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Can You Really Use Raspberry Pi Pico as a PC? 🤔 (2025 Edition)
Ever caught yourself wondering if that tiny Raspberry Pi Pico could replace your bulky desktop or laptop? Spoiler alert: it’s not quite that simple! While the Pico is a marvel of microcontroller engineering, packing impressive features into a credit-card-sized board, it wasn’t designed to be a full-fledged PC. But don’t click away just yet — this article uncovers surprising ways the Pico can augment your PC experience, from custom USB gadgets to clever DIY hacks that might just blow your mind.
Did you know enthusiasts have even tried running a Unix-like OS on the Pico? Or that powering it externally while connected to your PC can cause some quirky detection issues? Stick around as we unpack the hardware, software, and creative possibilities — plus expert tips from the Why Pi™ team to help you get the most out of your Pico, whether you’re a hobbyist, educator, or engineer.
Key Takeaways
- Raspberry Pi Pico is a microcontroller, not a microcomputer — it lacks video output, full OS support, and USB host capabilities.
- It cannot replace a desktop PC but excels as a USB device for custom keyboards, mice, and embedded projects.
- Powering Pico externally while connected to PC USB data lines can cause recognition problems; best to power via USB when programming.
- Creative projects include tiny terminals, USB gadgets, and PC power controllers — perfect for learning and DIY fun.
- For a true PC experience, consider Raspberry Pi 4 or Zero 2 W instead.
👉 Shop Raspberry Pi Pico and Accessories:
-
Raspberry Pi Pico:
Amazon | Adafruit | Raspberry Pi Official Store -
Raspberry Pi 4 Model B (for full PC use):
Amazon | Raspberry Pi Official Store
Table of Contents
- ⚡️ Quick Tips and Facts About Using Raspberry Pi Pico as a PC
- 🔍 Understanding the Raspberry Pi Pico: Microcontroller vs. Microcomputer
- 🕰️ The Evolution of Raspberry Pi Pico: From Hobbyist Chip to PC Contender
- 💻 Can Raspberry Pi Pico Replace Your Desktop PC? A Realistic Assessment
- ⚙️ 1. Hardware Limitations: Why Pico Isn’t a Full PC
- ⚙️ 2. Software Ecosystem: What Can You Run on Raspberry Pi Pico?
- ⚙️ 3. Connectivity and Peripherals: Using Pico with Keyboards, Displays, and More
- ⚙️ 4. Powering Your Pico: External Power vs. USB Power from a PC
- 🛠️ Creative Projects: Using Raspberry Pi Pico as a PC Controller or Interface
- 🔧 DIY Hacks: Turning Your Pico into a Tiny Terminal or USB Gadget
- 📈 Performance Benchmarks: How Fast Is Raspberry Pi Pico Really?
- 🤔 Common Misconceptions and Myths About Pico as a PC
- 🧩 Comparing Raspberry Pi Pico with Other Raspberry Pi Models for PC Use
- 🔌 External Power and USB Control: How Pico Can Interface with Your PC
- 💡 Expert Tips: Maximizing Your Raspberry Pi Pico Experience
- 🎯 Use Cases: When to Use Raspberry Pi Pico Instead of a PC
- 🧠 What’s Next? The Future of Pico and Microcontroller PCs
- ✅ Conclusion: Can You Really Use Raspberry Pi Pico as a PC?
- 🔗 Recommended Links for Raspberry Pi Pico Enthusiasts
- ❓ FAQ: Your Burning Questions About Raspberry Pi Pico as a PC Answered
- 📚 Reference Links and Further Reading
⚡️ Quick Tips and Facts About Using Raspberry Pi Pico as a PC
If you’ve ever wondered, “Can I use Raspberry Pi Pico as a PC?”, you’re in for a wild ride! At Why Pi™, we’ve tinkered, tested, and sometimes tripped over the Pico’s tiny pins to bring you the lowdown. Here’s a quick cheat sheet before we dive deep:
| Feature | Rating (1-10) | Notes |
|---|---|---|
| Design | 9 | Compact, sleek microcontroller board |
| Processing Power | 4 | Dual-core ARM Cortex-M0+ @ 133 MHz, not a PC powerhouse |
| Memory | 3 | 264KB SRAM, no onboard storage like a PC |
| Software Flexibility | 5 | Supports MicroPython, C/C++, but no full OS like Linux |
| Connectivity | 4 | USB 1.1 device, GPIOs, no native video out |
| Usability as a PC | 2 | Great for embedded projects, not for running desktop apps |
Key facts:
- The Pico is a microcontroller, not a microcomputer like Raspberry Pi 4.
- It can run MicroPython and C/C++ SDK, but no full desktop OS.
- No HDMI or video output means no direct display like a PC.
- USB port acts as a device, not a host — so no plugging in keyboards or mice directly.
- Powering Pico externally while connecting to PC USB data lines can cause recognition issues (more on this later).
Want to jump into the nitty-gritty? Keep reading, because we’re about to unpack every angle, myth, and hack about using your Pico as a PC or PC companion. Spoiler: It’s not a PC replacement, but it’s a fascinating gadget with surprising tricks up its sleeve!
For a deeper dive into Raspberry Pi Pico basics, check out our Raspberry Pi Pico guide.
🔍 Understanding the Raspberry Pi Pico: Microcontroller vs. Microcomputer
Before we get carried away imagining the Pico as your next desktop, let’s clarify what it really is.
What is a Microcontroller?
Think of a microcontroller as the brain of a toaster or a washing machine — it’s designed to perform specific, real-time tasks with minimal resources. The Raspberry Pi Pico fits this bill perfectly:
- Processor: Dual-core ARM Cortex-M0+ @ 133 MHz
- Memory: 264KB SRAM, no onboard persistent storage
- I/O: 26 multi-function GPIO pins
- USB: USB 1.1 device mode only (not host)
- No video output or audio
What is a Microcomputer?
A microcomputer like the Raspberry Pi 4 or 400 is a full-fledged computer:
- Runs a desktop OS (Linux, Windows IoT)
- Has HDMI output for monitors
- Supports USB host for keyboards, mice, storage
- Has gigabytes of RAM and storage options
Why Does This Matter?
The Pico’s architecture means it’s not designed to run desktop applications or multitask like a PC. It’s a dedicated controller for embedded systems, sensors, and gadgets.
Bottom line: The Pico is a fantastic microcontroller, but it’s not a PC in the traditional sense. Trying to run Linux or Windows on it? ❌ Nope. But can it interface with a PC or act as a PC accessory? ✅ Absolutely — and that’s where things get interesting.
🕰️ The Evolution of Raspberry Pi Pico: From Hobbyist Chip to PC Contender
The Raspberry Pi Pico launched in early 2021 as a budget-friendly microcontroller board aimed at makers, educators, and engineers. Unlike its bigger siblings, the Pico was built for bare-metal control and real-time applications.
Early Days and Community Buzz
- Priced at just a few dollars, it quickly became a favorite for DIY projects.
- Supported by MicroPython and C/C++ SDK, making it accessible for beginners and pros.
- The community started pushing boundaries: Could this tiny chip mimic early PCs? Could it be a “PC” in its own right?
The “Pico as PC” Experiments
Inspired by early computers with tiny RAM and slow clocks, enthusiasts tried:
- Running Fuzix OS, a Unix-like OS for microcontrollers.
- Using Pico as a USB HID device (keyboard, mouse, gamepad).
- Creating tiny terminals or USB gadgets controlled by PCs.
While these projects are impressive, the Pico’s hardware limits keep it from replacing your laptop or desktop anytime soon.
Why We Love the Pico’s Journey
At Why Pi™, we see the Pico as a bridge between microcontrollers and microcomputers — a playground for innovation and education. It’s not a PC replacement, but it’s a gateway to understanding computing fundamentals.
💻 Can Raspberry Pi Pico Replace Your Desktop PC? A Realistic Assessment
Let’s cut to the chase: Can you ditch your laptop and use a Raspberry Pi Pico as your daily PC? Here’s our expert verdict:
The Good ✅
- Ultra-low power consumption — great for battery-powered projects.
- Extremely affordable — perfect for learning embedded systems.
- Can act as a USB device to extend PC functionality (e.g., custom keyboards, macros).
- Supports MicroPython, making coding interactive and fun.
- Can be programmed to control hardware peripherals and sensors.
The Not-So-Good ❌
- No video output — no monitor, no GUI.
- Limited RAM and storage — no room for desktop apps or multitasking.
- USB device only — can’t host keyboards, mice, or storage devices.
- No native OS — no Linux, Windows, or MacOS.
- Slow processor compared to PCs — 133 MHz vs. GHz-class CPUs.
What About Using Pico as a “PC”?
If by “PC” you mean a tiny terminal, a USB gadget, or a controller, yes! But if you want to run Chrome, Word, or Photoshop, the Pico isn’t your guy.
⚙️ 1. Hardware Limitations: Why Pico Isn’t a Full PC
Let’s break down the hardware bottlenecks that keep the Pico from being a PC.
| Component | Raspberry Pi Pico | Typical PC | Impact on PC Use |
|---|---|---|---|
| CPU | Dual-core ARM Cortex-M0+ @ 133 MHz | Multi-core x86/x64 @ GHz speeds | Too slow for desktop apps |
| RAM | 264KB SRAM | 4GB+ DDR4 | Insufficient for OS or apps |
| Storage | No onboard storage | SSD/HDD | No file system or persistent OS |
| USB Port | USB 1.1 device only | USB host & device | Can’t connect peripherals |
| Video Output | None | HDMI, DisplayPort | No GUI or monitor support |
| Operating System | None (bare-metal or MicroPython) | Linux, Windows, macOS | No desktop environment |
Why No Video Output?
The Pico lacks a GPU or video interface. While some hobbyists have hacked together bit-banged VGA signals on GPIO pins, it’s slow and impractical for real use.
USB Device Mode Only
The Pico’s USB controller acts as a device, meaning it can connect to a PC but can’t host devices like keyboards or flash drives.
⚙️ 2. Software Ecosystem: What Can You Run on Raspberry Pi Pico?
Supported Languages and SDKs
- MicroPython: Popular for beginners; interactive REPL environment.
- C/C++ SDK: For performance-critical applications.
- CircuitPython: Adafruit’s fork of MicroPython, with extensive libraries.
- Fuzix OS: A Unix-like OS ported to the Pico, but very limited.
What You Can’t Run
- No Linux distributions or Windows.
- No desktop applications or graphical environments.
- No web browsers or office suites.
Use Cases for Software
- Sensor data collection and processing.
- Custom USB devices (keyboards, mice, MIDI controllers).
- Simple game consoles or terminals.
- Real-time control systems.
For more on programming Pico, see our Microcontroller Programming category.
⚙️ 3. Connectivity and Peripherals: Using Pico with Keyboards, Displays, and More
USB Connectivity
- Pico acts as a USB device, so it can appear as a keyboard, mouse, or serial device to a PC.
- Cannot act as a USB host to connect peripherals.
GPIO Pins
- 26 multi-function GPIO pins allow connection to sensors, LEDs, relays, and more.
- Can interface with I2C, SPI, UART devices.
Display Options
- No native video output.
- Some hobbyists use SPI-driven OLED or LCD screens connected via GPIO.
- Bit-banged VGA or composite video is possible but limited.
Keyboard and Mouse
- You can program the Pico to emulate a USB keyboard or mouse for macros or custom input devices.
- Cannot connect a keyboard or mouse to the Pico itself.
⚙️ 4. Powering Your Pico: External Power vs. USB Power from a PC
Powering the Pico correctly is crucial, especially if you want to connect it to a PC for programming or data exchange.
Powering Methods
- USB Power: The simplest method; Pico draws power from the USB cable.
- External 5V Supply: Powering via the VBUS pin or VSYS pin with regulated 5V.
The USB Power vs. Data Dilemma
From the Raspberry Pi Forums, users have tried:
- Powering Pico externally while connecting USB data lines to PC.
- Result: PC often does not recognize the Pico because it expects power on USB VBUS.
- Cutting power wires on USB cable leaves only data lines, but Pico halts without power.
- Adding a load (like an LED + resistor) on USB power lines can trick PC into recognizing the device, but not always reliably.
Why Does This Happen?
USB hosts expect devices to draw power from the USB port. When the device is powered externally, the host may not detect it properly due to missing power negotiation or voltage levels.
Best Practice
- Use USB power when connecting to PC for programming.
- Use external power when running standalone projects.
- Avoid mixing external power with USB data lines unless you understand USB power specs and isolation.
🛠️ Creative Projects: Using Raspberry Pi Pico as a PC Controller or Interface
While the Pico isn’t a PC, it can be a powerful PC accessory!
USB HID Device
- Program Pico as a custom keyboard, mouse, or gamepad.
- Great for macros, shortcuts, or accessibility devices.
- Example: A Pico-powered macro pad for video editing.
PC Power Switch Controller
- Use Pico GPIO pins with relays or opto-isolators to simulate PC power/reset button presses.
- Allows remote or automated PC power control.
- See the Raspberry Pi Stack Exchange discussion for detailed wiring tips.
Serial Communication
- Use Pico as a serial interface to send commands or data to a PC.
- Useful for logging sensor data or controlling PC apps via USB serial.
🔧 DIY Hacks: Turning Your Pico into a Tiny Terminal or USB Gadget
Tiny Terminal
- Connect a small OLED or LCD screen to Pico.
- Use MicroPython to create a basic text terminal.
- Communicate with PC over USB serial.
- Great for retro computing enthusiasts.
USB Gadget Projects
- Emulate USB mass storage or MIDI devices.
- Create custom USB devices for music, gaming, or automation.
Tips from Our Engineers
- Use CircuitPython for rapid prototyping.
- Combine Pico with RP2040-based boards that have native USB host support for more complex projects.
- Experiment with PIO (Programmable I/O) for advanced hardware control.
📈 Performance Benchmarks: How Fast Is Raspberry Pi Pico Really?
| Metric | Raspberry Pi Pico | Raspberry Pi 4 Model B | Typical Desktop PC |
|---|---|---|---|
| CPU Clock Speed | 133 MHz | 1.5 GHz (quad-core) | 2.5+ GHz (multi-core) |
| RAM | 264 KB SRAM | 1-8 GB LPDDR4 | 8-64 GB DDR4 |
| Storage | None (external flash) | microSD card | SSD/HDD |
| USB | USB 1.1 device only | USB 3.0 host/device | USB 3.0/Thunderbolt |
| Power Consumption | ~100 mW | 3-7 W | 50-250 W |
Performance takeaway: The Pico’s processor is roughly 10-20 times slower than a Raspberry Pi 4 and orders of magnitude slower than a desktop PC. It’s designed for real-time control, not heavy computation.
🤔 Common Misconceptions and Myths About Pico as a PC
-
Myth: Pico can run Linux or Windows.
Fact: Pico lacks the hardware and storage for full OSes. -
Myth: Pico can connect USB keyboards and mice directly.
Fact: Pico’s USB port is device-only; it cannot act as a host. -
Myth: Powering Pico externally while connected to PC USB data is straightforward.
Fact: USB host detection depends on power lines; external powering complicates recognition. -
Myth: Pico can replace Raspberry Pi 4 for desktop use.
Fact: They serve very different purposes; Pico is a microcontroller, Pi 4 is a microcomputer.
🧩 Comparing Raspberry Pi Pico with Other Raspberry Pi Models for PC Use
| Feature | Raspberry Pi Pico | Raspberry Pi Zero 2 W | Raspberry Pi 4 Model B |
|---|---|---|---|
| CPU | Dual-core ARM Cortex-M0+ | Quad-core ARM Cortex-A53 | Quad-core ARM Cortex-A72 |
| Clock Speed | 133 MHz | 1 GHz | 1.5 GHz |
| RAM | 264 KB SRAM | 512 MB – 1 GB | 2 GB – 8 GB |
| Storage | External flash | microSD card | microSD card |
| USB Ports | 1 USB device | USB host/device | USB 3.0 host/device |
| Video Output | None | Mini HDMI | 2x micro HDMI |
| OS Support | None | Linux (Raspbian) | Linux (Raspbian), Windows IoT |
Summary: If you want a real PC experience, Raspberry Pi 4 or Zero 2 W are your go-to boards. Pico shines in embedded control and USB device emulation.
🔌 External Power and USB Control: How Pico Can Interface with Your PC
The USB Power Conundrum
As discussed in the Raspberry Pi Forums, powering Pico externally while connecting USB data lines to a PC can cause detection issues.
Why Does This Happen?
- USB hosts expect devices to draw power from the USB port.
- When Pico is powered externally, the USB VBUS line may be unpowered or at a different voltage.
- This causes the PC to not recognize the device.
Workarounds
- Use a powered USB hub that can supply power and data.
- Add a dummy load (like an LED + resistor) on USB power lines to simulate load.
- Use isolators or USB power switches to manage power lines safely.
Controlling Pico from PC While Powered Externally
- Direct connection with data lines only often fails.
- Use serial communication over USB when powered by USB.
- Alternatively, use UART or other serial interfaces with level shifters for external power setups.
Safety Tips
- Never connect USB power lines from two sources simultaneously.
- Use proper isolation (relays, opto-isolators) when interfacing Pico GPIO with PC circuits.
💡 Expert Tips: Maximizing Your Raspberry Pi Pico Experience
- Start with MicroPython: It’s beginner-friendly and well-supported.
- Use official Raspberry Pi Pico SDK for performance-critical projects.
- Leverage PIO (Programmable I/O): Unlock advanced hardware interfacing.
- Combine Pico with Raspberry Pi 4: Use Pico as a peripheral controller for your PC.
- Avoid powering Pico externally when connected to PC USB data lines unless you understand USB power specs.
- Explore USB HID projects: Custom keyboards, macro pads, and game controllers are a fun way to use Pico as a PC accessory.
- Join the community: Forums like Raspberry Pi Forums and Why Pi™ Electronics Industry News are gold mines for ideas and troubleshooting.
🎯 Use Cases: When to Use Raspberry Pi Pico Instead of a PC
| Scenario | Use Raspberry Pi Pico? | Use PC? |
|---|---|---|
| Learning embedded programming | ✅ | ❌ |
| Running desktop applications | ❌ | ✅ |
| Creating custom USB devices | ✅ | ❌ |
| Remote controlling PC power | ✅ (with relays) | ✅ (native OS tools) |
| Sensor data logging | ✅ | ✅ |
| Portable low-power projects | ✅ | ❌ |
In short: Use Pico when you need real-time control, low power, and hardware interfacing. Use a PC for general computing and multimedia.
🧠 What’s Next? The Future of Pico and Microcontroller PCs
The Raspberry Pi Pico has sparked a new wave of interest in microcontroller-powered “PC-like” devices. While it won’t replace your laptop, it’s inspiring:
- Development of tiny Unix-like OSes (e.g., Fuzix) for microcontrollers.
- Integration of USB gadget modes for creative peripherals.
- Expansion of RP2040-based boards with more features (USB host, video output).
- Growing community projects blending microcontrollers and PCs.
At Why Pi™, we’re excited to see how the Pico ecosystem evolves — maybe one day microcontrollers will blur the line between embedded controllers and full PCs even more!
CHECK PRICE on Raspberry Pi Pico:
For more inspiration and detailed guides, explore our DIY Electronics and Electronic Component Reviews categories.
✅ Conclusion: Can You Really Use Raspberry Pi Pico as a PC?
Alright, let’s wrap this up with a clear verdict from the Why Pi™ team. The Raspberry Pi Pico is a brilliant microcontroller packed with features that make it a favorite for embedded projects, custom USB devices, and educational purposes. But can it replace your desktop PC? The short answer is no — and here’s why:
Positives of Raspberry Pi Pico as a PC Alternative:
- Ultra-low cost and power consumption make it ideal for embedded and portable projects.
- Flexible programming options with MicroPython and C/C++ SDK.
- Can emulate USB devices (keyboard, mouse, MIDI), making it a nifty PC accessory.
- Compact size and GPIO versatility enable creative hardware interfacing.
- Inspires learning about computing fundamentals and embedded systems.
Negatives and Limitations:
- No video output or native display support — no GUI, no desktop environment.
- Limited RAM and no onboard storage prevent running full operating systems.
- USB device mode only — cannot host peripherals like keyboards or monitors.
- External powering while connected to PC USB data lines causes detection issues.
- Processing power is orders of magnitude below any real PC or Raspberry Pi microcomputer.
Our Confident Recommendation
If you’re looking for a tiny, affordable microcontroller to build custom USB gadgets, learn embedded programming, or control hardware peripherals, the Raspberry Pi Pico is a stellar choice. However, if your goal is to run desktop applications, browse the web, or replace your laptop, you’ll want to look at the Raspberry Pi 4 or Raspberry Pi Zero 2 W instead.
The Pico is not a PC replacement, but it’s a fantastic companion for PC-related projects and a gateway into the world of microcontrollers. So, can you use Raspberry Pi Pico as a PC? Not really — but it can augment your PC experience in clever and creative ways.
🔗 Recommended Links for Raspberry Pi Pico Enthusiasts
👉 Shop Raspberry Pi Pico and Accessories:
-
Raspberry Pi Pico:
Amazon | Adafruit | Raspberry Pi Official Store -
Raspberry Pi 4 Model B (for real PC use):
Amazon | Raspberry Pi Official Store -
USB Relay Modules (for PC power control projects):
Amazon | Adafruit
Recommended Books for Raspberry Pi and Microcontroller Programming:
- “Programming the Raspberry Pi: Getting Started with Python” by Simon Monk — Amazon
- “Exploring Raspberry Pi: Interfacing to the Real World with Embedded Linux” by Derek Molloy — Amazon
- “Make: Getting Started with MicroPython on Raspberry Pi Pico” by Gareth Halfacree and Ben Everard — Amazon
❓ FAQ: Your Burning Questions About Raspberry Pi Pico as a PC Answered
Can Raspberry Pi Pico run a full desktop operating system?
No, the Raspberry Pi Pico cannot run a full desktop OS like Linux or Windows. It lacks the necessary hardware resources such as RAM, storage, and a video output interface. The Pico is a microcontroller designed for real-time control and embedded applications, not for running complex operating systems or desktop environments.
Read more about “Unlocking 1 Million Digits of Pi: Secrets, Uses & Fun (2025) 🔢”
What are the limitations of using Raspberry Pi Pico as a PC?
- No video output: You cannot connect a monitor or run graphical user interfaces.
- Limited memory and storage: 264KB SRAM and no onboard persistent storage.
- USB device mode only: Cannot host peripherals like keyboards or mice.
- Processing power: 133 MHz dual-core ARM Cortex-M0+ is insufficient for desktop tasks.
- Powering challenges: External power while connected to PC USB data lines can cause recognition problems.
Read more about “Raspberry Pi Pico vs Other Pi Models: 9 Key Differences (2025) ⚡️”
How does Raspberry Pi Pico compare to Raspberry Pi 4 for PC use?
The Raspberry Pi 4 is a full microcomputer capable of running desktop Linux, supporting HDMI monitors, USB peripherals, and multitasking. The Pico is a microcontroller with limited RAM, no video output, and USB device-only mode. For PC use, the Pi 4 is vastly superior and suitable; the Pico is better for embedded control and USB gadget projects.
Can I connect a monitor and keyboard to Raspberry Pi Pico?
No, the Pico does not have a video output port like HDMI or composite video, so it cannot drive a monitor. It also cannot act as a USB host, so you cannot connect a keyboard or mouse directly to it. You can, however, program the Pico to emulate a USB keyboard or mouse to control a PC.
Read more about “What Are Raspberry Pi Pico W Good For? 10 Game-Changing Uses (2025) 🚀”
Is Raspberry Pi Pico suitable for programming and development tasks?
Absolutely! The Pico is excellent for learning embedded programming with MicroPython or C/C++. It’s perfect for projects involving sensors, actuators, and custom USB devices. However, for general-purpose programming or running desktop applications, a Raspberry Pi microcomputer or PC is required.
Read more about “What Is Raspberry Pi Pico Used For? 12 Cool Projects & Uses (2025) 🚀”
What projects can I build with Raspberry Pi Pico as a computer?
While not a computer in the traditional sense, you can build:
- Custom USB HID devices (macro pads, keyboards, mice)
- Tiny terminals with OLED displays
- PC power switch controllers using relays or opto-isolators
- Sensor data loggers communicating with PCs via USB serial
- Simple game consoles or interactive gadgets
Read more about “What Is the Full PI Number? 🔢 The Infinite Mystery Explained (2025)”
How do I set up Raspberry Pi Pico to function like a basic PC?
You can’t make the Pico function as a full PC, but you can:
- Program it with MicroPython or C/C++.
- Connect it to a PC via USB and configure it as a USB HID device.
- Use it to emulate keyboard/mouse inputs or serial communication.
- Attach small displays and buttons to create a minimal terminal or interface.
For full PC functionality, consider Raspberry Pi 4 or Zero 2 W instead.
📚 Reference Links and Further Reading
- Raspberry Pi Pico Official Product Page: raspberrypi.com/products/raspberry-pi-pico
- Raspberry Pi Forums Discussion on Pico as PC: forums.raspberrypi.com/viewtopic.php?t=310206
- Raspberry Pi Forums on External Power and USB Control: forums.raspberrypi.com/viewtopic.php?t=333401
- Raspberry Pi Stack Exchange on Controlling PC Power Switch: raspberrypi.stackexchange.com/questions/13989
- Adafruit Raspberry Pi Pico Tutorials and Guides: adafruit.com/category/raspberry-pi-pico
- Why Pi™ Raspberry Pi Pico Resources: whypi.org/raspberry-pi-pico
- USB HID Device Programming with Pico: usb.org/hid
Thanks for joining us on this deep dive! Whether you’re a hobbyist, educator, or engineer, the Raspberry Pi Pico offers endless possibilities — just not as your next desktop PC. 😉
