GenericRaspberry Pi Pico RP2040 Microcontroller - 2 Pack

These Raspberry Pi Pico RP2040 microcontrollers are a solid choice for anyone getting into DIY electronics or home automation projects. I got the 2-pack and both boards worked right out of the box.They’re compact, powerful for their size, and very easy to program using MicroPython or C/C++. I used one for a sensor project and the other for experimenting with GPIO controls—no issues at all.It’s also great that they shipped quickly and were already in the US, which saved me a long wait. Overall, awesome price and performance—perfect for hobbyists and tinkerers!

Modded my GameCube with this. Works perfect.

Wanted it fast, well here I went, and it come fast, love these things!

I wanted to get this product and bought on Amazon because I thought the price was going to be competitive but then I found the normal price is $4 at distributors and I paid $8 here. The rp2040 processor is great and this is a good formfactor.

I used to mod a console and if you are great in soldering microchips you should be fine, just follow the instructions and it will be OK, no issues with it, note it's just the motherboard, doesn't come with cables and nothing else.

I've been working with these microcontroller boards for some time now, and I am continually impressed by their performance and reliability. It's not often you come across a product that consistently meets and exceeds expectations, but this one does. Without any hesitation, I'm giving these boards a well-deserved 5-star review.The versatility of these boards is outstanding. I've used them for an array of projects, from creating dynamic LED strip lighting setups throughout my house to more complex tasks like controlling sensors for temperature and humidity readings in my 3D printer filament boxes. The ease with which these boards integrate into various projects, regardless of complexity, is truly remarkable.What I appreciate most is the reliability these boards offer. Every time I start a new project, I do so with the confidence that these boards will perform as expected. They've become an essential part of my toolkit, allowing me to bring my creative and technical ideas to life without the stress of hardware issues.I've purchased many of these over time and plan to continue doing so. Raspberry Pi products have earned their reputation as some of the best controllers for DIY projects, and my experiences only reinforce that sentiment. Whether you're a hobbyist like me or a professional looking for reliable microcontrollers, I can't recommend these boards enough.If you're on the fence about which microcontroller board to invest in for your next project, consider this a sign to go with this one. Their performance, reliability, and versatility are unmatched, and they've earned a permanent spot in my project lineup. Happy tinkering!

I was debating on making my own Jtagulator out of a ESP32, but saw a YouTube using the Pi Pico. The Pi Pico makes it easier to load your program than the ESP32s. Just plug the Pico into a USB port, transfer a file to what looks like a USB thumb drive and reboot. BlugTag comes up on the Pico and does what I need to do jtag.

Been playing with arduino for years. The arduino line is nice but I migrated to mainly using the Teensy controllers for most of my projects, they cost less and have much better bang for the buck. When I saw the pico I dismissed it at first, simply because the M0 micro didn’t seem all that exciting, even with it being a dual core, there are lots of other M0 dev boards out there. What sets these apart from the rest of the M0 crowd, apart from being dual core, is the faster clock ( and they can be over clocked ), massive memory(s) and the programmable PIO. So far I’ve only played around with driving TFTs, and the performance as well as the current draw is very, very impressive. The fact that these cost only $4 is amazing. Up till now, my go-to boards were either the teensy4.x or the ESP32, but now the RP2040 will be my go to. I hope they release a version with more IO soon. Great little micro.