Core Features

1. Large transmission bandwidth and high communication capacity. It can support the transmission of massive information, far outperforming traditional copper cables, and meets the high-speed communication requirements of 5G, data centers and long-distance backbone networks.

2. Low signal attenuation and long transmission distance. Optical signals have low loss, so frequent installation of repeater amplifiers is unnecessary for long-distance transmission, making it suitable for long-haul trunk lines and metropolitan area networks.

3. Resistance to electromagnetic interference and no crosstalk. The medium is a silicon dioxide insulator, non-conductive, and immune to interference from lightning, power cables and radio frequency magnetic fields. Multiple optical fibers transmitting side by side will not cause mutual crosstalk, so it is the preferred choice for optical-electric composite cables.

4. Light weight and small size. A single optical fiber is thin and far lighter than copper wires, facilitating high-density integration of optical cables, reducing the overall weight of optical cables and simplifying laying work.

5. Excellent chemical stability. Quartz material is resistant to acids, alkalis, corrosion, moisture and mildew, maintaining stable performance in underground and coastal salt-fog environments.

6. Insulated and safe with no risk of electric leakage. As a non-metallic medium, it will not cause short circuits or electric sparks, and is suitable for flammable and explosive scenarios such as tunnels, oil and gas sites.

Materials with other characteristics – please inquire separately.