LZE mioty M3B magnolinq Makerboard

The mioty® M3B Magnolinq Makerboard offers a complete prototyping and development platform and facilitates the entry into the two new IoT technologies mioty® and magnolinq. With the Low Power Wide Area Network (LPWAN) technology mioty it is possible to transmit data over several kilometers in a particularly power-saving way.

Magnolinq is a new wireless magnetic short-range communication technology that configures LPWAN sensors extremely quickly and easily.

Application development is straightforward through the use of the widely available Arduino IDE. The sensor hardware available on the board also enables a wide variety of applications to be implemented without the need for additional peripherals. Platform can be used flexibly due to numerous accessible GPIOs.


  • STM32DUINO compatible microcontroller STM32L072RBT
  • mioty® modem Swissphone Wireless AG M.YON
  • magnolinq® Interface
  • temperature, humidity SHT31A
  • barometer MS5637
  • 3-axis acceleration ADXL363
  • ambient brightness Si1141-A11-G
  • 2x 2.54mm Pitch Pinheader compatible to Adafruit® Feather®

Technical Key Features

  • minimum and maximum limits: -0.3 - 6.0 V
  • supply voltage: 2.3 - 5.5 V
  • 0° to 55° Celcius (modem limit)
  • storage temperature -40° to 85° Celcius
  • temperature: -40°C - 90°C, ±0.3°C
  • humidity: 0%RH - 100%RH, ±2%RH
  • acceleration: measuring range adjustable ±2/4/8 g with resolution ±1/2/4 mg/LSB

The specially developed LZE MIOTY™ M3B magnolinq Makerboard, M3 Board for short, makes it easier to get started using mioty™ and then implementing projects thanks to its structure and existing components. The embedded, self-programmable microcontroller not only allows the implementation of a variety of individual projects, but the development and programming of the board is easily possible with the help of the widely used and welldocumented open-source Arduino IDE. In addition, peripheral components or sensors for standard functions are already integrated. The board can nevertheless also be expanded as desired through external interfaces and therefore individually configured for a wide range of applications.

Tutorials or resources:

Where to get software:

Where to get hardware: