Optical Cable Corp. 616MMST Fiber Adapter Plate St 6 Port

Product Description

The OPTICAL CABLE CORP. 616MMST is a 6-port ST fiber adapter plate assembly designed for structured fiber optic cabling installations. This adapter plate provides a clean, organized termination point for multimode fiber optic connections within patch panels, wall plates, or fiber distribution enclosures. It accepts ST-style fiber connectors and allows technicians to route and terminate fiber runs in a fixed, protected format. Network technicians and low-voltage cabling professionals install this component as part of a complete fiber distribution system in both commercial and industrial environments.

This adapter plate assembly is suited for multimode fiber optic infrastructure builds and upgrades where ST-style connectivity is required. It fits into standard fiber management enclosures and patch panel housings that accept modular adapter plate inserts. Typical applications include in-building backbone runs, data center fiber distribution, and campus network infrastructure where organized fiber termination is required at the panel level.

Key Features

• 6-port ST fiber adapter configuration for organized panel-level terminations
• Adapter plate assembly format fits modular fiber enclosures and patch panels
• ST connector interface supports multimode fiber optic connections
• Sold individually as a single assembly unit

Compatibility

Designed as an OEM-style replacement or addition for fiber distribution enclosures and patch panel housings that accept modular ST adapter plate inserts.

Installation Notes

Installation should be performed by a qualified low-voltage cabling technician familiar with fiber optic termination practices. Before installing or removing adapter plates, ensure the enclosure or patch panel is de-energized and all active fiber connections are properly managed to avoid signal disruption. Follow TIA-568 fiber cabling standards for connector polarity and routing. Avoid bending fiber below the minimum bend radius during termination and routing.