Self-supporting Aerial Optical Cable with Loose Tube Layer Stranding Structure, Metal Reinforcement, Steel-polyethylene Adhesive Sheath, Figure 8 Shape and 24-core G.652D Optical Fiber

Introduction

Our self-supporting aerial optical cable is a high-performance solution meticulously crafted for outdoor aerial cabling applications. Engineered with advanced technology and top-quality materials, this cable combines durability, reliability, and excellent optical performance, making it an ideal choice for various communication networks that require long-distance and stable data transmission.

Key Features

• Loose Tube Layer Stranding Structure: The cable adopts a loose tube layer stranding structure, which provides excellent protection for the optical fibers inside. Each optical fiber is placed in a loose tube filled with a special gel, which can effectively isolate the fibers from external mechanical stress, moisture, and temperature changes. This structure also allows for easy fiber management and reduces the risk of fiber breakage during installation and operation.
• Metal Reinforcement: Equipped with a metal reinforcement member, the cable has enhanced mechanical strength. The metal reinforcement can withstand significant tension and compression forces, ensuring that the cable can remain intact even in harsh outdoor environments with strong winds, ice, and other adverse conditions. It plays a crucial role in maintaining the stability and reliability of the cable's optical performance.
• Steel-polyethylene Adhesive Sheath: The cable features a steel-polyethylene adhesive sheath, which offers multiple benefits. The steel layer provides additional protection against external mechanical damage, such as rodent bites and physical impacts. The polyethylene layer, on the other hand, is resistant to UV radiation, moisture, and chemicals, enhancing the cable's durability and lifespan. The adhesive bonding between the steel and polyethylene layers ensures a strong and stable sheath structure.
• Figure 8 Shape: The unique figure 8 shape design of the cable makes it self-supporting, allowing for easy and convenient aerial installation. The two loops of the figure 8 shape can be used for different purposes, such as one loop for supporting the cable's weight and the other for housing the optical fibers. This design eliminates the need for additional supporting wires in many cases, simplifying the installation process and reducing costs.
• 24-core G.652D Optical Fiber: The cable contains 24 cores of G.652D optical fiber, a widely used and highly reliable fiber type. G.652D fiber offers low attenuation, high bandwidth, and good dispersion characteristics, enabling high-speed and long-distance data transmission. With 24 cores, the cable can support multiple communication channels simultaneously, meeting the increasing demand for data capacity in modern communication networks.

Applications

• Telecommunications Networks: This self-supporting aerial optical cable is an excellent choice for telecommunications networks, such as connecting base stations, central offices, and other network nodes. Its high fiber count and reliable performance can support the transmission of large amounts of voice, data, and video signals over long distances.
• Broadband Access Networks: In broadband access networks, the cable can be used for providing high-speed Internet access to residential and commercial areas. The 24-core G.652D fiber allows for the connection of multiple users or services, enabling the deployment of fiber to the home (FTTH), fiber to the building (FTTB), and other broadband access solutions.
• Power Communication Networks: For power communication networks, the cable's metal reinforcement and durable sheath make it suitable for installation in power transmission and distribution systems. It can be used to transmit control signals, monitoring data, and other information between power substations, power plants, and other power facilities.
• Rural and Remote Area Networks: In rural and remote areas where underground cabling may be difficult or expensive, this self-supporting aerial optical cable provides a practical solution for establishing communication networks. Its self-supporting design and long-distance transmission capabilities can help bridge the digital divide and bring modern communication services to these areas.

In conclusion, our self-supporting aerial optical cable with loose tube layer stranding structure, metal reinforcement, steel-polyethylene adhesive sheath, figure 8 shape, and 24-core G.652D optical fiber is a reliable, high-performance, and versatile solution for outdoor aerial cabling applications.