@rpimag I did a bit more work on my UART booting Flashless Picos. On the end of each "pico" there's an I2C port for the I/O expander (used to reset/setup the RP2350A to boot from UART) and a UART port to send the bin file/communicate after boot. The Pico2 in the PicoUART6 is running CircuitPython using Adafruit_CircuitPython_PIO_UART for the non-hardware UARTs.
#MakerMonday #Pico #Pico2 #RP2350 #RP2350A #PicoUART6 #CircuitPython
#PicoUART6 activity 😀 from left to right UART0-UART5 activity, I2C activity and power.
#PicoUART6 firmware ( https://github.com/8086net/pico-sexa-uart-bridge ) has been updated to add I2C capability (i2c-tiny-usb) on the "ST/Qw" I2C port in the latest release for STEMMA QT/Qwiic devices.
https://www.tindie.com/products/8086net/picouart6/ https://www.ebay.co.uk/itm/204561279568
#NewProduct on #eBay and #Tindie 3-pin SH Cable (wired 1-1). Compatible with JST SH style connectors for use with our #PiProbe, #PicoProbe, #PicoUART6, USB-C CDC Serial SH and the debug port on #RaspberryPiPico with headers.
#NewProduct on #eBay and #Tindie the #PicoUART6 is a 6-port UART to USB (CDC) Serial adaptor for the #RaspberryPiPico with open source firmware. It uses JST SH compatible connectors to connect to the #RaspberryPi 5 UART port.
https://www.tindie.com/products/32981/
