We have already discussed the basics of LoRa and how to use LoRa with Arduino. Although the technology is originally intended for a LoRa Node to communicate with a LoRa gateway, there are many ...

These are sample codes for LORA communication for the Arduino. It works with Semtech SX127x, HopeRF RFM9x, Microchip RN2483 long range, low power transceiver families. These examples code is based on ...

As ESP modules become synonyms for Wi-Fi applications, this LoRa technology also has caliber to build a vast network like Internet. We previously build many IoT Based projects using ESP8266 and ...

If you are interested in deploying LoRa — the low power long-range wireless technology — you might enjoy [Rui Santos’] project and video about using the ESP32 with the Arduino IDE to ...

So in this project, we will be using the HPD13A which is a SX1276 IC-based LoRa module to establish communication with the things network, so we can use this module for IoT-related applications.

For the last few years, a new low-power wireless communication standard has been coming on the scene, and now this protocol — LoRa — will soon be available in an Arduino form factor.

Installation, provisioning and remote management of the Gateway are greatly simplified through the Arduino Create platform, enabling users to leverage LoRa connectivity in many potential applications ...

All of that sounds pretty good, right? Well, there’s still one more step: initial testing of the LoRa module(s). In addition to an Arduino Uno board, you’ll need a dedicated library developed for the ...