Lynn Electronics D-L2T-1R2-005M Lc/upc St/upc Duplex Patch Cord

Product Description

The LYNN ELECTRONICS D-L2T-1R2-005M is a duplex multimode fiber optic patch cord terminated with LC/UPC connectors on one end and ST/UPC connectors on the other. Patch cords of this type carry high-bandwidth optical signals between active equipment, panels, and distribution frames in structured cabling systems. The duplex configuration supports simultaneous transmit and receive paths over two fibers. This cord is suited for installation by low-voltage technicians, network cabling contractors, and data center technicians working with multimode fiber infrastructure.

This patch cord is designed for multimode fiber optic network applications including horizontal runs between patch panels and switches, cross-connects in telecommunications rooms, and equipment-side connections at server racks or network closets. The LC/UPC to ST/UPC connector combination addresses mixed-connector environments where legacy ST-terminated equipment interfaces with newer LC-port hardware. It is sold and packaged as a single assembly.

Key Features

• Duplex configuration supports full-duplex optical transmission over two fibers
• LC/UPC to ST/UPC connector combination bridges mixed-connector infrastructure
• UPC polish on both connector ends minimizes back-reflection losses
• Multimode fiber type supports standard 850 nm and 1300 nm transmission windows
• Factory-terminated custom assembly for consistent insertion loss performance

Compatibility

Designed as an OEM-style replacement or direct-install assembly for multimode fiber optic patch panel systems and active equipment ports using LC/UPC and ST/UPC connector interfaces.

Installation Notes

Installation should be performed by qualified low-voltage or fiber optic cabling technicians in accordance with TIA-568 structured cabling standards. Clean all connector end faces with an appropriate fiber optic cleaning tool before mating to avoid contamination-related signal loss. Do not bend the cord below its minimum bend radius during routing, and avoid pinching or kinking the jacket. Power down or disable optical transceivers at the connected ports before handling connectors where practical.