When building battery-powered IoT devices or embedded electronics, power management is critical. With the arrival of the Raspberry Pi Pico 2 W (powered by the new RP2350 dual-core microcontroller), many makers are wondering: How does its power consumption compare to the original Raspberry Pi Pico W (RP2040)? In this article, I share real-world current draw […]
Raspberry Pi Pico W vs Pico 2 W Power Consumption Benchmarks Read More »
When selecting a single-board computer (SBC) for 24/7 industrial deployments, edge computing, or critical IoT infrastructure, raw performance is only half the equation. The other – often decisive – half is reliability. How long can a board operate continuously before hardware failure occurs? How does vibration impact component lifespan? Official reliability prediction metrics released by
Compute Module vs Standard Raspberry Pi: Discover The Hidden Reliability Gap Read More »
This tutorial will show you how to create a cool Raspberry PI Pico Weather Display with an e-Paper (e-Ink) monitor showing the weather status and forecasts. Please note that I’ve already covered, with a detailed tutorial, how to use an e-paper display with Raspberry PI Pico. You can refer to that post if you want
Raspberry PI Pico W Weather Monitor with e-Paper Read More »
In this tutorial, I’m going to show you how to wire and use the 28BYJ-48 and ULN2003 with Raspberry PI Pico, with MicroPython code. Stepper motors can trasform your code logic into move in robotic projects. The 28BYJ-48 stepper motor (with ULN2003 motor driver) is the cheapest model and works with a simple code on
Stepper Motor with Raspberry PI Pico: 28BYJ-48 and ULN2003 wiring and MicroPython code Read More »
In this tutorial, I’m going to show you how to wire, calibrate (X / Y axes) and use an HMC5883L device, also known as a magnetometer, with Raspberry PI Pico using MicroPython. Many projects (like robotic ones) need to get info about spacial position and direction. In this sense, one of the most useful devices
In this tutorial, I’m going to show you how to connect, configure and use a Raspberry PI Pico Ethernet Port with WIZnet Ethernet HAT. We’ll use CircuitPython to connect the interface as, actually, the MicroPython libraries are under development. Raspberry PI Pico works greatly to keep sensors measurements, combining/analyzing them and delivering data to external
Raspberry PI Pico Ethernet Port: adding the WIZNET Ethernet HAT Read More »
In this tutorial, I’m going t show you how to connect and configure a 7 segment display with a Raspberry PI Pico. If you are interested in how to get it working with Raspberry PI computer boards (like RPI Zero, RPI 4 model B, RPI 3 model A/B, and so on), please refer to my
7 Segment Display And Raspberry PI Pico: Wiring and Setup with MicroPython Read More »
In this tutorial, I’m going to show you how to connect and use a passive buzzer with Raspberry PI Pico using MicroPython. With Passive Buzzer you can give your Raspberry PI Pico a cheap way to emit sounds and modulate them according to your needs. It is so flexible that you can also let your
Passive Buzzer with Raspberry PI Pico and MicroPython Read More »
