3 Meter LC/ST Duplex OM3 Fiber Patch Cable

The 3 Meter LC/ST Duplex OM3 Fiber Patch Cable provides high-performance optical connectivity between equipment using LC and ST fiber interfaces. Featuring OM3 multimode fiber, LC connectors on one end, ST connectors on the other, and duplex construction, this hybrid fiber patch cord is well suited for enterprise networks, telecommunications systems, industrial environments, and structured fiber installations.

The LC-to-ST connector configuration allows compatible equipment with different fiber interfaces to be connected directly without requiring separate adapters. Compact LC connectors are ideal for high-density network equipment, while ST connectors feature a bayonet-style locking mechanism commonly found in established, legacy, and industrial fiber infrastructure.

Its duplex construction 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 useful for network equipment interconnections, fiber backbones, telecommunications rooms, and infrastructure upgrades.

At 3 meters in length, this OM3 fiber jumper provides practical routing flexibility between nearby racks, cabinets, patch panels, media converters, switches, transceivers, and other compatible optical equipment.

Key Features:

• 3-meter OM3 multimode fiber patch cable
• LC-to-ST connector configuration
• Duplex two-fiber construction
• OM3 multimode optical fiber
• Hybrid LC/ST fiber optic jumper
• Compact LC connectors for high-density equipment
• ST bayonet-style locking connectors
• Designed for high-bandwidth, short-distance fiber links
• Suitable for media converters, patch panels, and network equipment
• Ideal for enterprise, telecom, and industrial fiber networks

Connect modern and established fiber interfaces with the 3 Meter LC/ST Duplex OM3 Fiber Patch Cable, a versatile LC-to-ST OM3 multimode fiber jumper for professional network and structured fiber optic installations.