LC Fiber Adapter Panel – 6 Position – 12 Fiber – Loaded LGX Style – Multimode

Loaded Fiber Adapter Panel – LGX LC Multimode, Zirconia Sleeve, 6 Position – 12 Fiber

Streamline multimode fiber terminations with this pre-loaded LGX-style adapter panel, populated with six LC adapters using precision zirconia ceramic sleeves. Designed for standard LGX fiber enclosures, it provides 12-fiber capacity in a compact footprint and supports multimode OM1–OM4 LC-terminated cabling in high-density environments.

Use it in data centers, telecom rooms, and structured cabling backbones where you need reliable patching between LC-terminated multimode runs while maintaining clear port organization and fast serviceability. The durable black finish provides a sleek, professional look and aids in visual identification, making network organization and maintenance quick and efficient.

Key Features:

• Gruber Part Number: 76-700500
• Fiber Type Compatibility: Optimized for multimode (OM1–OM4) LC connectors in enterprise and data center networks.
• Adapter Interface: LC adapters with zirconia ceramic sleeves for low insertion loss and repeatable performance.
• Panel Format: Standard LGX-style plate for use in most LGX fiber patch panels and enclosures.
• Capacity: 6 LC adapter positions with 12-fiber patching capacity in a high-density layout.
• Construction: Durable molded adapter bodies on a rigid metal plate for long-term reliability.
• Fast Deployment: Pre-loaded and ready to mount—just snap into your LGX enclosure and land your LC patch cords.

Typical Applications:

• Data center and enterprise multimode fiber patch panels
• Telecom and central office fiber distribution frames
• MDF/IDF multimode fiber interconnects and cross-connects
• Backbone and horizontal cabling terminations using LC multimode jumpers

Note: The zirconia ceramic sleeves and LC interface are mechanically compatible with both multimode and single-mode LC connectors, but this SKU is designated and color-coded for multimode applications. Always keep the same fiber type within a given optical path to maintain proper link performance.