Age | Commit message (Collapse) | Author |
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The provided documentation download is not useful anymore. It might be
re-introduced later if required.
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This firmware enables as much as required for the device to be reachable
by ICMP via an link-local IPv6 address. The address can be looked up via
the Zephyr shell with `net ipv6`.
This is useful to check if the network stack basics work.
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It is planned to switch to Ethernet instead of LoRa for communication.
Thus the custom PCB with the STM32WL MCU does not make sense anymore. To
get started the Ethernet variant will use a ST NUCLEO board to avoid
creating a custom PCB first.
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This IC has a small footprint and will provide the 3.3 V for the
microcontroller.
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It is unknown if it would be legal to include those external documents
like datasheets inside this Git repository. Thus the added script
provides the ability to get them directly from the vendor.
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This allows to conveniently remove files which are not tracked in
version control.
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This makes the KiCad project a valid PCB as a minimal starting point.
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Based on UM2592 the development kit Nucleo WL55JC which is used for
firmware development is based on the STM32WL55JCI7 microcontroller.
Thus this MCU should be a good starting point for now.
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The shell prompt was changed from the default 'uart:~$ ' to
'[iot-contact] ' so that it is more visible which kind of firmware is
running on the device.
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This is enough to validate that the firmware is running by using the
integrated Zephyr shell.
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