General Discussion

Hmmm. Looking up scintillometers, I see they are advertised as "large aperture", so you may need an array of photo[diodes,cells], which adds a lot of complexity, matching, summing etc,but maybe you could get away with a condenser lens.

@grubstake yes it is still current info and works both for the new driver and for the old driver, which is used by default (and what OP asked about) If you are using the new driver you can set the frequency in hertz if you want to.

Thanks. I was thinking about the level that you define in beginning of sketch. RF24_PA_LEVEL

@flopp yes.

@benhub that's an interesting thought. Wouldn't it be easier to just make the code in the main node flexible instead?

@apl2017 on the öast message, the node is not getting ack from the next node. The mose common cause is i sufficiently clean power supply. What size of capacitor are you using? How is the radio getting its power? Adding wait(200) before the send call can help the power to stabilize. Since all communication before works, wiring and everything else should be ok.

@tymal77 yes. See the w5100 code example at https://www.mysensors.org/build/ethernet_gateway#wiznet-w5100-ethernet-module for which #define to set.

@rjgmba hi and welcome to the forum! https://www.mysensors.org/build/connect_radio decribes how to connect the radio for any node or gateway - it is not limited to serial. A gateway has 1 transport and 1 controller interface. The transport can be rfm69, nrf24, rs485, etc The controller interface can be serial, ethernet(tcp), mqtt So what you want is probably a gateway with rfm69 transport and mqtt controller interface. Program the gateway based on the instructions on the first link you posted. Change the code from // Enables and select radio type (if attached) #define MY_RADIO_RF24 //#define MY_RADIO_RFM69 //#define MY_RADIO_RFM95 to // Enables and select radio type (if attached) //#define MY_RADIO_RF24 #define MY_RADIO_RFM69 //#define MY_RADIO_RFM95 connect the radio based on the instructions on the second link.

@flopp I'd love to hear more about the kit you want to sell. I'm working on something similar, in a way.

Does anyone have the answers to this question?

@jerby thanks for reporting. Could you share the CSMA levels for your area? (#define MY_DEBUG_VERBOSE_RFM69 and check the debug log to see what it prints)

@jerby you get the memory usage when you link your sketch.

@gohan Exactly, and the project I'm working on is "no soldering and no programming required (unless you want to)". I guess I'll try ordering one of these modules and see if it can handle full power.

Guys you are right is too early to quit , i have to try the RFM69 433Mhz as well before quitting , i was planning to wire my house with a 5v power supply to power all the sensors but i guess using a lower freq can help me to avoid that , will give it a try , lest just hope the rfm69 arrive, cuz i always have problems with evay , thanks guys you open mi mind one more time

@kimot The main thing is that I got them flashed. I still have yet to figure out the new firmware and test them, but I am confident I can get them to work. Thanks again.

@blom yes, if you hack the library or use tekka's experimental version at https://github.com/tekka007/MySensors/tree/SleepTimeLeft

I think it is more of a BT gateway to connect some of their BT devices

@jkandasa Any news here? (still have my rfm69 Boards here to check of the range is much better)

Ahhhh, thanks @alowhum , what you said makes so much more sense. I also see some people have attempted to stream audio with Domoticz. Ok now I have a better sense of direction on what to research next. Thank you

Hi @hek, I understand what is the problem now. Really, just desire is not enough))