12 Core ADSS Fiber Optic Cable-The Lightweight Single Jacket Solution

Product Overview

The 12 Core ADSS (All-Dielectric Self-Supporting) Cable is the industry standard for "last-mile" aerial connectivity and rural broadband expansion. Designed with a Single Jacket (SJ) construction, this cable is optimized for weight-sensitive utility poles and short-to-medium span lengths.

By eliminating metallic components, this 12-core cable is immune to electromagnetic interference and lightning strikes, making it the safest choice for installation alongside high-voltage power distribution lines. Reinforced with premium Aramid Yarn, it provides the necessary tensile strength to maintain stability under wind and ice loads without the need for a messenger wire.

Performance Highlights

• Optimized for 100m-150m Spans: Perfect for urban distribution and pole-to-pole distances typical in residential fiber rollouts.

• Rapid Installation: The lightweight, small-diameter design reduces the mechanical load on poles and allows for faster deployment compared to heavy-armored cables.

• All-Dielectric Safety: 100% non-metallic construction ensures no grounding is required, significantly reducing installation complexity and cost.

• Reliable Moisture Protection: The central loose tube is filled with a specialized water-blocking jelly to protect the 12 fibers from long-term environmental degradation.

• UV-Resistant HDPE Jacket: The outer sheath is formulated to withstand intense solar radiation and extreme temperature fluctuations.

Technical Specifications (12 Core)

Key Application Scenarios

The 12 Core ADSS is a versatile "workhorse" for several network types:

• FTTH Rural Broadband: The most cost-effective solution for bringing fiber to remote homes using existing power poles.

• CCTV & Security Networks: Providing high-speed data backhaul for city-wide surveillance cameras mounted on utility infrastructure.

• Campus & Enterprise Links: Connecting separate buildings within a facility via overhead lines.

• Smart Grid Distribution: Linking sensors and automated switches on medium-voltage power lines.