Raspberry Pi Pico W - board with RP2040 microcontroller and Wi-Fi module
  • Raspberry Pi Pico W - board with RP2040 microcontroller and Wi-Fi module
  • Raspberry Pi Pico W - board with RP2040 microcontroller and Wi-Fi module
ID: 1180672
Tax included

zł26.75 tax excl.

The board with the RP2040 microcontroller equipped with two ARM Cortex-M0 + cores operating at a frequency of 133 MHz, 264 kB RAM. The board also has 2 MB of QSPI flash memory. In addition, the board is equipped with the Infineon CYW43439 system, extending the board with wireless connectivity. Raspberry Pi SC0918

Available quantity: 551
Raspberry Pi Pico version
Kamami is the official distributor of Raspberry Pi minicomputers and dedicated accessories.

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14 days for return

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The Raspberry Pi Pico is the first board to feature a microcontroller designed by the Raspberry Pi foundation. The chip that is the heart of this board has been equipped with two ARM Cortex M0+ cores operating at a frequency of 133 MHz, 256 KB of RAM and 30 GPIO ports. The microcontroller itself is not equipped with flash memory, but on the board there is an external memory with a capacity of 2 MB connected via the QSPI interface. In addition, the board is equipped with the Infineon CYW43439 system, extending the board with wireless connectivity. The module provides WiFi connectivity in the IEEE 802.11 b / g / n standard. The platform supports the popular MicroPython and C/C++ programming languages. Programs can be uploaded to memory via the USB interface in mass storage mode or by using an external programmer that supports the SWD interface.

 Kamami.pl jest autoryzowanym dystrybutorem Raspberry Pi

Kamami is the official distributor of Raspberry Pi minicomputers and dedicated accessories.


MicroPython is a special version of the Python 3 programming language, prepared to run directly on embedded systems such as the Raspberry Pi Pico. The version prepared especially for the RP2040 microcontroller, supports REPL, an interactive shell that allows you to execute scripts, typing into the console and viewing the results of the program in it. Thanks to this technology, it is also possible to save the program in flash memory.


To facilitate the programming of the RP2040 microcontroller in C / C ++, the Raspberry Pi Foundation has prepared an official SDK toolkit that can be integrated with popular IDEs such as Visual Studio Code or Eclipse. The entire environment configuration process is described in the Getting started with Raspberry Pi Pico document.

Uploading the program via the USB interface

The Raspberry Pi Pico can be programmed via the USB interface, it can be done in two ways.
The first is the USB mass storage mode, to program the board in this way, press and hold the BOOTSEL button, and then connect the board to the computer with a USB cable. The device will be recognized as mass memory to which you can upload the program in the same way as copying files to a pendrive. After uploading the program, the microcontroller will automatically reset and start the uploaded program. This method is suitable for uploading programs written in C / C ++ or for uploading the MicroPython interpreter.
The second way works only with programs written in MicroPython and requires prior loading of the interpreter using the first method. This method consists in saving the program layout transferred with REPL in the memory.

Programming/Debugging via SWD interface

When programming in C/C++, there is often a need to repeatedly test the program. Loading a program via USB requires repeating the procedure every time, disconnecting the board from the computer, pressing the button and connecting the board, and then finding the compiled program and copying it to memory. The whole thing takes quite a long time, but fortunately it can be simplified using an external programmer with SWD interface. Programming via SWD is much faster, you only need to connect the programmer once with a 3-pin connector and power supply e.g. via USB and you can upload programs directly from the IDE. In addition, you can debug the program in this way and efficiently find any errors in the code by running it line by line.

Raspberry with Raspberry

The Raspberry Pi Pico is designed to be programmed directly with the Raspberry Pi 4B or 400. The manufacturer has prepared detailed instructions for setting up programming environments and ready-made configuration scripts. Pico can be programmed from the Raspberry minicomputer both via USB and via SWD. The big advantage of this solution is no need to use an external SWD programmer. Pico ports can be connected to RPI ports. To ensure a stable connection, you should connect Pico directly to the minicomputer, the use of the contact plate may introduce interference.

To use the full potential of programming environments, it is recommended to use minicomputers with min. 4 GB of RAM.

Pico with Pico

The Raspberry Pi Foundation has prepared the Picoprobe application that allows you to change RPI Pico into an SWD programmer and a USB - UART converter. Thanks to this, you can program the RP2040 without the need for an SWD programmer, using only the second board with the RP2040 microcontroller.


The Raspberry Pi Pico board does not include goldpin connectors and a microUSB cable. Our offer includes connectors for GPIO 1x40 (they can be easily divided into two 1x20 connectors) and a connector 1x3 for a programmer. There are also ready-made kits containing connectors and microUSB cable.


  • RP2040 microcontroller designed by Raspberry Pi
  • Dual ARM Cortex-M0 + cores clocked up to 133 MHz
  • Dxternal flash memory: 2 MB
  • RAM memory: 264 kB
  • The Infineon CYW43439 WiFi module complies with the IEEE 802.11 b / g / n standard
  • Pads for soldering goldpin connectors or direct soldering to the base plate
  • USB 1.1 running in Host and Device modes
  • Support low power mode and idle mode
  • Drag & Drop programmable in USB mass storage mode
  • Support for SWD interface for programming and debugging
  • Leads of the 26 GPIO
  • Extensive communication interfaces:
    • 2 x SPI
    • 2 x I2C
    • 2 x UART
    • 3 x 12-bit ADC
    • 16 PWM channels
  • Built-in real time clock (RTC)
  • Accelerator for floating point numbers
  • Temperature sensor
  • Supply voltage: 1.8 - 5.5 V
  • Working temperature: -20 ° C ~ 85 ° C (recommended maximum temperature 70 ° C)
  • Dimensions: 51 x 21 mm

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