Optical Cable Corp. 616DSC50G 6 Port Duplex Adapter Plate

Product Description

The OPTICAL CABLE CORP. 616DSC50G is a 6 port duplex fiber adapter plate designed for structured cabling installations. It accepts duplex fiber connectors and provides a clean, organized termination point within a fiber enclosure or wall mount housing. The plate supports OM-rated multimode fiber connections and is sold as a single unit. Network installers and low-voltage cabling technicians use this adapter plate to build out fiber distribution points in both new construction and retrofit applications.

This adapter plate is suited for commercial and residential structured cabling environments where fiber connectivity needs to be organized at a central termination point. It fits into standard fiber enclosures, patch panels, or surface mount housings that accept modular adapter plates. Typical installation scenarios include data centers, server rooms, telecommunications closets, and horizontal cabling runs where multimode fiber segments terminate and cross-connect.

Key Features

• 6 duplex adapter ports provide up to 12 fiber terminations per plate
• Designed for OM multimode fiber connector applications
• Modular insert format fits standard fiber enclosures and housings
• Single-unit packaging for individual installation or incremental buildout
• Organized port layout supports clean cable management within enclosures

Compatibility

Designed as an OEM-style modular insert for standard fiber enclosures and patch panel housings that accept duplex adapter plates in the fiber module connector and insert category.

Installation Notes

Installation is performed by licensed low-voltage cabling technicians or qualified network infrastructure professionals. Before servicing any fiber enclosure, ensure all active fiber links are identified and traffic is migrated or interrupted as appropriate. Use proper fiber handling tools and inspect connector end faces before seating adapters. Follow TIA-568 structured cabling standards for fiber termination and labeling practices.