Aerial Fig 8 Fiber Optic Cable – Reliable, Durable, and Ideal for Outdoor Telecommunications Infrastructure This robust aerial fiber optic cable is engineered for demanding outdoor environments, offering high-performance connectivity in telecom networks, FTTX deployments, and inter-building communication systems. Designed with a figure-8 configuration, it combines strength, flexibility, and protection—making it an ideal choice for aerial installations where reliability and long-term durability are essential. Key Features: - **Uni-Tube Gel-Filled Design**: Each fiber is housed within a loose buffer tube filled with gel, providing superior mechanical protection against moisture ingress, temperature fluctuations, and physical stress. - **Self-Supporting Structure**: The integrated galvanized steel messenger wire ensures the cable can be strung directly between poles without additional support, simplifying installation and reducing labor costs. - **UV and Moisture Resistant Jacket**: A black polyethylene (PE) outer sheath offers excellent resistance to ultraviolet radiation, weathering, and water penetration—ensuring stable performance in harsh climates. - **Steel Tape Armor**: Adds extra mechanical protection, particularly useful in areas prone to rodent damage or accidental impact. - **Flexible Fiber Counts**: Available from 2 to 24 fibers per cable, supporting various network architectures—from small-scale connections to large enterprise backbones. - **Long-Term Reliability**: Backed by a 25-year warranty, this optical fiber cable meets international standards such as CE, ROHS, and ISO9001, ensuring quality consistency across production batches. Detailed Description: The GYXTC8S model represents a premium-grade figure-8 fiber solution tailored for aerial deployment. Its unique construction separates the load-bearing component (steel messenger wire) from the optical core, minimizing microbending losses while maintaining tensile strength. This design allows for efficient installation on utility poles or towers, especially in rural or suburban settings where trenching is impractical. The jelly-filled buffer tubes not only protect individual fibers but also prevent water migration along the cable length—an important feature for preventing signal degradation over time. With options for different strength members (1.0mm, 1.2mm, or 1.5mm steel wires), users can tailor the cable’s performance to specific environmental and structural requirements. Applications: Ideal for telecommunications providers deploying fiber-to-the-home (FTTH), fiber-to-the-building (FTTB), and fiber-to-the-node (FTTN) solutions. Also widely used in campus networks, industrial sites, and remote area connectivity projects. Whether connecting buildings across a university campus or extending broadband access to underserved regions, this cable delivers consistent data transmission speeds with minimal latency. User Feedback: Customers globally appreciate its ease of handling during installation, thanks to the compact and lightweight structure. Many report that the self-supporting nature reduces the need for complex rigging equipment, lowering overall project costs. Users in coastal and humid regions have praised the UV-resistant jacket and gel-sealed tubes for maintaining signal integrity even after years of exposure to salt air and heavy rainfall. Frequently Asked Questions: What makes this cable suitable for aerial installations? Its figure-8 shape distributes tension evenly between the messenger wire and the optical fibers, allowing safe hanging from overhead supports without compromising fiber performance. How does the gel-filled tube benefit fiber longevity? The gel acts as a barrier against moisture, preventing hydrolysis of the glass fiber core—a common cause of signal loss in non-protected cables. Can I customize the fiber count and length? Yes, standard configurations range from 2 to 24 fibers, with lengths available up to 2000 meters per reel, though custom orders are accepted based on client specifications. Is the material environmentally compliant? Absolutely—the cable uses lead-free materials and complies with RoHS and ISO9001 standards, making it suitable for green-certified infrastructure projects worldwide. In summary, this aerial fiber optic cable stands out as a versatile, future-proof solution for modern telecom needs. Whether you're planning a new fiber rollout or upgrading existing infrastructure, the GYXTC8S delivers unmatched durability, compliance, and value—without sacrificing ease of use or long-term performance.
Product Categories : Outdoor Fiber Optic Cable > Figure 8 Fiber Optic Cable
