Lynn Electronics D-L2L2-4R2-020M Lc Lc Duplex OM4 Patch Cable

Product Description

The LYNN ELECTRONICS D-L2L2-4R2-020M is an LC to LC duplex multimode fiber optic patch cable rated for OM4 performance with a 50-micron core diameter. It spans 20 meters and is designed for high-bandwidth data transmission in structured cabling environments. This cable supports applications requiring low insertion loss and consistent signal integrity across short to medium runs. Network technicians and low-voltage installers use this type of patch cable to connect switches, transceivers, patch panels, and fiber distribution units in data centers, telecom rooms, and enterprise network installations.

This patch cable is suited for 10G, 40G, and 100G multimode fiber networks using LC-terminated equipment. The duplex configuration carries simultaneous bidirectional transmission over two fiber strands. Typical install scenarios include backbone runs between server racks, horizontal cabling in structured LAN environments, and connections between active equipment and fiber patch panels. The 20-meter length accommodates mid-range in-rack and cross-room runs without requiring field terminations.

Key Features

• OM4-rated 50-micron multimode fiber supports high-bandwidth transmission up to 100G
• LC to LC duplex connectors for bidirectional data transmission over two strands
• 20-meter length suitable for mid-range rack-to-rack and room-to-room runs
• Pre-terminated factory ends eliminate field splicing and reduce installation time
• Duplex design compatible with standard LC-equipped transceivers and patch panels

Compatibility

Designed as an OEM-style replacement or standard-fit patch cable for multimode fiber installations using LC duplex port equipment such as switches, media converters, and fiber patch panels rated for OM4 50-micron multimode fiber.

Installation Notes

Low-voltage network technicians and structured cabling installers typically handle fiber patch cable installations. Power down or place active ports in a safe state before connecting or disconnecting fiber to prevent optical exposure hazards. Avoid sharp bends beyond the cable minimum bend radius, and do not overtighten cable management hardware around fiber. Installation should follow TIA-568 structured cabling standards where applicable.