General Discussion

Weird, so this functionality works on my computer at work. I will do some more research tonight. Thanks.

@Yveaux Thanks. This is a battery run multisensor so ESP8266 is not an option. ESP32 is an overkill. I'm not that much familiar with other platforms so I suppose my only option is atmega1284 :((

try with some spare capacitors for both sides and see what happens.

@strangeoptics when using MQTT you could publish the messages persistent and have the slave request them on wakeup. That would implement some form of message queuing.

@MagnusF clever use of the adapter. I like it :)

Yes use sleep() ;) . Take a look at the api.

If you already have them panelized, maybe could also be an extra "nice to have" 😀

Well, it's more a bt distance monitor. It is only monitoring a single device, while you would need to keep scanning the surroundings at regular intervals and report all devices in range with signal level, then filter only the ones you registered

thak you very much. i will prove.

@mfalkvidd I may look at Anarduino - they come with RTC: ATmega328, 16Mhz LDO Voltage Regulator 128 Mbit flash memory Real Time Clock (RTC) 64B RTC Static Ram Tactile Reset Switch Wireless Transceiver Size: 33 x 22.8mm

There is a topic in the forum, but it's just for ethernet gateway. If you subscribe to topic # you get all messages

@conde No problem. Using a common language all users can benefit.

Of course it is not shaking the wall, but vibrations can be detected quite far away

@Tmaster I am not doubting the principle of increasing effective radiated power by way of relocating the antenna, or improving the radiation lobe in a set direction. The additional gain is important with weak signals at both send and receive ends, but at 50m it should not be an issue at these frequencies unless there are major attenuations to the signal. I have to guess you already have a dipole at the receiver ?

@Tmaster a node's receive function will only be called if the message is addressed to that node.

Sorry tp bump an old one but still haven't found a solution. MQTT passes it as mys-in/36/0/1/0/40 255,85,73 So the message payload can be passed directly to arduino as PWM values

I use the Easy Newbie boards for most of my projects. It is designed for the nRF24L01+, and it has space for the needed 3.3v regulator if you are running it at 5V. I don't know if he has a way of using it with the RFM69 radios, but you could check. Plus it has a small proto-board area for wiring your sensors. Kudos to @sundberg84 for the design.

I always got the same behavior. The ID should never change after it was first assigned, You need to flash the erase eeprom sketch to get rid of it.

No, not yet. You have to press the update button when you push new/updated files to your github project.