 All right. It is Python on hardware time. There is a lot going on. So for 2020, we asked the community, what do you want to see in Circuit Python 2020? You tell us. It could be projects. It could be code. But like I was saying on the show until because Scott was there and he heads up our Circuit Python development, Circuit Python is code plus community. So take a look at the blog post on our site where it's also in the newsletter because in addition to here's what I'd like to see with, you know, poor technical features. People are telling their personal stories about what it's like to be in a very kind, functional, inclusive, diverse community that are sharing projects, sharing code and trying to make something that makes programming easier and more fun. From beginner all the way to experts, one of the things that I'll show in a couple minutes here is the ease in which you can prototype and do things and iterate is what Circuit Python is really good at. And it's really good being able to have that idea and being able to make it. But boy, it would be lonely if it was just you doing it. So part of what we've done is build community around every part of Circuit Python. So just to give you an idea of some of the things that came in so far, okay, because, you know, folks have lots of different ways. So one, you can just how to get it to us. You can do a video on YouTube post on Circuit Python forum blog post on your site series of tweets. You can put a gist up on GitHub. You can email us Circuit Python 2020 at Adafruit.com things that we're looking for projects like to build things you could easier additional community programs and the list goes on and on and on. The folks that added stuff, some of it's on our team. Some of it's things like I want to see home kit. Some of it's here's specific things I want to see with music. Here's specific things I want to see with Blinka, which is our, which is for Linux. So that's all available. You can just make sure you email us or put it in Discord or tag us. We find comments and we add those as well. Like here's the thing we saw on Twitter. Here's all the things we saw on Instagram. And we'll tell you, whatever you think would be cool. We do listen to what people are saying. People want something. Tell us and it gets into the blender and we mix it up. And you may not get to it this year, but you can see past years we have you have, but we had a pretty good run. And it's also interesting to hear from people what they liked about the last year as well. There's stuff that you've seen that you're like, wow, I'm really glad this got used or got made. That'll be also helpful. Just, you know, we, we make code to work with other people. We want to hear from it's not just what I want to build. It's what everybody wants to build. And I think at this point, we're like, you know, year two, three into Circuit Python, you can tell this is working out. There is a huge ecosystem of boards already. We're almost up to 100 boards over half of them. Most of them are non-native. Correct. So that's, that's how we know we did a good job when we're, when more people are deciding to put their thoughts and passion and goals and hope and even business ideas into this. So speaking of, there is a new board. We have the Circuit Python. Do people say MXRT? It's the MIMXRT 1060. Okay. This is a super powerful NXP chip. Ultra, but it's like a gigahertz. Super powerful. And Feather Format, USB-C, Circuit Python running, and Arturo has been a member of the community. It has a board called Serpentay, sells it on Tindi, and it runs Circuit Python. And this is the, I feel like a mezzanine thing going on there too. Just kind of cool. Initial Plurio Quest came in. It's now on circuitpython.org slash downloads. And Lady, just for the folks that aren't super technical, or even if you are like, it's hard to keep track of all the chips. Why is this NXP chip in particular good for this or for anything? No bad chips. All chips are good. But this one is interesting because it's a very, very powerful chip. It's running the 1010, I think it runs at 500 megahertz. This one might run at 700 or 800, I can't remember. And you get external memory, external flash. I mean, they're very intense chips that can run Linux. I mean, it's almost the same power as a Raspberry Pi Zero. But they're very inexpensive. The cost has come down quite a bit on these chips. And so, for example, the 1010, which was on the other feather, I like to use that as an example because it's running at 500 megahertz. I think it has 120k of RAM. You can put external flash on it. And it's running at, it costs like $1.25 or something. It's so inexpensive. And for CircuitPython, we have enough RAM now, I think, to do a lot of projects. But because we have to use 80% of our cycles on interpretation of the Python script, having a very, very fast processor will make people feel like it's working a lot more like modern Python on a desktop. Or trying to achieve modern desktop Python speeds on a microchar. So if you learn Python on the desktop, theoretically, as these boards come out, it is pretty much the same thing. So interesting. They have a couple of the intricacies that are very interesting. I mean, they're not the easiest chips to use, of course, as they get more powerful. They have memory management units. And you have to partition your memory in a certain way. But they are also extremely capable. The chips have high-speed USB. This would be one of the first high-speed USB chips that's supported for CircuitPython. So it's very exciting, because we want to do more with that. So expect more. Watch the news. It was on Hackster. Watch our site. We have some boards coming. Our Turo has some boards coming. It's working out. And hopefully we'll be doing some partnerships with some companies, maybe including an XP, on how to introduce this chip to a world of makers, hackers, artists, engineers, people who want to build for fun and also for industry and also for business. So stay tuned for that. All right. Very exciting. Okay. We've been doing our top of the decade posts on Adafruit. And the number one product for the last decade, all together, when we add up everything, was the Circuit Playground Express. And one of the reasons is because it runs CircuitPython. That's right. It also runs Makeout. It also runs Arduino. It also runs TinyGo. It also does other things. But congratulations to all of you out there for picking a winner by a purchase. You voted with your dollars. And that's what we tallied up. And that was the product of the decade for us. It's new products that are running CircuitPython. We have the Itsy Bitsy. Yay. People wanted something small. It has a Bluetooth. This is it. It's a Bluefruit board, but it's so teeny. It's the Itsy Bitsy NR 52 840. The CircuitPython thermal camera that Cedar Grove is working on. This is a cool project. GitHub repo has a video on YouTube. It's graphics. One of the things I liked was as Cedar Grove was discovering how Display.io worked, made these cool graphics to better understand themselves how it all works. So check that out. Congratulations to Deshipu. The new Pew Pew M4 is a CircuitPython graphical handheld game console. And it is now Oshawa certified open source hardware. Some happy new year from our friends over in Japan who made the CircuitPython book. That's available in Japanese language. They made this cute graphic and puts it up. It's a Chika Laurie. I guess she's the mascot. This is the CircuitPython MIDI to control voltage module, the winter bloom. And this is by Zia Coates. Fun easy to program, allowing integration between USB MIDI and module synth gear. This is what JP made in fact. I love the PCB on top of the cigar box. It's cool. It has a really nice look to it. This is what I was talking about before. Needed just to make this light. Needed to be motion activated. It's a joy to prototype with CircuitPython. And well documented Adafruit boards. CircuitPython is code plus community. If we had to add a tagline we'd probably say it's a joy to prototype with CircuitPython. So that's how easy it was to make. So easy. All right. Helen, it was just on the show and tell. Was it 36C3? It was cool get together that they do in Europe every single year. This is the Serpentay. I was talking about before. We're in some Neopixels and it's wearable. And it's soldable. Speaking of Serpentay, this is the first Serpentay shield. So the Serpentay Circuit Python board and folks are already building accessories for it. Oh, I like this. It's a cute idea. Yeah, you'll go to Encoder, go to IO, and Noled. Yeah, it's super cute. Good idea. Okay. These are some feathers that are taking flight, making their way. This is a UWB localization feather. Yeah. These are the little modules that let you do localized orientation and distance sensing. Yeah. This is the OrangeCrab revision point two boards. They're in. They're in orange. And this is yet another cool feather design. So we're trying to keep an eye on all the different feathers. There's hundreds of them. This is so intense. Look at this. GitHub.com slash Adafruit slash awesome dash feather. That'll give you an idea what's going on. A lot of these runs from Python, of course. There was public domain day. And so Michael Weinberg, a friend of ours, made a Raspberry Pi Python powered image display that used the Children's Museum of Art open access API. And so then, of course, Dan over on Twitter said, I can make this with PyPortal. So we're already seeing that. And that's one of the cool things. When you could do rapid prototyping, it's almost like skateboarding, where everyone's doing tricks together. It's not a competition. It's like, hey, look at this cool trick. Hey, look at this cool trick. Free art every day. Here is another PyPortal project. This gets CodeChompers Twitter follower account and the YouTube stats programmed in CircuitPython and Python, such a fun little single board computer. All right. Go subscribe and follow CodeChomper. Get those numbers up. This is a neat project from Adabox 14, which happened to ship with a Circuit Playground Blue Fruit Express that runs CircuitPython. It's one of these cool globes. And you can make this technique inside of the snow globe. It's like acrylic paint and stuff like that. We don't really go to CES. I think maybe we were banned for TVB guns or something like that one year or someone that we knew was. But there is, we try to keep track of like what's kind of interesting in the Python community, at least this year. And so this is called Richie. And it's a Python controlled robot. There's a circuit. There's a Raspberry Pi inside of it. I'm trying to get a hold of the company. It's super cute. And it's expensive. It's $10,000. But the idea is you'd be able to program it with Python, amongst other things. So that's kind of cool. So we'll continue to try to do some more coverage from CES. 7,000 thanks. The newsletter that we do every single week about Python and hardware. We reach 7,000 subscribers. Thank you so much, everybody. 2020. We'll continue to cover all the greatest news in the world of Python and hardware. Lots of ways to send us news and more. Check the blog, check the newsletter, check our video, put it in the comments. We'll probably cover it. That's Python and hardware news this week. All right. Okay.