Description
The KAC-TCH-10 is an ergonomically designed meeting room touch controller that centralizes room control and meeting access. It provides a streamlined interface for calendar-based one-click meeting joining and on-screen camera control. The device is intended to simplify collaboration in modern meeting spaces while maintaining a compact footprint.
Key features include an 8in landscape touch LCD with 1280×800 resolution, an integrated proximity sensor, and a tidy desk single-cable connection option for PoE use. The controller supports one-click calendar integration and straightforward content sharing controls. Its ergonomic housing is designed for comfortable daily use by meeting participants.
Under the hood the KAC-TCH-10 runs Android 12 and delivers a responsive user experience on a high-resolution touch panel. Network connectivity supports 10/100/1000 Mbps Ethernet with PoE and dual-band Wi-Fi for flexible deployments. Local wireless pairing is provided via Bluetooth 5.0 and power can be supplied via PoE or a 12V/3A DC input.
Connectivity options include an RJ-45 Ethernet port supporting PoE, dual-band Wi-Fi for wireless room access, and Bluetooth 5.0 for peripheral pairing. The unit exposes on-screen controls for camera adjustments and integrates with calendar services for scheduled meeting joining. These connectivity choices make the controller compatible with common AV and UC room systems.
The KAC-TCH-10 is suited to small and medium meeting rooms, huddle spaces, and executive offices where quick meeting start and simple device control improve productivity. It enables host and participant interaction with meeting systems using clear on-screen controls and one-touch calendar entry. The compact design keeps the meeting room surface neat and reduces cable clutter.
Installation is straightforward whether desk-placed or wall-mounted using the optional wall-mount bracket sold separately. The device supports PoE for single-cable network and power installation and also accepts a 12V/3A DC supply. Durable construction and an intuitive interface reduce training time and ease long term operation in professional environments.