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Module LoRa433 v1.1

SKU:M005-V11

Description

Module LoRa433 v1.1 is a LoRa communication module (operating at 433MHz) in the M5Stack stackable module series, using the Ra-02 module (chip SX1278) solution. The module comes with a built-in SMA antenna and also provides two additional patch MCX pad interfaces, allowing users to switch between different types of antennas as needed. Additionally, the module features a DIP switch for flexible switching of communication pins, enabling multiple stacked modules to be used simultaneously, offering more customization possibilities and flexibility. It is suitable for applications such as remote monitoring, smart cities, home and industrial automation, and IoT devices.

Features

  • Serial communication protocol: SPI
  • Operating frequency: 410MHz~525MHz
  • Supports FSK, GFSK, MSK, GMSK, LoRa™, and OOK modulation modes
  • Receiver sensitivity: as low as -140 dBm
  • Programmable bit rate up to 300Kbps
  • External antenna interface
  • Built-in DIP switch for pin switching
  • Development platforms: Arduino, Micropython, UIFlow(Blockly)

Includes

  • 1 x Module LoRa433 v1.1
  • 1 x External SMA antenna

Applications

  • Remote monitoring
  • Smart cities
  • Home and industrial automation
  • IoT devices

Specifications

Specification Parameter
Frequency range 410MHz~525MHz
Communication interface SPI
Programmable bit rate Up to 300kbps
Antenna Rubber duck antenna @2.5dBi, total length 110mm, SMA inner pin
Operating temperature 0-40°C
Product dimensions 54 x 54 x 13.1mm
Package dimensions 92 x 63 x 25mm
Product weight 16.1g
Package weight 44.6g

Learn

operate

Schematics

schematics

PinMap

image

Model Size

module size

Datasheets

Softwares

Arduino

UiFlow1

Version Change

Release Date Product Changes Notes
/ Initial release of LoRa433 (SKU:M005) /
2024.05.17 LoRa868_V1.1 (SKU:M005_V11) Added a DIP switch compared to the previous version, allowing for switching communication pins, suitable for M5Core, M5Core2, M5CoreS3 hosts, and enabling multiple stacked modules