RP2350 Launch Blog
Raspberry Pi launched the RP2350 microcontroller family, featuring dual Arm Cortex-M33 CPUs, optional RISC-V cores, and native Rust support, with four variants and a new booting process for applications.
Read original article
Raspberry Pi has announced the RP2350 microcontroller family, which features enhanced specifications compared to its predecessor, the RP2040. The RP2350 includes two Arm Cortex-M33 CPUs and the option to use RISC-V cores, offering improved performance and capabilities such as secure boot and address translation. The microcontroller supports Rust programming out-of-the-box, marking a significant development in microcontroller launches. The RP2350 family consists of four variants, each with different configurations for internal flash, GPIOs, and ADC channels. The blog details the process of booting the RP2350, which is more complex than the RP2040 due to its dual-core architecture and the need for an Image Definition structure for application deployment. The author has successfully ported Rust code to the RP2350, demonstrating various functionalities including ADC, PWM, and USB serial communication. The blog also discusses challenges faced during the transition from the RP2040 to the RP2350, particularly in terms of adapting existing Rust code and ensuring compatibility with the new architecture.
- The RP2350 family features dual Arm Cortex-M33 CPUs and optional RISC-V cores.
- It supports Rust programming natively, enhancing development capabilities.
- The microcontroller includes four variants with different specifications.
- Booting the RP2350 requires a new Image Definition structure for applications.
- The author has successfully ported Rust examples to demonstrate the RP2350's capabilities.
Related
Introducing the RP2350
The RP2350 microcontroller upgrades the RP2040 with two Cortex-M33F cores, enhanced DMA, and PIO capabilities, supporting QSPI PSRAM and new variants with built-in flash, outperforming STM32H7.
Raspberry Pi Pico 2 lands with RISC-V cores
Raspberry Pi launched the Pico 2 with RP2350 microcontroller, featuring RISC-V and Arm cores, enhanced memory, security features, and a price of $5, targeting hobbyists and professionals.
RP2350 Launch Blog
Raspberry Pi launched the RP2350 microcontroller family, featuring dual-core Arm Cortex-M33 and RISC-V options, enhanced specifications, native Rust support, and four variants for diverse project requirements.
Raspberry Pi Launches New RP2350 and Pico 2 Dev Board with RISC-V Support
Raspberry Pi launched the RP2350 microcontroller and Pico 2 board, featuring RISC-V architecture, low-power design, various peripherals, and comprehensive documentation for developers, enhancing educational experimentation and customization.
Pico Pi RISC-V
Raspberry Pi launched the Pico 2, featuring dual Arm Cortex M33 cores and two RISC-V cores, enhancing performance while maintaining the original form factor, aimed at hobbyists and developers.
2 commentsRelated
Introducing the RP2350
The RP2350 microcontroller upgrades the RP2040 with two Cortex-M33F cores, enhanced DMA, and PIO capabilities, supporting QSPI PSRAM and new variants with built-in flash, outperforming STM32H7.
Raspberry Pi Pico 2 lands with RISC-V cores
Raspberry Pi launched the Pico 2 with RP2350 microcontroller, featuring RISC-V and Arm cores, enhanced memory, security features, and a price of $5, targeting hobbyists and professionals.
RP2350 Launch Blog
Raspberry Pi launched the RP2350 microcontroller family, featuring dual-core Arm Cortex-M33 and RISC-V options, enhanced specifications, native Rust support, and four variants for diverse project requirements.
Raspberry Pi Launches New RP2350 and Pico 2 Dev Board with RISC-V Support
Raspberry Pi launched the RP2350 microcontroller and Pico 2 board, featuring RISC-V architecture, low-power design, various peripherals, and comprehensive documentation for developers, enhancing educational experimentation and customization.
Pico Pi RISC-V
Raspberry Pi launched the Pico 2, featuring dual Arm Cortex M33 cores and two RISC-V cores, enhancing performance while maintaining the original form factor, aimed at hobbyists and developers.