Milesight WS156 Smart Scene Panel LoRaWAN, E-ink screen, 6 buttons Milesight WS156 Smart Scene Panel LoRaWAN, E-ink screen, 6 buttons Milesight WS156 Smart Scene Panel LoRaWAN, E-ink screen, 6 buttons

Milesight WS156 Smart Scene Panel

LoRaWAN, E-ink screen, 6 buttons

Varenr: 117524
Alt. varenr: WS156-868M
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Milesight WS156 - Smart Scene Panel for LoRaWAN

3+ year battery life, E-Iink screen, 6 buttons / scenes

 

WS156 LoRaWAN® Smart Scene Panel is a multi-button control panel that lets you trigger different pre-defined scenes.

 

The WS156 Panel is battery powered and wireless, meaning it can be easily installed anywhere and used to control other smart devices via LoRaWAN® or Milesight D2D communication protocol. Besides, it’s equipped a user-configurable E-ink screen to suit different scenes.

 

Compliant with Milesight LoRaWAN® gateway and Milesight IoT Cloud solution, WS156 can be linked to control other Milesight devices without any development. WS156 can be widely used for wireless control in smart office, smart home and hotel multi-scene controls, etc.

 

Main features

  • Battery powered and wireless
  • Programmable E-Ink screen for flexible display options
  • Supports up to 6 unique scenes, each scene can consist of multiple end devices
  • NFC support for one-touch configuration
  • Supports both standard LoRaWAN® and Milesight D2D Protocol
  • Compliant with all standard LoRaWAN gateway and network servers

 

Milesight D2D Communication protocol

Milesight D2D Communication Protocol is a proprietary, wireless protocol developed by Milesight. It allows LoRaWAN-based devices to communicate directly with each other, without the need to go through a LoRaWAN Gateway and network server.

This is ideal for in-building applications, where you want a local action to control something nearby. Such as a smart panel controlling lights, windows blinds or similar, or automating light control connecting a PIR-sensor to trigger when people are detected, or a door magnet to trigger when someone enters the room. The use cases are many.

By using the D2D Communications Protocol tramissions between source and destination will have significantly reduced latency (< 1 second) as compared to the regular setup, where the signal must go through a Gateway, via network server and as downlink to the end device.