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Demo Software for Thingy91

I search for an LTE modem for a small device. (between 10000 or 100000 parts per year)

So I need something to play with it to learn what is possible. (for example battery live with my measurement hardware)

My idea is to buy a Thingy91.

Is there somewhere an easy demoprogram that I can modify and compile so it reads data for example from I2C oder USART and send to with LTE-M or NB to my computer or my server?

Olaf

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  • Hello Olaf,

    My idea is to buy a Thingy91.

    Is there somewhere an easy demoprogram that I can modify and compile so it reads data for example from I2C oder USART and send to with LTE-M or NB to my computer or my server?

    Yes, the Thingy:91 is a great choice as a rapid prototyping platform for an LTE-M / NB device.

    It sounds like you might be looking for the demo application source code for the Thingy91, you can see this on the nrf-sdk github.
    For example, you may see the standard asset tracking example source code and documentation here.

    As a side note, for development of a custom device with the nRF9160 SiP you might also want to have a look at the nRF9160 Development kit.
    While the Thingy:91 is fast to setup, test and get results, the development kit makes it easier to add custom hardware and peripheral sensors, for example, which might be useful if you are going to develop your own custom board with the nRF9160.

    Please do not hesitate to ask if anything still should be unclear, or if you have any other issues or questions!

    Best regards,
    Karl

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  • Hello Olaf,

    My idea is to buy a Thingy91.

    Is there somewhere an easy demoprogram that I can modify and compile so it reads data for example from I2C oder USART and send to with LTE-M or NB to my computer or my server?

    Yes, the Thingy:91 is a great choice as a rapid prototyping platform for an LTE-M / NB device.

    It sounds like you might be looking for the demo application source code for the Thingy91, you can see this on the nrf-sdk github.
    For example, you may see the standard asset tracking example source code and documentation here.

    As a side note, for development of a custom device with the nRF9160 SiP you might also want to have a look at the nRF9160 Development kit.
    While the Thingy:91 is fast to setup, test and get results, the development kit makes it easier to add custom hardware and peripheral sensors, for example, which might be useful if you are going to develop your own custom board with the nRF9160.

    Please do not hesitate to ask if anything still should be unclear, or if you have any other issues or questions!

    Best regards,
    Karl

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