TLC 144 Fiber Singlemode Dry Loose Tube Indoor/Outdoor OFNR (Riser) | 1000ft

TLC 144 Fiber Singlemode Dry Loose Tube Indoor/Outdoor OFNR (Riser) | 1000ft

The TLC 144 Fiber Singlemode Dry Loose Tube Indoor/Outdoor OFNR (Riser) Fiber Cable – 1000ft is a high-density fiber optic cable engineered for enterprise networks, telecommunications infrastructure, and campus backbone installations that require riser-rated safety and indoor/outdoor installation versatility. Featuring 144 strands of singlemode fiber, this cable delivers exceptional bandwidth capacity and long-distance data transmission with minimal signal attenuation, making it ideal for modern high-speed fiber networks.

Constructed with a dry loose tube design, this cable eliminates messy gel fillers while providing excellent fiber protection and easier cable preparation during installation. The indoor/outdoor-rated jacket allows seamless transitions between exterior pathways and interior building runs, while the OFNR (riser) rating ensures compliance for vertical installations between floors in commercial and institutional buildings.

The 144-fiber configuration provides high-density capacity for telecommunications rooms, backbone links, and expanding fiber infrastructures. Supplied on a 1000-foot reel, this cable is ideal for contractors and network professionals installing dependable, large-scale fiber optic infrastructure.

Key Features:

• 144-strand singlemode fiber for high-capacity, long-distance network connectivity
• Dry loose tube construction for easier installation and fiber protection
• Indoor/Outdoor rated jacket for flexible installation environments
• OFNR (riser) rated for vertical building runs between floors
• Ideal for enterprise networks, telecom infrastructure, and campus backbone cabling
• Designed for high-density fiber network deployments
• 1000ft reel for professional fiber optic installations

The TLC 144 Fiber Singlemode Dry Loose Tube OFNR Indoor/Outdoor Fiber Cable delivers scalable bandwidth capacity and reliable long-distance performance for modern fiber optic network infrastructure.