TLC 2 Fiber Duplex Singlemode Tight Buffer Indoor/Outdoor OFNR (Riser) | 1000ft

The TLC 2 Fiber Duplex Singlemode Tight Buffer Indoor/Outdoor OFNR (Riser) Fiber Cable – 1000ft is a reliable fiber optic cable designed for enterprise networks, telecommunications systems, and building backbone installations that require riser-rated safety and indoor/outdoor installation flexibility. Featuring 2 strands of singlemode fiber in a duplex configuration, this cable supports long-distance, high-bandwidth data transmission with minimal signal attenuation, making it ideal for modern high-speed network applications.

Constructed with tight-buffered fiber, this cable provides enhanced durability and simplified termination, allowing installers to efficiently deploy fiber connections in structured cabling environments. The indoor/outdoor-rated jacket enables smooth transitions between exterior pathways and interior building runs, while the OFNR (riser) rating ensures compliance for vertical cable runs between floors in commercial and institutional buildings.

The duplex fiber design is commonly used for bi-directional communication applications, including network equipment connections, telecommunications rooms, and backbone links. Supplied on a 1000-foot reel, this cable is ideal for contractors and network professionals installing dependable fiber optic infrastructure.

Key Features:

• 2-strand duplex singlemode fiber for long-distance, high-bandwidth connectivity
• Tight-buffered construction for easier termination and improved durability
• Indoor/Outdoor rated jacket for flexible installation environments
• OFNR (riser) rated for vertical building runs between floors
• Ideal for enterprise networks, telecom infrastructure, and structured cabling systems
• Supports high-speed fiber network applications
• 1000ft reel for professional fiber optic installations

The TLC 2 Fiber Duplex Singlemode Tight Buffer OFNR Indoor/Outdoor Fiber Cable delivers dependable long-distance performance and installation versatility for modern fiber optic network infrastructure.