Introduction

Designed for use with RFM69 transceivers and RFM95/RFM96 LoRa transceivers. Ideal in projects where battery life is critical and which require the computing and peripheral diversity of SAMD ARM processors.

Made in USA

Full Specifications & Guide

Be sure to check out the guide at the link below for specifications, getting started with Arduino IDE, sample source code, and other more in-depth documentation.

Official MoteinoM0 Guide

Pin-Compatible radios

• RFM69HCW-S2-433Mhz (20dBm)
• RFM69HCW-S2-868/915Mhz (20dBm)
• RFM95 LoRa (433Mhz) (20dBm)
• RFM95 LoRa (868/915Mhz) (20dBm)

What you get:

An assembled and tested MoteinoM0 board, no optional add-ons. The testing is done by loading the Moteino with a sample sketch to ensure functionality of radio transceiver module and FLASH chip (if any added). Side headers and transceiver are not included, you can add those from the options above. A monopole wire antenna is included separately when a transceiver is chosen.

Optional add-ons

• Transceiver - when you pick an available transceiver it is soldered to the board and tested for you, includes a separate wire monopole antenna. Transceivers also available separately, see compatible list above.
• Windbond 4MBIT FLASH-MEM - this is a very low sleep power FLASH chip that can be used for (OTA) wireless programming or general data storage (512KBytes of memory), also available separately.
• BME280 Breakout flat mount sensor board (coming soon)
• LSM9DS1 9DOF Breakout accelerometer/gyro/magnetometer flat mount sensor board (coming soon)
• microSD Breakout low power flat mount breakout board (coming soon)

Questions & Support

Have a question or support issue? You may use the Ask a question feature.

Also check out the LowPowerLab Community Forum where you can:

• register and submit a question or support issue
• find answers to many previous user questions and resolved issues
• see lots of shared user project using this and other LowPowerLab products

You may also use this contact form to submit a support/private question or custom work inquiry:

LowPowerLab Contact Form