Milesight IoT Display DS7610
Milesight DS7610 IoT Display brings customers simplicity and a user-friendly experience in managing rooms' conditions with one tap. As an advanced IoT solution, DS7610 has a built-in LoRaWAN® gateway and NFC to manage Milesight LoRaWAN® sensors and display intuitive data and the status on the screen. More significantly, the 10.1-inch capacitive touchscreen display allows users to see and customize the user interface with easy settings and smooth screen switching. Customizable step-less adjusted RGB LED indicators of DS7610 can show the real-time room availability instantly even from a distance. DS7610 also supports 3rd-party Android applications, allowing users to install applications as needed, such as Meeting Room Booking Systems, Visitor Appointment Systems, Smart Restroom Management Systems, and more
Features
- Quad-core industrial processor with big memory
- Straightforward user interfaces are presented on 10.1-inch capacitive touch screen with customizable step-less adjusted RGB LED indicators on the sides
- Customizable branding logo and background image appearing on the screen
- Plug-and-play PoE, DC power, or Type C power supply available
- Provides easy installation, flexible mounting options, and a specialized design to hide wires
- Equipped with NFC for Milesight LoRaWAN® nodes configurations, ID identifications, contactless meeting check-in,
- Support extra DI/DO/RS485 industrial serial ports via an optional docking station
- Built-in one-channel SX1262 LoRaWAN® gateway module is well-qualified to manage end nodes indoors, showcase intuitive status, streamline management, and simplify control and maintenance
- Provide SDKs to develop and install 3rd-Party Android applications and allows customized systems
- Provide application customization services including Meeting Room Booking System, Visitors Appointment Systems, Smart Restroom Management System, and more
- Built-in ambient light sensor and proximity sensor automatically adjust the screen’s brightness according to external light conditions for saving energy.
