AMX HARMAN HydraPort HPX-600SL-NA 6-Module Connection Port with US Power Outlet, Brushed Aluminum Finish (AMX-FG560-01S-NA)

AMX HARMAN HPX-600SL-NA HydraPort 6-Module Connection Port with US Power Outlet, Brushed Aluminum Finish (AMX-FG560-01S-NA)

The AMX HARMAN HPX-600SL-NA HydraPort is a modular AV connectivity solution designed to provide convenient access to power, audio/video, networking, and control connections in conference rooms, classrooms, boardrooms, and presentation spaces. Featuring a sleek brushed aluminum finish, this flush-mount tabletop connection port delivers a professional appearance while allowing seamless integration into modern furniture and meeting environments.

Supporting up to six HydraPort modules, the HPX-600SL-NA enables system integrators to customize connectivity options using interchangeable modules for HDMI, USB, Ethernet, audio, control, and other AV requirements. The included US power outlet provides convenient device charging and power access directly at the table surface, helping keep meetings organized and efficient.

Designed with a low-profile flush-mount enclosure, the HydraPort features a dual-direction opening lid that provides easy access from either side while maintaining a clean and unobtrusive installation. Its durable brushed aluminum construction complements premium office furniture designs, making it an ideal solution for professional collaboration spaces requiring flexible and future-ready connectivity.

Key Features:

• 6-module HydraPort connection port for customizable AV connectivity solutions
• Includes integrated US power outlet for convenient device charging
• Supports interchangeable AV, data, control, and power modules
• Elegant brushed aluminum finish for a premium, modern appearance
• Flush-mount design installs cleanly into tables, desks, and lecterns
• Dual-opening lid provides easy access from both directions
• Modular architecture allows future upgrades and changing technology needs
• Ideal for conference rooms, classrooms, boardrooms, and collaboration spaces