DS7610

Simplicity With A User-Friendly Experience

LoRaWAN® IoT Display

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 customise the user interface with easy settings and smooth screen switching. Customisable stepless 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 presented on 10.1-inch capacitive touch screen with customisable stepless adjusted RGB LED
indicators on the sides
Customisable 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 specialised 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 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 to customise 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