images and data, providing doctors with clear internal images to assist diagnosis and treatment.