AMX FG5793-03-WH AMX MET-7E Metreau 7-Button Ethernet Keypad

The AMX by Harman MET-7E Metreau 7-Button Ethernet Keypad delivers reliable, networked control for AV, security and surveillance systems where simplicity and uptime matter. Designed as an A/V control panel, the MET-7E provides seven double-width, easy-to-operate buttons with blue LED feedback so staff and operators can trigger presets, camera tours, or room functions quickly and confidently. Ethernet connectivity streamlines installation and network management, while the ability to daisy-chain up to three keypads from a single IP address reduces address consumption and cabling complexity in monitoring and conferencing deployments.

Built as a white wall-plate, the keypad integrates discreetly into hospitals, MDUs, boardrooms and secure facilities. Its compatibility with Metreau expansion panels lets integrators scale control surfaces without redesigning the system. Backed by a 3-year warranty, the MET-7E offers the durability and predictable performance required for critical applications like patient monitoring, security control rooms and enterprise conferencing. For a compact, network-friendly keypad that simplifies system control and installation, choose the AMX MET-7E—contact your AMX integrator or order today to streamline your next AV or surveillance deployment.

• Simple networked control: Ethernet connectivity lets integrators connect the keypad directly to AV and security networks for faster deployments.
• Intuitive operation: Seven double-width buttons with blue LED indicators provide clear, tactile control for conferencing, monitoring and surveillance tasks.
• Scalable installation: Daisy-chain up to 3 MET-7E keypads from a single IP address to expand control points without extra addresses.
• Professional, durable design: White wall-plate form factor blends into healthcare, MDU and corporate environments while meeting commercial reliability needs.
• Reduced integration time: Works as a standalone keypad or with Metreau expansion panels, simplifying programming and system commissioning.