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Optical cables are communication lines that use optical fibers to transmit light signals. They are made up of glass or plastic optical fibers and can transmit large amounts of data over long distances at high speeds. Optical cables are not affected by electromagnetic interference, have fast transmission speeds, and large bandwidths, making them suitable for communication systems such as the internet, telephone, and television broadcasting. They are an essential part of modern communication networks, supporting the data transmission needs of the information age with their high reliability and low loss characteristics. The durability and corrosion resistance of optical cables also make them suitable for various environmental conditions, from urban underground networks to transoceanic communications.
ADSS optical cable (All-Dielectric Self-Supporting) is a type of all-dielectric self-supporting optical cable that is favored for its unique structure, good insulation, high-temperature resistance, and high tensile strength. It is widely used in power communication systems to provide fast and economical transmission channels. The main features of ADSS optical cable include a full-dielectric structure without metal, thus having excellent electromagnetic interference resistance to ensure stable signal transmission. In addition, ADSS optical cable has a self-supporting structure, which can be independently mounted on power lines or communication poles, simplifying the installation process and reducing project costs. It also has high weather resistance and can adapt to various harsh environments while maintaining long-term stable performance. ADSS optical cable is commonly used in power transmission systems, long-distance communication, and railway and highway communication systems, and is popular due to its moderate number of cores and wide range of application scenarios.
Figure 8 optical cable is a specially designed cable that resembles the shape of the number 8. It typically consists of two optical fibers arranged in parallel and wrapped together in protective material. This cable has a relatively simple structure, making it easy to install and maintain, and is suitable for use in small-scale local area network transmissions in homes and offices. The main application scenarios for the Figure 8 optical cable include intercommunication over long distances with high current and power transmission. Its steel suspension wire structure ensures high tensile strength, facilitating overhead installation and making it cost-effective. Additionally, the Figure 8 optical cable generally exhibits good tensile performance and temperature characteristics, making it suitable for various environmental conditions. Due to its lightweight nature, the Figure 8 optical cable is increasingly favored in modern communication networks.
FTTH optical cable is a lightweight and flexible fiber optic communication cable mainly used for direct burial, pipe laying, or aerial installation outdoors. It consists of an optical fiber core, a tight buffer layer, a strengthening element, and an outer jacket, and is characterized by its resistance to stretching, wear, and environmental erosion. This type of cable is easy to deploy quickly and is commonly used to connect the user end with network equipment, suitable for broadband access networks such as FTTH (Fiber To The Home) systems. Due to its light weight and ease of operation, skin cable is becoming increasingly popular in the construction of communication networks.
GYTA optical cable is a type of fiber optic cable suitable for long-distance communication and internal building connections, known for its high tensile strength, high flexibility, and excellent transmission performance. This cable features a central strength member at its core, surrounded by loose tubes filled with a water-blocking compound to protect the optical fibers. The outer layer of the GYTA cable is covered by a polyethylene (PE) sheath, providing additional protection against harsh environmental conditions such as humidity, temperature fluctuations, and physical damage. Moreover, GYTA cables are designed to operate over a wide temperature range, typically from -40°C to 70°C, allowing them to function stably in various indoor and outdoor environments. These cables are widely used for their high bandwidth capabilities, cost-effectiveness, and suitability for applications requiring high bandwidth over short distances.
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