10 Meter SC/ST Duplex OM3 Fiber Patch Cable

The 10 Meter SC/ST Duplex OM3 Fiber Patch Cable provides a dependable optical connection between compatible equipment using SC and ST fiber interfaces. Featuring OM3 multimode fiber, SC connectors on one end, ST connectors on the opposite end, and duplex construction, this hybrid fiber patch cord is well suited for telecommunications, enterprise networking, industrial systems, and structured fiber installations.

The SC-to-ST connector configuration makes it easy to interconnect equipment and fiber infrastructure using different connector styles. SC connectors feature a convenient push-pull design, while ST connectors use a bayonet-style locking mechanism for a secure connection. This combination is particularly useful when integrating newer fiber equipment with compatible established or legacy ST-based infrastructure.

Its duplex configuration incorporates two optical fibers to provide separate transmit and receive paths for compatible network connections. OM3 multimode fiber is designed for high-bandwidth, short-distance optical transmission, making this cable suitable for equipment rooms, building networks, telecommunications environments, and other professional fiber applications.

At 10 meters in length, this hybrid fiber jumper provides extended routing flexibility between racks, cabinets, patch panels, fiber enclosures, and optical equipment.

Key Features:

• 10-meter OM3 multimode fiber patch cable
• SC connectors on one end
• ST connectors on the opposite end
• Hybrid SC-to-ST fiber connectivity
• Duplex two-fiber configuration
• OM3 multimode optical fiber
• SC push-pull and ST bayonet-style connector designs
• Useful for interconnecting different fiber interface types
• Suitable for telecom, enterprise, and industrial networks
• Ideal for compatible patch panels and optical equipment

Bridge different fiber interfaces with the 10 Meter SC/ST Duplex OM3 Fiber Patch Cable, a professional SC-to-ST OM3 multimode fiber jumper for network upgrades, equipment interconnections, and structured fiber optic installations.