Raspberry Pi Pico 2

Boots real Raspberry Pi Pico 2 (RP2350) firmware on rp2350js — a complete RP2350 SoC whose two cores can be ARM Cortex-M33 or Hazard3 RISC-V. The default firmware is the official MicroPython for the Pico 2 (ARM Cortex-M33): it brings up a live REPL on the USB-CDC serial console — click the panel and type real Python (try print(2+2) then Enter, or import machine; machine.Pin(25, machine.Pin.OUT).toggle() to flip the on-board LED). The picker also has the RISC-V MicroPython build (the same board running on the Hazard3 RISC-V cores — the RP2350's defining trick), plus two bare-metal Cortex-M33 programs: Blink, which toggles the on-board LED (GPIO25) via the SIO block, and Hello UART, which prints a banner on UART0. Open the debugger to single-step the real CPU (ARM Cortex-M33 Thumb, or RISC-V), read/write registers, disassemble XIP flash and the boot ROM, and set breakpoints and write-watchpoints over the real RP2350 memory map. On-board only — the LED and serial — and the bare Pico 2 is naturally silent.

Boots real Raspberry Pi Pico 2 (RP2350) firmware on rp2350js — a complete RP2350 SoC whose two cores can be ARM Cortex-M33 or Hazard3 RISC-V. The default firmware is the official MicroPython for the Pico 2 (ARM Cortex-M33): it brings up a live REPL on the USB-CDC serial console — click the panel and type real Python (try print(2+2) then Enter, or import machine; machine.Pin(25, machine.Pin.OUT).toggle() to flip the on-board LED). The picker also has the RISC-V MicroPython build (the same board running on the Hazard3 RISC-V cores — the RP2350's defining trick), plus two bare-metal Cortex-M33 programs: Blink, which toggles the on-board LED (GPIO25) via the SIO block, and Hello UART, which prints a banner on UART0. Open the debugger to single-step the real CPU (ARM Cortex-M33 Thumb, or RISC-V), read/write registers, disassemble XIP flash and the boot ROM, and set breakpoints and write-watchpoints over the real RP2350 memory map. On-board only — the LED and serial — and the bare Pico 2 is naturally silent.

Boots real Raspberry Pi Pico 2 (RP2350) firmware on rp2350js — a complete RP2350 SoC whose two cores can be ARM Cortex-M33 or Hazard3 RISC-V. The default firmware is the official MicroPython for the Pico 2 (ARM Cortex-M33): it brings up a live REPL on the USB-CDC serial console — click the panel and type real Python (try print(2+2) then Enter, or import machine; machine.Pin(25, machine.Pin.OUT).toggle() to flip the on-board LED). The picker also has the RISC-V MicroPython build (the same board running on the Hazard3 RISC-V cores — the RP2350's defining trick), plus two bare-metal Cortex-M33 programs: Blink, which toggles the on-board LED (GPIO25) via the SIO block, and Hello UART, which prints a banner on UART0. Open the debugger to single-step the real CPU (ARM Cortex-M33 Thumb, or RISC-V), read/write registers, disassemble XIP flash and the boot ROM, and set breakpoints and write-watchpoints over the real RP2350 memory map. On-board only — the LED and serial — and the bare Pico 2 is naturally silent.

Boots real Raspberry Pi Pico 2 (RP2350) firmware on rp2350js — a complete RP2350 SoC whose two cores can be ARM Cortex-M33 or Hazard3 RISC-V. The default firmware is the official MicroPython for the Pico 2 (ARM Cortex-M33): it brings up a live REPL on the USB-CDC serial console — click the panel and type real Python (try print(2+2) then Enter, or import machine; machine.Pin(25, machine.Pin.OUT).toggle() to flip the on-board LED). The picker also has the RISC-V MicroPython build (the same board running on the Hazard3 RISC-V cores — the RP2350's defining trick), plus two bare-metal Cortex-M33 programs: Blink, which toggles the on-board LED (GPIO25) via the SIO block, and Hello UART, which prints a banner on UART0. Open the debugger to single-step the real CPU (ARM Cortex-M33 Thumb, or RISC-V), read/write registers, disassemble XIP flash and the boot ROM, and set breakpoints and write-watchpoints over the real RP2350 memory map. On-board only — the LED and serial — and the bare Pico 2 is naturally silent.