Logitech Tap - controller - with Logitech Cat5e Kit

Product Info

Logitech Tap delivers one-touch join, easy content-sharing, and center-of-room control to meeting rooms, promoting a consistent user experience for deployments running Google Meet, Microsoft Teams Rooms, Zoom Rooms, or other video conferencing services.

Flexible cabling allows Tap to be placed near participants for convenient operation while installing the host computer in a cabinet, beneath a table, or behind a display. An integrated strain relief and cable management system keeps connections tight. And, multiple mounting options provide optimal visibility while keeping meeting room appearances clean.

With its spacious 10.1" touchscreen, silent operation, and high-uptime design innovations, Tap makes for a perfect fit in small, medium, and large meeting rooms with Logitech Room Solutions.

Description

Intuitive control The Logitech Tap offers an intuitive touchscreen interface, making video conferencing room control seamless and straightforward. Its 10. 1-inch display with a resolution of 1280 x 800 pixels ensures clear and accessible controls for all users. Enhanced connectivity Equipped with a variety of interfaces including HDMI input, USB-C 3. 1, and USB 3. 1, the Logitech Tap ensures versatile connectivity options for a wide range of devices, enhancing the overall video conferencing experience. Secure and reliable Featuring anti-theft protection and a security slot compatible with Kensington security locks, the Logitech Tap is designed for secure installation in any video conferencing room. Its compliance with VESA FDMI standards further ensures reliable mounting and positioning. Superior audio integration With an integrated speaker, the Logitech Tap delivers clear audio for video conferencing, ensuring that every participant can be heard without the need for external speakers. Smart functionality The inclusion of a motion sensor not only enhances the user experience by activating the controller when presence is detected but also contributes to energy efficiency by entering a low-power state when the room is empty.