Lynn Electronics D-L2L2-4R2-005M Lc Lc Duplex OM4 Fiber Cable

Product Description

The LYNN ELECTRONICS D-L2L2-4R2-005M is an LC to LC duplex multimode fiber optic patch cable built to OM4 specifications with a 50-micron core diameter. It is designed for high-bandwidth data transmission in structured cabling systems, connecting active network equipment such as switches, transceivers, media converters, and fiber patch panels. The duplex configuration carries simultaneous bidirectional signal paths over two fiber strands. At 5 meters in length, it suits short runs within equipment racks, data center cabinets, and telecommunications rooms. Network technicians and low-voltage cabling professionals are the typical installers.

This cable is suited for data center and enterprise network environments where OM4-rated multimode fiber is required. OM4 supports higher bandwidth and longer transmission distances than OM3, making it appropriate for 40G, 100G, and higher-speed applications over short distances. The 5-meter length accommodates cross-connect and inter-rack runs without excess slack. It is sold as a single cable unit.

Key Features

• OM4-rated 50-micron multimode fiber for high-speed data center applications
• LC to LC duplex connectors for bidirectional transmission over two fiber strands
• 5-meter length suitable for intra-rack and short inter-rack runs
• Duplex construction simplifies cable management with a paired, bonded jacket
• Compatible with 40G and 100G transceivers that support multimode OM4 fiber

Compatibility

Designed as a standard OM4 multimode duplex patch cable for use with LC-type fiber optic ports on switches, routers, media converters, and fiber patch panels in structured cabling installations.

Installation Notes

Installation should be performed by a qualified low-voltage cabling technician or network professional familiar with fiber optic handling practices. Inspect connector ferrules for contamination and clean with an approved fiber optic cleaning tool before insertion. Do not bend the cable beyond its minimum bend radius, and avoid applying tension or kinking the jacket during routing. Power down or disable the associated optical transceiver port before connecting or disconnecting the cable to prevent exposure to laser light.