Fibre

Transmission Performance

High bandwidth: It is capable of transmitting multiple frequency optical signals at the same time, which can achieve high-speed data transmission and meet the demand of large data transmission, such as massive data interaction in data centres.

Low loss: Extremely low transmission loss, such as 1.55μm wavelength optical fibre, the loss per kilometre is only about 0.2dB, which can transmit signals over long distances with stable quality and reduce the use of repeaters.

Anti-interference and safety

Anti-electromagnetic interference: made of electrically insulating material, it is not subject to electromagnetic fields, lightning and other interference, and it can work stably in strong electrical environments, factories and other complex electromagnetic fields.

Good confidentiality: weak light leakage, difficult to be eavesdropped, transmission of information is more secure, suitable for financial, military and other areas that require high confidentiality.

Physical Characteristics

Light weight and small size: Compared with traditional cables, optical fibres and cables with the same number of cores are lighter in weight and smaller in cross-sectional area, which makes them easy to lay, transport and install, and saves space for wiring in narrow spaces.

Abundant raw materials: quartz and other raw materials for optical fibre manufacturing are abundant on earth, which can save metal resources.