5 Meter LC/SC Duplex OM3 Fiber Patch Cable

The 5 Meter LC/SC Duplex OM3 Fiber Patch Cable provides reliable optical connectivity between compatible equipment using different LC and SC fiber interfaces. Featuring OM3 multimode fiber, LC connectors on one end, SC connectors on the opposite end, and a duplex configuration, this hybrid fiber patch cord is well suited for data centers, telecommunications rooms, network infrastructure, equipment upgrades, and structured fiber optic cabling.

The LC connectors provide a compact interface commonly used in high-density network equipment and fiber panels, while the SC connectors feature a secure push-pull design for straightforward connection to compatible optical hardware. This hybrid LC-to-SC configuration eliminates the need for separate adapters when directly connecting compatible equipment with different fiber connector types.

Its OM3 multimode fiber construction is designed for high-bandwidth, short-distance optical transmission within modern network environments. The duplex configuration contains two optical fibers, providing separate transmit and receive paths for compatible fiber links.

At 5 meters in length, this OM3 fiber jumper provides added routing flexibility between racks, cabinets, patch panels, fiber enclosures, switches, transceivers, and other compatible optical equipment. The extended reach makes it useful when network components are separated across equipment areas or structured cabling pathways.

Key Features:

• 5-meter fiber optic patch cable
• LC connectors on one end
• SC connectors on the opposite end
• Hybrid LC-to-SC fiber connectivity
• OM3 multimode fiber construction
• Duplex two-fiber configuration
• Separate transmit and receive paths for compatible links
• Compact LC interface for high-density applications
• Push-pull SC connector design
• Ideal for data centers, telecom rooms, and structured fiber networks

Bridge different optical interfaces with the 5 Meter LC/SC Duplex OM3 Fiber Patch Cable, providing convenient LC-to-SC connectivity for professional OM3 multimode fiber networks.