I had planned to try this band with a CC1101.
It talks standard SPI (I've done it with Wiring/Arduino - and I think SPI is much better implemented on the Espruino) and should be easy.
With that ship you can investigate other bands as well, and a few different operations.
Unfortunately I have not tested any modules for it, I bread-boarded one of the reference designs when I tried it.
I'm using this radio to implement DASH7 but because I will implement mesh network, I need more space to get a routing table and an A*/Dijkstra and ended up settling on having an CC430 coprocessor for the networking and encryption, at least for the prototyping stage. Maybe I can cram everything into the STM32F4 when time comes....
Espruino is a JavaScript interpreter for low-power Microcontrollers. This site is both a support community for Espruino and a place to share what you are working on.
I had planned to try this band with a CC1101.
It talks standard SPI (I've done it with Wiring/Arduino - and I think SPI is much better implemented on the Espruino) and should be easy.
With that ship you can investigate other bands as well, and a few different operations.
Unfortunately I have not tested any modules for it, I bread-boarded one of the reference designs when I tried it.
I'm using this radio to implement DASH7 but because I will implement mesh network, I need more space to get a routing table and an A*/Dijkstra and ended up settling on having an CC430 coprocessor for the networking and encryption, at least for the prototyping stage. Maybe I can cram everything into the STM32F4 when time comes....
Let us know if you order some modules :)