LoRaWAN-EU868 Module Long-Range Low-Power Wireless Communication Module LoRaWAN EU868 Module (STM32WLE5) 863 - 870 MHz

LoRaWAN-EU868 Module Long-Range Low-Power Wireless Communication Module LoRaWAN EU868 Module (STM32WLE5) 863 - 870 MHz Beskrivelse

Module LoRaWAN-EU868 is a long-range, low-power wireless communication module based LoRa modulation technology, designed for long-distance, low-power IoT application scenarios.
The module adopts the RAK3172-8-SM-I (built-in STM32WLE5) core solution, featuring long-distance transmission, low power consumption, and high receiving sensitivity. Developed for the EU868 frequency band, it complies with European radio frequency regulations and is suitable for the EU and regions adopting the EU868 band.
The module integrates a complete LoRaWAN protocol stack, supporting three operating modes: Class A/Class B/Class C, and is also compatible with point-to-point (P2P) communication. It supports low-power sleep to meet the requirements of long-endurance terminals.
Hardware-integrated DIP switches allow flexible switching of UART communication pins to adapt to different main control platform pin assignments. The module is controlled via standard AT commands and supports multi-module stacking for easy function expansion.
Equipped with a high-performance rubber duck antenna, it improves signal stability, coverage, and communication distance, adapting to complex industrial and outdoor environments. Typical applications include agriculture, industrial monitoring, environmental monitoring, and other long-range low-power IoT communication scenarios.

This module can act as a collection node connected to a LoRaWAN gateway for data acquisition and remote management; it can also achieve direct device-to-device communication in P2P mode without a gateway.
Feature:
Compliant with LoRaWAN 1.0.3 protocol
Supports EU868 frequency band
Supports LoRa P2P (Point-to-Point) communication
LoRaWAN activation modes: OTAA, ABP
UART communication (AT commands)
High-sensitivity rubber duck antenna
Low power consumption
Dev