TLC 12 Fiber Singlemode Indoor/Outdoor OFNP (Plenum) Interlocking Armor AIA | 1000ft

TLC 12 Fiber Singlemode Indoor/Outdoor OFNP (Plenum) Interlocking Armor AIA | 1000ft

The TLC 12 Fiber Singlemode Indoor/Outdoor OFNP (Plenum) Interlocking Armor AIA Fiber Cable – 1000ft is a premium fiber optic solution designed for high-performance network installations that require plenum-rated safety and rugged mechanical protection. Featuring singlemode fiber, this cable supports long-distance, high-bandwidth data transmission, making it ideal for enterprise networks, data centers, telecom infrastructure, and campus backbone applications.

Constructed with Interlocking Aluminum Armor (AIA), this fiber cable provides superior protection against crushing, rodents, and physical damage while maintaining flexibility for easier installation. The OFNP (plenum) rating allows the cable to be installed in plenum air-handling spaces without additional conduit, while its indoor/outdoor design enables seamless transitions between exterior and interior building environments.

The 12-strand fiber configuration offers reliable scalability for expanding networks and high-capacity fiber backbones. Supplied on a 1000-foot reel, this cable is ideal for professional installers seeking a durable, code-compliant solution for structured fiber optic cabling systems.

Key Features:

• 12-fiber singlemode configuration for long-distance, high-speed network performance
• OFNP (Plenum) rated jacket for installation in air-handling spaces
• Indoor/Outdoor rated for flexible deployment across multiple environments
• Interlocking Aluminum Armor (AIA) for enhanced mechanical protection
• Helps protect against crushing, rodents, and physical damage
• Ideal for data centers, telecom infrastructure, and enterprise backbone cabling
• 1000ft reel for large-scale fiber optic installations

The TLC 12 Fiber Singlemode Indoor/Outdoor OFNP Interlocking Armor Fiber Cable delivers the durability, safety compliance, and optical performance required for modern high-speed fiber networks.