LoRaWAN with ProRF and The Things Network

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Contributors: Nick Poole

Resources and Going Further

Now that you know all about LoRaWAN, how will you use it? There are a few hookup guides that can help you get started with the SparkX Pro RF - LoRa®-enabled 915MHz board. While support is limited for SparkX products, these should get you moving in the right direction.

  • Pro Micro Hookup Guide
  • RFM69 Hookup Guide - This is the hookup guide for the RFM69 breakout board. The RFM95W module used on the SparkX Pro RF - LoRa® enabled board is in essence a drop in for the RFM69 module with 2 additional GPIO pins to enable LoRa®. Also be aware that the two use different libraries.

Even more resources:

Need inspiration? Feel free to check out some of the following tutorials!

IoT Tutorials

ESP8266 Powered Propane Poofer

Learn how Nick Poole built a WiFi controlled fire-cannon using the ESP8266 Thing Dev Board!

Getting Started with TJBot

This post will walk you through setting up your TJBot and getting started with the first three recipe examples provided by IBM.

XBee3 Thing Plus Hookup Guide

Get started with SparkFun's XBee3 Thing Plus - both the u.FL as well as the PCB antenna versions.

Qwiic ToF Imager - VL53L5CX Hookup Guide

Hookup Guide for the Qwiic ToF Imager - VL53L5CX

Wireless Tutorials

Are You Okay? Widget

Use an Electric Imp and accelerometer to create an "Are You OK" widget. A cozy piece of technology your friend or loved one can nudge to let you know they're OK from half-a-world away.

SparkFun LoRa Gateway 1-Channel Hookup Guide

How to setup and use the LoRa Gateway 1-Channel in Arduino.

Wireless Remote Weather Station with micro:bit

Monitor the weather without being exposed to it through wireless communication between two micro:bits using the radio blocks! This is useful if your weather station is installed in a location that is difficult to retrieve data from the OpenLog. We will also explore a few different ways to send and receive data.

Monitor Sensor Data from Anywhere

Using WiFi to send sensor data from an ESP32 to a WiFi network and be able to read it from an IoT Dashboard from anywhere in the world.

Or check out this blog post for even more fun inspiration!