.NET nanoFramework is a .NET implementation for microcontrollers (MCU). The project is independent from Microsoft, open source and under MIT license, see the GitHub repo and allows to run C# code on an MCU. There is API alignement with .NET IoT for all the GPIO, I2C, SPI as well as the bindings (sensors, small screen, etc) allowing code reusability.
There is as well Azure IoT certified hardware and an API aligned library as well.
Today, we have more than 15.5 million nuget downloads. See https://www.nuget.org/profiles/nanoframework
So, does it make sense to add content similar to the .NET IoT one?
Being part of the .NET nanoFramework maintainer, I'll be happy to provide content for beginners. We do already have quite some and a full dedicated samples repository.
.NET nanoFramework is a .NET implementation for microcontrollers (MCU). The project is independent from Microsoft, open source and under MIT license, see the GitHub repo and allows to run C# code on an MCU. There is API alignement with .NET IoT for all the GPIO, I2C, SPI as well as the bindings (sensors, small screen, etc) allowing code reusability.
There is as well Azure IoT certified hardware and an API aligned library as well.
Today, we have more than 15.5 million nuget downloads. See https://www.nuget.org/profiles/nanoframework
So, does it make sense to add content similar to the .NET IoT one?
Being part of the .NET nanoFramework maintainer, I'll be happy to provide content for beginners. We do already have quite some and a full dedicated samples repository.