Self-supporting Aerial Optical Cable with Central Tube Structure, Metal Reinforcement, Steel-polyethylene Adhesive Sheath, Figure 8 Shape and 12-core G.652D Optical Fiber

Introduction

Our self-supporting aerial optical cable is a meticulously designed solution tailored for outdoor aerial communication infrastructure. Engineered with high-quality materials and advanced technology, this cable offers a perfect blend of durability, reliability, and excellent optical performance, making it an ideal choice for various long-distance communication applications.

Key Features

• Central Tube Structure: The cable is constructed with a central tube structure, which provides exceptional protection for the 12-core G.652D optical fibers housed within. The central tube is filled with a specialized gel that effectively isolates the fibers from mechanical stress, moisture, and temperature fluctuations. This structure ensures the fibers remain intact and perform optimally during installation and throughout their operational life.
• Metal Reinforcement: Equipped with a robust metal reinforcement component, the cable boasts enhanced mechanical strength. This metal reinforcement enables the cable to withstand significant tension, compression, and other external forces typically encountered in outdoor environments, such as strong winds, ice loads, and accidental impacts. It plays a crucial role in maintaining the cable's structural integrity and safeguarding the optical fibers from damage.
• Steel-polyethylene Adhesive Sheath: The cable features a steel-polyethylene adhesive sheath, which offers multiple layers of protection. The steel layer provides robust resistance against physical damage, including rodent bites and abrasion, while the polyethylene layer offers excellent resistance to UV radiation, moisture, and chemical corrosion. The adhesive bond between the steel and polyethylene layers ensures a seamless and durable sheath that further enhances the cable's lifespan and reliability.
• Figure 8 Shape: The unique figure 8 shape design of the cable makes it self-supporting, simplifying the installation process. One loop of the figure 8 is used to support the weight of the cable, while the other loop houses the optical fibers. This design eliminates the need for additional supporting wires in many cases, reducing installation costs and time.
• 12-core G.652D Optical Fiber: The cable contains 12 cores of G.652D optical fiber, a widely recognized and trusted fiber type in the industry. G.652D fibers offer low attenuation, high bandwidth, and good dispersion characteristics, enabling high-speed data transmission over long distances. With 12 cores, the cable provides sufficient capacity to meet the communication needs of various applications, from residential broadband to commercial networking.

Applications

• Telecommunications Networks: This self-supporting aerial optical cable is an excellent choice for telecommunications networks, serving as a vital link between base stations, central offices, and other network nodes. Its high fiber count and reliable performance ensure the smooth transmission of voice, data, and video signals over extended distances.
• Broadband Access Networks: In broadband access networks, the cable can be used to bring high-speed Internet services to homes and businesses. The 12-core G.652D fiber allows for the connection of multiple users or services simultaneously, enabling the deployment of fiber to the home (FTTH) and fiber to the building (FTTB) solutions.
• Campus Networks: For campus networks in educational institutions, business parks, and industrial campuses, the cable provides a reliable and cost-effective solution for connecting different buildings and facilities. Its self-supporting design and long-distance transmission capabilities make it suitable for aerial installations across large campuses.
• Rural and Remote Area Networks: In rural and remote areas where underground cabling may be challenging or expensive, this self-supporting aerial optical cable offers a practical alternative. It can be used to establish communication links between villages, farms, and other remote locations, bridging the digital divide and bringing essential communication services to these areas.

In conclusion, our self-supporting aerial optical cable with central tube structure, metal reinforcement, steel-polyethylene adhesive sheath, figure 8 shape, and 12-core G.652D optical fiber is a reliable, high-performance, and versatile solution for outdoor aerial communication needs.