O-DN

Description

Fiber Optic Cable – Outdoor Dielectric Drop Cable (O-DN Series)

The Outdoor Dielectric Fiber Optic Drop Cable (O-DN Series) is engineered for high-performance last-mile fiber connectivity between network distribution points and residential or commercial premises. Designed with a central loose tube non-armored construction, the cable provides dependable fiber protection while maintaining lightweight flexibility for easy installation.

The fully dielectric design eliminates metallic components, making the cable immune to electromagnetic interference and suitable for installations near electrical infrastructure. The gel-filled structure prevents moisture penetration, while the UV-stabilized polyethylene (PE) jacket ensures long-term resistance against harsh environmental conditions including sunlight exposure, temperature fluctuations, humidity, and outdoor mechanical stress.

Suitable for aerial lashed installations and direct burial applications, the O-DN Series supports modern broadband, ISP, and FTTH network expansion projects requiring reliability and safety.

Key Features

• Fully dielectric design (non-metallic construction)

• Central loose tube fiber protection

• Excellent resistance to RF and electromagnetic interference

• UV-stabilized PE outer jacket

• Moisture-resistant gel-filled structure

• Lightweight and easy installation

• Reliable performance in harsh outdoor environments

• Suitable for aerial and underground deployment

Applications

• FTTH (Fiber to the Home) networks

• Telecom access networks

• Broadband infrastructure deployment

• ISP distribution systems

• Outdoor aerial and buried fiber installations

Technical Highlights

• Product Series: O-DN

• Cable Type: Central Loose Tube

• Construction: Non-Armored Dielectric

• Jacket Material: Polyethylene (PE)

• Jacket Color: Black

• Installation Temperature: -30°C to +70°C

• Operating Temperature: -40°C to +70°C

• Environmental Space: Aerial Lashed & Buried

• Protection: UV Stabilized & Water Resistant

• Compliance Standard: ANSI/ICEA S-110-717