To send frequency of power line we do not have any field (as per my knowledge). I hope V_FREQUENCY will be a suitable field for sensor variable type. For sensor type we can use S_POWER
Yes, this is a good idea.
but not with an ethernet switch/hub, only an ethernet crossover cable.
??
https://copperhilltech.com/wt32-eth01-serial-to-ethernet-module-based-on-esp32-for-iot-applications/
super, once again a few super links, thanks for that
i will go for the easy way. this sketch by boots33 works perfectly.
But before that i will try to understand and learn the steps.
thanks again
branther
I never noticed the 20 device cap. That won't do.
What I am thinking of now, is to use EspHome and just dedicate a router to handle just that network - so kinda creating an IoT network without internet access and as standalone as possible. Using static IPs should make the response better too.
Thanks for looking into this.
25/25
Програма ChatGPT сказала:
It seems like you're exploring the use of PJON with RS485. While RS485 is natively supported in MySensors, using PJON for collision handling can offer some interesting advantages, especially in environments where communication reliability is critical. PJON's collision management may be useful in bus systems like RS485, but it's worth considering whether the added complexity is necessary.
Hi There,
I had a quick look, and this looks focused on SP8266. I have myself contributed to this: New TLS implementation #1520 .
I don't think this will apply for RaspberryPI MQTT GW.
Thanks and regards,
Eric.
It seems that using an Ethernet PHY (like LAN8720) with the ESP32 in a MySensors setup requires a bit of extra configuration, including initializing the PHY using the ETH.h library and disabling the default Wi-Fi initialization. Interestingly, this setup allows for dual IP addresses, with one for the Ethernet connection and another for Wi-Fi, which can be useful in certain applications.
