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RonMeier
2025-01-11 12:29:18 +01:00
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# LoRa P2P Monitor + LoRaWAN Node
## Overview
* integrated web server
* receive + transmit LoRa P2P or LoRaWAN packets
* LoRa to MQTT, LoRa to HTTP, LoRa to UDP
* "LoRa to LoRaWAN - Bridge" Received LoRa packets can be forwarded directly to LoRaWAN. For example, received LoRa sensors can be connected to LoRaWAN with one device
This means you only need to register one device with TTN to transfer the data from all your lora sensors and you can then read out the sensors individually again in the Payload formatter at TTN
* API: MQTT/http to LoRa or LoRaWAN
* Rules to execute specific commands, HA Auto-Discovery, Scanner, switchable relay outputs
* The corresponding 433 MHz models are also supported
* does not require internet connection
## Hardware Requirements
[Heltec WIFI LoRa esp32 V2](https://heltec.org/project/wifi-lora-32v2/) (868/915)
Vx.x-heltec-lora32_V2_langxx.bin
@@ -22,24 +43,9 @@ Vx.x-ttgo-LoRa-T3S3_SX1262_langxx.bin
[LilyGo TTGO T3S3](https://lilygo.cc/products/t3-s3-lr1121) (H750 with LR1121) (868/915)
Vx.x-ttgo-LoRa-T3S3_LR1121_langxx.bin
* integrated web server
* receive + transmit LoRa P2P or LoRaWAN packets
* LoRa to MQTT, LoRa to HTTP, LoRa to UDP
* "LoRa to LoRaWAN - Bridge" Received LoRa packets can be forwarded directly to LoRaWAN. For example, received LoRa sensors can be connected to LoRaWAN with one device
This means you only need to register one device with TTN to transfer the data from all your lora sensors and you can then read out the sensors individually again in the Payload formatter at TTN
* API: MQTT/http to LoRa or LoRaWAN
* Rules to execute specific commands, HA Auto-Discovery, Scanner, switchable relay outputs
* The corresponding 433 MHz models are also supported
* does not require internet connection
Flash .bin File with esp32 Flash Tool see: [here](https://www.aeq-web.com/esp32-flash-tool-exported-program-upload-bin-hex-file/?lang=en) or [here](Flash-Instructions/Flash-Instructions.pdf) or with web flasher [ESPWEBTOOL](https://esp.huhn.me/)
Flash .bin File with esp32 Flash Tool see: [here](Flash-Instructions/Flash-Instructions.pdf) or [here](https://www.aeq-web.com/esp32-flash-tool-exported-program-upload-bin-hex-file/?lang=en) or with web flasher [ESPWEBTOOL](https://esp.huhn.me/)
The flash tool is only needed the first time, after which all updates can be updated directly from the UI using the update function
After flashing the bin file, an AP is opened at 192.168.4.1. On the config page you can enter your WiFi network name and password, after which the esp will be logged into your own network the next time you start it