TLC 2 Fiber Duplex Multimode OM4 Tight Buffer Indoor OFNR (Riser) | 1000ft

TLC 2 Fiber Duplex Multimode OM4 Tight Buffer Indoor OFNR (Riser) | 1000ft

The TLC 2 Fiber Duplex Multimode OM4 Tight Buffer Indoor OFNR (Riser) Fiber Optic Cable | 1000ft is designed to deliver high-bandwidth fiber connectivity for vertical building installations and structured cabling backbones. Ideal for enterprise networks, data centers, telecommunications rooms, and multi-floor commercial buildings, this duplex OM4 fiber cable provides reliable high-speed performance for modern network infrastructure.

Constructed with 2 strands of laser-optimized OM4 multimode fiber in a duplex configuration, this cable supports 10Gb, 40Gb, and 100Gb Ethernet applications, making it an excellent choice for high-speed point-to-point links, patching, and short backbone runs. The tight-buffered construction simplifies termination and handling, allowing installers to deploy fiber efficiently in demanding commercial environments.

The OFNR riser-rated jacket meets fire safety requirements for vertical cable pathways between floors, making it suitable for riser shafts, vertical backbone runs, and structured cabling systems in commercial and institutional buildings.

Supplied in a convenient 1000ft pull box, the TLC OM4 duplex fiber cable provides installers with a flexible and dependable solution for high-performance fiber network deployments.

Key Features

• 2-strand duplex OM4 multimode fiber for high-speed point-to-point connections
• Supports 10Gb, 40Gb, and 100Gb Ethernet applications
• Tight-buffered construction for easier termination and installation
• OFNR riser-rated jacket for vertical building installations
• Ideal for data centers, telecom rooms, enterprise networks, and backbone cabling
• Duplex configuration for transmit/receive fiber links
• 1000ft pull box for efficient jobsite deployment

Deploy high-speed fiber connectivity with TLC OM4 duplex riser cable. Order today to ensure your network infrastructure supports modern bandwidth demands.