Outdoor ADSS Cable for FTTx Deployment

The ADSS Cable is a robust and reliable fiber optic cable solution designed for aerial installations. It features a self-supporting design, eliminating the need for metallic messengers, making it ideal for overhead applications where strength and weather resistance are critical.

Description

High-Strength (All-Dielectric Self-Supporting) ADSS Cable for Reliable Outdoor Communication

Key Advantages of ADSS Cable:

  • Superior Strength: It utilizes aramid yarn or fiberglass reinforced core for exceptional tensile strength, enabling it to withstand long suspension spans and harsh weather conditions.
  • Lightweight Construction: Despite its impressive strength, it is lightweight and easy to handle, simplifying installation and reducing overall deployment costs.
  • All-Dielectric Design: Free from conductive materials, it offers excellent safety and electromagnetic interference (EMI) resistance, making it suitable for deployment near high-voltage power lines.
  • Low-Loss Performance: ADSS Cable employs high-quality optical fibers to ensure excellent signal transmission with minimal signal degradation, even over long distances.
  • Versatile Applications: ADSS Cables are popular choices for various outdoor applications, including:
    • Long-distance backbone networks
    • FTTx deployments
    • Power distribution corridors
    • Railway and highway communication systems

Common Parameters of ADSS Cable:

Model Fiber Count Diameter Weight Max. Tensile Load Temperature Range Application
ADSS-48 48 13.2 mm 820 kg/km 10 kN -40°C to +70°C
Distribution and transmission lines
ADSS-72 72 14.5 mm 1050 kg/km 12 kN -40°C to +70°C
Distribution and transmission lines
ADSS-96 96 15.8 mm 1280 kg/km 14 kN -40°C to +70°C
Distribution and transmission lines
ADSS-144 144 17.1 mm 1510 kg/km 16 kN -40°C to +70°C
Distribution and transmission lines

By leveraging the benefits of this cable, you can establish a robust and dependable fiber optic infrastructure for your outdoor communication needs.