Madagascar CE certified ADSS optical cable 24 cores

The 24-core ADSS optical cable is CE certified, designed for aerial deployment, and suitable for long-distance, high-speed data transmission in outdoor environments.

Key Features

Fiber Type: 24-core G652D single-mode fibers, supporting ultra-fast data rates up to terabits per second with minimal signal loss over distances of 200–1000 meters. Construction: Loose tube layer stranded structure filled with water-blocking gel, reinforced with aramid (Kevlar) yarns for high tensile strength, and encased in a durable HDPE or anti-tracking polyethylene outer sheath.

All-

Dielectric Self-

Supporting (ADSS): No metallic components or messenger wires are required, allowing the cable to support its own weight for overhead installation along power lines or aerial routes. Environmental Resistance: Resistant to UV radiation, ice, wind, lightning, and other harsh outdoor conditions, making it suitable for rivers, valleys, and high-voltage transmission lines. Span Capability: Can achieve spans up to 1000 meters, reducing the need for repeaters and lowering infrastructure costs.

Certifications: CE certified, ensuring compliance with EU safety and performance standards; some models also meet BV and ISO standards. Performance and ApplicationsHigh-Speed Transmission: Supports data rates up to 100 Gbps over 100 km, ideal for telecommunications, smart city networks, rural broadband backhaul, and industrial IoT applications. Low Signal Attenuation: 24-core G652D fibers provide approximately 20% lower signal loss compared to traditional copper cables over the same distance.

Installation Flexibility: Suitable for aerial deployment without electricity, live-line installation, or direct attachment to existing transmission towers. Customizable Options: Span length, connector types (SC, LC, FC), and jacket color or markings can be tailored to project requirements.

Summary

The CE-certified 24-core ADSS optical cable is a robust, lightweight, and high-performance solution for Madagascar's telecommunications infrastructure. Its all-dielectric design, long-span capability, and environmental resilience make it ideal for overhead installations in challenging terrains, while ensuring compliance with international safety and performance standards. This cable is particularly suitable for high-speed, long-distance data transmission in both urban and remote areas.