Ask HN: What is your RP 2040 development environment?
The RP2040 microcontroller is popular, with boards like the Fig-Pi featuring JST/SH connectors. Circuit Python and MicroPython are preferred for education, while MaxiMite Basic and Lua are effective programming options.
The RP2040 microcontroller has gained popularity, with various boards available, including the anticipated RP2350 boards. A favored option is the Fig-Pi board, which features JST/SH connectors for easier component integration compared to traditional protoboards. For development environments, Circuit Python is preferred, especially for teaching students aged 12 and under, due to its simplicity and compatibility with Adafruit products. MicroPython is also recognized as a viable alternative. The MaxiMite Basic, which has been adapted for the RP2040, offers an accessible editor for programming. Additionally, Lua has a well-regarded port available on GitHub, while Forth, an early programming language, is supported by the Mecrisp-Stellaris Port, which includes useful features for debugging GPIO interfaces. The discussion invites others to share their experiences and tools for RP2040 development.
- The RP2040 microcontroller is popular, with various boards available, including the upcoming RP2350.
- The Fig-Pi board is highlighted for its JST/SH connectors, facilitating easier component integration.
- Circuit Python and MicroPython are favored development environments, especially for educational purposes.
- MaxiMite Basic and Lua are also mentioned as effective programming options for the RP2040.
- The Mecrisp-Stellaris Port for Forth provides useful debugging features for GPIO interfaces.
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4 commentsRelated
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The website showcases Mini Fig Boards, small figure-shaped circuit boards compatible with Arduino, CircuitPython, and Micropython. Boards like Mini SAM M4 and Fig Pi support CircuitPython and offer UF2 bootloader.
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Raspberry Pi is promoting Rust programming on the RP2350 microcontroller, building on its success with the RP2040, enabling various functionalities and exploring advantages over traditional C in microcontroller applications.