Lynn Electronics D-L2S2-1R2-005M Multimode Duplex Fiber Optic Patch Cable, OM1, 62.5/125, LC / SC Connector, 16.4' (5m)

Optimize short-run multimode connections for security, surveillance and enterprise monitoring with the Lynn Electronics D-L2S2-1R2-005M OM1 duplex fiber patch cable. This factory-terminated fiber patch cord uses 62.5/125µm OM1 multimode fiber with LC to SC duplex connectors, providing a dependable 5m link ideal for CCTV camera backbones, access control, and data center cross-connects. Engineered for real-world deployments, the cable features an OFNR (riser) jacket and heat-shrink termination to prevent zipcord separation and improve longevity in riser pathways.

Every cable is individually tested and shippped with a test report sticker for easy documentation and compliance. Bi-directional barcodes and unique serial numbers printed on both ends let teams scan and automate asset tracking — reducing manual errors during maintenance, moves or audits. Low insertion loss and low back reflection ensure stable video streams and reliable network performance for monitoring and security systems.

Choose Lynn Electronics fiber patch cords to speed installations, simplify asset management, and maintain high-quality links in your security and networking infrastructure. Add to cart to deploy a tested, trackable OM1 duplex solution today.

• Instant, reliable links for security and surveillance: pre-terminated LC/SC duplex connectors and OM1 62.5/125µm fiber deliver low-loss performance for short-run 10G and long-run 100BASE-X applications
• Asset-ready labeling: unique serial, part number and barcode printed on both ends for fast scanning, inventory tracking and lifecycle management
• Factory-tested with traceable report: every cable includes individual test results to simplify documentation and ensure network uptime
• Durable OFNR riser jacket with heat-shrink termination: flame-rated protection and strain relief reduce field failures and simplify installation in riser pathways
• Designed for low reflection and insertion loss: consistent optical performance that minimizes video latency and packet loss in monitoring and network environments