OS1/2 Singlemode Fibre Optic Indoor/Outdoor Cable (9/125µm)

Deploy high-capacity fibre infrastructure with our premium OS1/2 Singlemode Distribution Cable, engineered for durability, performance, and simplified indoor installation.

Designed specifically for LAN backbones, campus networks, riser systems, and data centre environments, this tight-buffered cable provides a compact, flexible, and high-performance solution for Australian commercial buildings.

Maximum Performance for Indoor Links

Built with OS1/2 Singlemode fibres (9/125µm), this cable delivers exceptional long-distance transmission with minimal attenuation.

• Supports 10Gbps, 40Gbps, and 100Gbps applications
• Ideal for long-distance backbone runs
• Optimised for high-speed, mission-critical networks
• Compact distribution design for efficient use of indoor space

It provides the scalability needed for modern enterprise and data centre upgrades.

Designed for Easy Installation

Unlike loose tube designs, the tight-buffered 900µm construction allows for fast and efficient deployment.

• No gel filling – no cleaning required
• Direct connector termination onto each fibre
• Reduced installation time
• Lower labour costs
• Improved termination reliability

Perfect for routing through ducts, conduits, risers, and cable trays in structured cabling systems.

Built for Safety and Reliability

Safety and durability are built into every layer:

• LSZH (Low Smoke Zero Halogen) jacket for indoor fire compliance
• Flame-retardant sheath ideal for multi-storey buildings
• Aramid yarn strength members for superior tensile strength
• Excellent mechanical protection without sacrificing flexibility

This ensures dependable performance in demanding commercial environments.

Key Features at a Glance

• Construction: Tight-buffered 900µm fibres
• Safety Rating: Flame-retardant LSZH jacket
• Strength Members: Aramid yarn reinforcement
• Flexibility: Suitable for ducts, conduits, trays, and risers
• Applications: LAN backbones, data centres, campus networks
• Performance: High-speed, low-loss transmission over long distances