TiniFiber TF12-OM4-PL-MTP-MTP-1PE-250 12-Fiber Optic Cable, OM4, Multimode, CMP, Armored, MPO-MPO, 250'

Optimize high-density multimode connectivity with the TiniFiber TF12-OM4-PL-MTP-MTP-1PE-250 12-Fiber OM4 MPO/MTP patch cable. Designed for mission-critical networking, security and surveillance deployments, this plenum-rated, armored fiber cable delivers dependable, low-loss links for video monitoring, access control backbones and data aggregation. The OM4 multimode fibers support high-bandwidth applications such as 40GbE and 100GbE, while the factory-terminated MPO/MTP 12-fiber interface accelerates rack-to-rack and panel-to-panel installations.

Built with a CMP plenum jacket for compliance in air-handling spaces and an outer armor layer for mechanical protection, this 250-foot assembly reduces the need for intermediate splices and helps maintain signal integrity over longer runs. IT and low-voltage teams will appreciate the consistent performance, simplified cable management and reduced installation time compared with custom-terminated solutions.

Specify the TiniFiber 12-fiber OM4 MPO patch cable for secure, high-performance networking, surveillance and monitoring systems—order now to streamline your next infrastructure rollout or retrofit.

• High-density MPO/MTP 12-fiber termination speeds deployment and simplifies multi-fiber connections for data centers, security and surveillance systems.
• OM4 multimode performance delivers reliable 40/100GbE bandwidth for video monitoring, network aggregation and high-speed backbone links.
• CMP plenum-rated jacket enables safe installation in air-handling spaces to meet building and fire-code requirements in commercial and enterprise environments.
• Armored construction provides mechanical protection against crushing and rodent damage, reducing downtime in challenging cable pathways.
• Extended 250' reel length minimizes splices and patching points for cleaner installations and lower insertion loss across long runs.
• Factory-terminated MPO/MTP connectors ensure low-loss, consistent performance and faster turn-up compared with field-terminated assemblies.