Raspberry Pi Pico H Rev80 with dual-core ARM Cortex-M2040+ processor, 264 KB RAM, GPIO, USB, and 3-pin interface for embedded prototyping and IoT projects.
Raspberry Pi Pico H – Compact ARM Cortex-M0+ Development Board with 264 KB RAM
The Raspberry Pi Pico H is a compact microcontroller development board based on the RP2040 chip, designed for embedded projects, prototyping, and educational use. It combines a dual-core ARM Cortex-M0+ processor with flexible GPIO and multiple communication interfaces in a small form factor.
Dual-core ARM Cortex-M0+ processor delivers 133 MHz performance for real-time control and sensor applications
264 KB SRAM provides ample working memory for firmware, data logging, and lightweight multitasking
3-pin serial interface, GPIO pins, and USB connectivity enable rapid prototyping with sensors, displays, and actuators
Integrated graphics support allows direct driving of displays without additional hardware
Das zeichnet Raspberry Pi Pico H aus
The Pico H distinguishes itself through its combination of a powerful dual-core processor and extensive I/O options in an ultra-compact board. The built-in USB interface simplifies programming and debugging, while the 3-pin serial interface supports legacy peripherals and custom communication protocols.
Ideal für...
Makers, students, and embedded systems developers who need a versatile, low-cost microcontroller platform for prototyping and production. The board is particularly well-suited for IoT sensor nodes, robotics controllers, and educational projects in digital electronics.
Anwendung von Raspberry Pi Pico H
Connect sensors, LEDs, motors, or displays via the GPIO and 3-pin interface. Flash firmware through USB using MicroPython or C/C++ SDK. Power the board via USB or an external 3.3 V supply for standalone deployments.
The Pico H is a microcontroller development board for embedded projects, prototyping, IoT sensor nodes, robotics, and educational digital electronics experiments.
It features a dual-core ARM Cortex-M0+ processor running at 133 MHz and 264 KB of SRAM for program execution and data storage.
The board provides GPIO pins, a 3-pin serial interface, and USB connectivity for programming, debugging, and connecting peripherals such as sensors and displays.
Firmware can be flashed via USB using MicroPython or the official C/C++ Software Development Kit (SDK).
24 months manufacturer warranty provides coverage for manufacturing defects and hardware failures during normal use.
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