AMX MKP-108L-WH Massio 8-Button Ethernet Keypad, Landscape Design, White Finish, Fits Standard 2-Gang US, UK, and EU Back Boxes, Compatible with NetLinx Control Systems, (FG5793-08L-W)

AMX MKP-108L-WH Massio 8-Button Ethernet Keypad, Landscape Design, White Finish, Fits Standard 2-Gang US, UK, and EU Back Boxes, Compatible with NetLinx Control Systems (FG5793-08L-W)

The AMX MKP-108L-WH Massio 8-Button Ethernet Keypad (FG5793-08L-W) is a professional wall-mounted control interface designed for reliable integration with AMX NetLinx control systems. Featuring an 8-button landscape layout, this keypad provides expanded control options for AV equipment, lighting, room automation, and other connected systems in commercial and enterprise environments.

With a clean white finish and horizontal installation design, the MKP-108L-WH blends seamlessly into modern interiors while offering an intuitive user control experience. The keypad fits standard 2-gang US, UK, and EU back boxes, providing flexible mounting compatibility for various installation requirements.

Equipped with Ethernet connectivity and programmable buttons, this Massio keypad allows system integrators to create customized control interfaces for conference rooms, classrooms, boardrooms, hospitality spaces, and collaboration areas.

Key Features:

• Eight-button Ethernet keypad for AMX NetLinx control systems
• Landscape orientation for horizontal wall installation
• White finish for a clean and professional appearance
• Fits standard 2-gang US, UK, and EU back boxes
• Eight programmable buttons for customized AV and automation commands
• Ethernet connectivity enables network-based control integration
• Supports AV systems, lighting, shades, and room automation functions
• Provides expanded control capability in a compact wall interface
• Designed for conference rooms, classrooms, boardrooms, and commercial spaces
• Helps minimize equipment clutter with dedicated wall-mounted control
• Suitable for enterprise AV and automation installations
• Easy integration with AMX NetLinx environments