The ESP32 LoRa 1-CH Gateway combines an ESP32 -- a programmable microcontroller featuring both WiFi and Bluetooth radios -- with an RFM95W LoRa transceiver to create a single-channel LoRa gateway. It's a perfect, low-cost tool for monitoring a dozen-or-so LoRa devices, and relaying their messages up to the cloud.

Complete with a Qwiic connector and a breadboard-compatible array of ESP32 pin-breakouts, this board can can also serve as a general-purpose ESP32/RFM95W development platform. So, instead of using it as a LoRaWAN gateway, you can turn it into a LoRa device, and use the powerful ESP32 microcontroller to monitor sensors, host a web server, run a display or more.

These boards are a great way to begin dipping your toes into the world of LoRa and LoRaWAN. Not only can they be programmed as versatile single-channel gateway, but they can also be used as a LoRa device, or a general ESP32/RFM95W development board.

• ESP32-WROOM-32 module
  • WiFi, BT+BLE microcontroller
  • Integrated PCB antenna
• Hope RFM95W LoRa modem
  • Frequency range: 868/915 MHz
  • Spread factor: 6-12
  • SPI control interface
• U.FL antenna connector for LoRa radio
• Reset and ESP32 pin0 buttons
• 14 GPIO ESP32 pin-breakouts
• Power and user LEDs
• Qwiic connector
• CH340C USB-to-Serial interface
• Micro-B USB connector for power and programming

• Product Repository -- GitHub repository where you can find all of our latest hardware and software design files.
• Hardware
  • Schematic -- PDF schematic
  • Eagle Files -- PCB design files
  • ESP32-WROOM-32E Datasheet -- Datasheet for the ESP32 WROOM module
  • RFM95W Datasheet -- Datasheet for the RFM95W LoRa radio module
• Software
  • ESP-1ch-Gateway-v5.0 -- Single-Channel LoRaWAN Gateway Arduino firmware used in this tutorial.
  • Arduino-LMIC library -- LoRaMAC-in-C (LMIC) Arduino library used to create LoRaWAN devices.
    • ESP-1CH-TTN-Device-ABP -- Single-channel LoRaWAN device example using the Arduino-LMIC library.