Lynn Electronics LGX-FPP-L3Q-03 12-fiber OM3 Lc Splice Cassette

Product Description

The LYNN ELECTRONICS LGX-FPP-L3Q-03 is a 12-fiber multimode fiber optic patch panel cassette designed for structured cabling installations in commercial and industrial environments. Built for OM3-rated 50-micron multimode fiber, this cassette integrates an LC splice interface that supports high-density fiber termination in a compact LGX-format housing. Network technicians and low-voltage cabling contractors use this cassette to organize, protect, and route fiber connections inside patch panels and fiber distribution units. The splice cassette format simplifies field terminations and keeps fiber bundles managed and accessible for future moves, adds, or changes.

This cassette is suited for backbone and horizontal fiber runs in data centers, enterprise networks, and campus distribution systems where OM3 multimode fiber is the installed plant. The 12-fiber count and LC interface make it a practical fit for high-density patch environments. It ships as a single unit and is intended for use within LGX-compatible fiber enclosures and chassis. Installers working with pre-terminated trunk cables or field-spliced runs will find this cassette compatible with standard 12-fiber ribbon or loose-tube configurations common to OM3 deployments.

Key Features

• 12-fiber capacity per cassette for organized, high-density fiber routing
• OM3 50-micron multimode-rated for 10GbE and 40GbE applications
• LC splice interface for low-profile, high-density termination
• LGX form factor compatible with standard fiber distribution enclosures
• Single-unit configuration supports modular, scalable cabling infrastructure

Compatibility

Designed as an OEM-style replacement and standard integration component for LGX-compatible fiber patch panel enclosures and fiber distribution units supporting 12-fiber OM3 multimode cabling infrastructure.

Installation Notes

Installation should be performed by a qualified low-voltage cabling technician or licensed communications contractor following BICSI and applicable local codes. Power down or disable active transceivers and inspect fiber end-faces before seating connections. Avoid exceeding the minimum bend radius of the fiber when routing inside the enclosure. Use appropriate fiber cleaning tools on all connectors and splice points before final termination.