 Yay! Speaking of Python, we've got some Python on hardware stuff going on. Some good stuff this week. Yeah, some good stuff. Let's get stuff every week. Yeah, let's start off. We'll come back to kind of the lead story, which is side-labs introduced to support for CirclePython. That's going to be kind of our lead story. We just finished up the hack chat, mentioned that earlier. OpenSauce, if you want to look at some of the coverage, there was an event out in San Francisco that's like Maker Faire like. There was a lot of cool projects using Adafruit stuff and CirclePython. I think that it's, there's like the prop maker community. It's starting to like intersect a little bit, where they're because like it's like Adam Savage world, and there's like. Yeah, the YouTubey social maker. Yeah, there's definitely like, these are more for the, the audience was more of like the YouTubers that were like building props and things like, if you're a YouTuber, you're doing lots of things like, oh this movie just came out, we built a thing that's kind of like it. So, kind of neat. Check out some of the coverage that's around the web, but also MakerBulls and Wine, and you can check out some of the things that most of us all there. Lots of different projects. You can check out Todd's latest with some CirclePython synthiotricks. There is a MicroPython class for Arduino. We are merging support for this board on CirclePython as well. It's happening today. Yeah, the latest, one of the latest boards from Arduino on CirclePython support, but the big news, and you can check out all the different projects and more. The big news for the week was, PsyLabs now supports CirclePython, and that includes boards from SparkFun. Yeah, they're feather like board. Yeah, that's the big tent that we like to build. So PsyLabs now has CirclePython support for a bunch of their boards. We have, well, we put it all over our socials, but also it's in our press section. We'll play a video in a second, but Lady, why is this interesting? Why is this big deal? What does this mean? Why should people care? This is cool, because first off, this family, which we covered on INMPI a few weeks ago, so people want to see a more in-depth look into this chipset. It's a ZigBee, I believe, also Bluetooth, low energy chipset that can do matter and thread. And so if you want to do IoT projects and you want it to work with the newest system that will now allow anything to work with anything, so you can work with Google or Nest or Alexa or Siri or HomeKit, you don't have to worry about writing code for each platform if you're using matter. PsyLabs, the MG24 and other series chips do this, but one of the challenges with these chips is that they're so advanced. These are Cortex chips that have so much firmware that it's actually like compiling and uploading and doing the workflow can be a little challenging, which I think was CircuitPython is a great match for it. I think they haven't quite added wireless yet for CircuitPython, but they just released this, so I'm sure they'll add it later. But this is a totally new family of chips, like we've supported Dispressive, and Atmel Microchip, and Falcon 2040, but this is the first time we're supporting PsyLabs and they have a huge amount of marketplace, especially for wireless chipsets, so it's really great to see that there's another family. Also, for all of y'all out there, if you ever want to do anything with a PsyLabs chip and you didn't know or it was too intimidated, or it's like, okay, what am I going to do? If you do anything with CircuitPython, it actually works. So they made a video, we're going to play it. CircuitPython is now available for Silicon Labs XG24-based Low Power Wireless Development Kits. The low-cost Thing Plus MGM 240p board from Sparkfun provides an accessible starting point with the quick connector providing the option to add a wide range of external devices. The XG24 Explorer Kit from Silicon Labs is another entry-level board that features both quick and micro bus expansion options. Finally, Silicon Labs XG24 Dev Kit comes with a wide range of sensors already on the board, making it an excellent platform for rapid prototyping. Once again, the quick connector allows the easy addition of other devices. CircuitPython is a beginner-friendly programming language that simplifies coding for microcontrollers. To get started, visit the CircuitPython download page. Then search for PsyLabs to find and download the CircuitPython firmware for your board. To kickstart your development, you can clone the Silicon Labs CircuitPython applications repository on GitHub, where you'll find a growing number of example applications and instructions on how to get up and running. CircuitPython also comes with drivers for a wide range of third-party devices that can be easily connected to the XG24 boards. Visit the Silicon Labs CircuitPython application GitHub repository and start exploring the creative opportunities offered by CircuitPython for the EFR32 MG24 low-power wireless microcontroller from Silicon Labs.