Fiber optic cable type 24 cores

A 24-core fiber optic cable contains 24 individual optical fibers, designed for high-speed, long-distance data transmission with options for armored, ADSS, or GYTY53 constructions for various environments. Structure and Types1. Armored Fiber Optic Cable: Features 24 single-mode fibers encased in a corrugated steel armor with a UV-resistant HDPE outer sheath.

Provides mechanical protection against impact, rodents, and harsh outdoor conditions. Suitable for underground ducting, direct burial, and aerial installations. Fire-retardant jackets enhance safety in critical environments.

2.

ADS

S (All-Dielectric Self-Supporting) Cable: Uses a loose tube layer stranded structure filled with water-blocking compound. Reinforced with aramid fibers for tensile strength and temperature stability. Lightweight and electrically non-conductive, allowing installation on high-voltage transmission towers without grounding.

Ideal for overhead lines, rivers, valleys, and areas with lightning exposure. 3. GYTY53 Outdoor Armored Cable: Loose tube design with water-blocking gel and central steel strength member.

Double P

E sheath and corrugated steel tape armor provide crush resistance, rodent protection, and moisture prevention. Compliant with ITU-T G. 652.

D or G. 657. A1 standards for single-mode fibers.

Suitable for direct-buried outdoor backbone and access networks, tunnels, or ducts.

Key Features

High Bandwidth Capacity: Supports fast and stable data transmission for telecom, broadband, and FTTH networks. Low Attenuation: Minimal signal loss over long distances ensures reliable communication. Environmental Resistance: UV, weather, and moisture-resistant for outdoor and harsh conditions.

Mechanical Protection: Armoring and reinforced sheaths protect against physical damage and rodents. Versatile Applications: Telecom networks, railway signaling, industrial automation, smart city infrastructure, and high-voltage power line communications.

Applications

Telecommunication & Broadband: High-speed fiber connectivity for backbone and access networks. Railway Signaling: Stable data transmission for signaling and communication systems. Industrial & Smart Cities: Supports automation, monitoring, and intelligent networking.

Power Transmission Lines: ADSS cables enable communication networks on high-voltage towers without electrical interference. 24-core fiber optic cables are widely used in scenarios requiring high reliability, long-distance transmission, and protection against environmental and mechanical stresses, making them suitable for both urban and industrial deployments.