TiniFiber TF12-OS2-PL-LC-LC-145FT-1PE 12-Strand Fiber Optic Cable, OS2, Armored, Singlemode, LC-LC Plenum, 145'

Optimize long-distance, high-reliability fiber links with the TiniFiber 12-Strand Fiber Optic Patch Cord. This armored, plenum-rated singlemode cable is engineered to deliver dependable OS2 performance across 12 strands with LC-LC terminations, giving you low-loss connections for surveillance, security, and monitoring networks. The armored jacket resists crushing and rodent damage to protect critical cabling in challenging environments, while the plenum-rated outer sheath allows compliant installation in air-handling spaces commonly found in commercial buildings and data centers.

At 145 feet, this patch cord reduces the need for additional splices or intermediate equipment, streamlining deployments for CCTV, access control, and campus backbone links. LC connectors ensure easy integration with existing networking and security hardware, supporting fast commissioning and minimal downtime. Trust TiniFiber's reliable singlemode OS2 performance to extend camera feeds, monitoring nodes, and high-bandwidth telemetry with consistent signal integrity.

Ideal for security integrators, IT teams, and facilities managers, this cable balances durability, compliance, and long-reach performance. Order the TiniFiber TF12-OS2-PL-LC-LC-145FT to secure your surveillance and networking infrastructure or contact our sales team to discuss custom lengths and bulk options.

• Heavy-duty armored construction protects fiber runs from crushing and rodent damage, reducing downtime for critical security and surveillance systems.
• Plenum-rated jacket enables safe installation in air-handling spaces and meets building-code requirements for commercial networks.
• 12-strand OS2 singlemode design delivers long-reach, low-loss connectivity for monitoring, campus backbone, and data center links.
• LC-LC terminations provide broad compatibility with modern networking and CCTV equipment for quick, reliable patching.
• 145-foot length simplifies long-distance patch runs and reduces the need for intermediate splices or additional cable assemblies.