Using .NET and C# on hardware simplifies the need for developers to understand the hardware internals. However, our TinyCLR gives you a higher level of control when needed. For example, this code example mgicaly moves PWM13.1 from pins PF8 to PA6.
Someone put C# inside a 1980s stereo tuner.
A gutted DENON, rebuilt around an automotive-grade NXP DSP for FM plus a web radio decoder, both switched by the original front-panel BAND button. All running on SITCore, with a driver Robert wrote himself. https://t.co/6rGcUdhBXg
MicroPython finally has a real debugger.
Set a breakpoint in VS Code, press F5, and your code stops on that line on the actual board. Call stack, locals, watch window. No JTAG, no probe, one USB cable.
Free and open source. Pico, Pico 2, ESP32-S2/S3.
Electronics Lab for the .NET Developer.
Set a breakpoint, watch the servo stop mid-sweep. C# on a microcontroller, debugged in Visual Studio like any other app. Breadboard, sensors, ten lessons.
Live on Kickstarter, built in Michigan: https://t.co/39PQ8UR5aW
Why .NET on a microcontroller?
→ Your team already knows C#
→ Visual Studio just works
→ "Hello LED" in minutes
→ Security built in, not bolted on
Modern .NET on ARM, royalty-free.
https://t.co/EWjVQqfkRl
TinyCLR v3 is here. Modern .NET on a microcontroller, royalty-free for SITCore.
✅ Generics + async/await + C# 11
✅ RLP — call native ARM C from C#
✅ Desktop Mode — test on PC
✅ Standard .NET IoT APIs
✅ VS Code support
https://t.co/cehxUPthvK
Shape the future of .NET and C# on embedded systems! 🚀
We're preparing for our next major release, and your feedback is crucial to help us prioritize new features and improvements.
🔗 Take the survey https://t.co/0Bkye5yOF5
Can you code circuits in .NET C# using VS Code ? Starting today, yes you can!
We are excited to share our brand new VS Code extension for TinyCLR OS, allowing for .NET C# on circuits!
The extension is complete with IntelliSense, deploy, debug, and more!
#vscode#dotnet#csharp
Stop loaning STEM gear���start giving it! 🚀
With a classroom set of 14 boards for under $100 and single boards under $8, every student can finally OWN their circuit. From MicroBlocks to Python, the future is now 1:1.
https://t.co/lb2NH7mSnF