1 Meter ST/ST Duplex OM3 Fiber Patch Cable

The 1 Meter ST/ST Duplex OM3 Fiber Patch Cable provides dependable optical connectivity for enterprise networks, telecommunications systems, industrial environments, and structured fiber installations. Featuring OM3 multimode fiber, ST connectors on both ends, and duplex construction, this fiber patch cord is designed for connecting compatible fiber network equipment, patch panels, media converters, and optical devices.

ST fiber connectors feature a bayonet-style locking mechanism that provides a secure connection and is commonly found in established, legacy, and industrial fiber optic infrastructure. The ST-to-ST configuration makes this OM3 fiber jumper a practical choice for maintaining existing fiber networks, connecting compatible equipment, and completing network upgrades without changing connector types.

The duplex design 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 commonly used within buildings, telecommunications rooms, network backbones, and equipment areas.

At 1 meter in length, this ST duplex fiber cable is ideal for short connections between nearby equipment, patch panels, and fiber enclosures while helping minimize excess cable in racks and cabinets.

Key Features:

• 1-meter OM3 multimode fiber patch cable
• ST-to-ST fiber connector configuration
• Duplex two-fiber construction
• OM3 multimode optical fiber
• Bayonet-style ST locking connectors
• Designed for high-bandwidth, short-distance fiber links
• Ideal for compatible media converters and network equipment
• Suitable for fiber patch panels and enclosures
• Useful for established and industrial fiber infrastructure
• Professional ST duplex OM3 fiber jumper

Connect compatible optical equipment with the 1 Meter ST/ST Duplex OM3 Fiber Patch Cable, a compact ST-to-ST OM3 multimode fiber jumper for enterprise, telecommunications, industrial, and structured fiber networks.