CP Technologies G-M4M4S024AS-A-2PE-200F Fiber Optic Cable, 24-Fiber, MPOAF24/MPOAF24, Singlemode, TF-ARM in OFCP "A" 2 Pulley

For mission-critical networking, surveillance and security systems that demand dense, dependable fiber links, the CP Technologies 24-fiber singlemode MPO patch cord provides a rugged, high-capacity solution. This pre-terminated fiber optic patch cord features MPO-A to MPO-A connectivity and singlemode fibers to deliver low-loss aggregation across backbone and distribution layers. The TF-ARM armored construction combined with the OFCP 'A' 2-pulley routing design protects the cable during tight bends and conduit runs, reducing downtime and maintenance in physical security and monitoring deployments.

Designed for fast, repeatable installs in data centers, camera backbones, and enterprise networks, this CP Technologies fiber patch cord (Mfg. P/N G-M4M4S024AS-A-2PE-200F) minimizes field termination and mitigates installation errors. The high-density 24-fiber format reduces rack and tray footprint while supporting high-throughput applications for IP surveillance, network monitoring, and secure communications. Specify this cable when you need a durable, standards-compliant MPO solution that balances performance with ease-of-use. Order the CP Technologies 24-fiber singlemode MPO patch cord for robust, scalable connectivity in your next security or data center deployment.

• Delivers high-density, reliable connectivity for backbone and distribution links, reducing rack space and simplifying high-count installations
• 24-fiber MPO-A to MPO-A singlemode design enables fast, low-loss aggregation for security, surveillance and monitoring networks
• TF-ARM armored construction and OFCP 'A' 2-pulley design protect fibers in harsh or conduit environments for long-term uptime
• Pre-terminated factory-polished MPO connectors minimize installation time and error, improving deployment speed for data centers and enterprise networks
• Built to industry standards (manufacturer part G-M4M4S024AS-A-2PE-200F) for predictable performance and easy integration with existing infrastructure