 New, new, new, new, new, new, new, new. All right, so since we didn't get a chance to do a little bit of a recap, because of the show thing, so I'm just gonna play a very short thing. Here's the things that we're on last week, and then we're gonna roll right in. ["Dance of the Sugar Plum Fairy"] So that's last week, and those are still available on Adafruit.com slash new. So this week, new products, good news, bad news, everybody. So we got these limited edition Arduinos, and I have mine that I brought from home. We had only a few, and they're numbered individually. We didn't know which numbers we would get, and this thing is tiny. It's so cute. So this is the Uno Mini limited edition, and this is how small it is. So small. And I'm gonna show a couple quick photos of it, and... Well, that's my... What? That's the breakout? Yeah. Yeah, well. But you know what? It was so small. I know, it looks the same as gold and black. Yeah. Sorry. You're not gonna sell it on me. You get only the Uno Mini. Yeah. But you do get a signed... So that's the packaging. And they went above and beyond. Missing from the list of the folks there is Gianluca, because they had a split a long time ago, but they added Fabio, the new CEO of Arduino. I think that was smart. It's got USB-C. USB-C, and then I thought I'd do a little bit of a mini unboxing here. Okay. So this one's mine. This is in... And it's lucky number 13. You got a Salinas for you. And you can see, and this is going in my Arduino museum. We have probably a hundred boards of the past for Arduino. And weird ones. What are you looking for? Well, I'm just doing this nice glossy. And then this is the... And then this is the... This is mine, because this is 13. So I just grabbed this one out, and the news is we had them. And I had to buy them as a regular person. And so we sold these just at cost, because I wanted to get these to folks out there. And we have lots of emails out to Arduino. We would love to resell these. These sold instantly. We'd like to... I mean, it seems like folks like these, or it might just have just been the collector folks, like kind of like me. Who's like, oh, I should collect this because I have one of every Arduino, and I have an Arduino museum here at Adafruit. I'm glad we have one of each. Okay, next up. Okay, next up we've got... We actually found a bag of these, speaking of 0.5, 0.01, 0.05 inch pitch connectors, because that's the connectors on the Uno Mini. This is a two by five, 0.05 inch pitch. So it's half the pitch that you're used to with headers. We actually got a bag of these to use with our SMT PMS 50031, I think the iSquad C plug-in air quality sensor. And we surface mount the connector on the reel so we don't need these loose ones. But I figured like, maybe somebody has some use from them either to connect to air quality sensors or you have some other device there. You know, sometimes these are called like JTAG connectors. These are through-hole, as you can tell, but hey, you can turn them into surface mount by just bending the pins out. So it's basically the same thing, because they're nice flat pins. Okay, next up, Simon Monk has a new book, Programming the Pico, Learn Coding and Electronics with the Raspberry Pi Pico. Here's some inside pages. And Simon Monk is an author. Lots of Thani in there, MicroPiPhone. Yeah, and that's why we're stocking this book, Support Authors. And the other thing is we have a parts pack that goes with it. That's right, it's a parts pack. And it's hard to tell from this image, but if you zoom in, the breadboard has actually special markings where the part number of the Pico, like the pin numbers for all the Pico pins, are labeled on the breadboard, which is like so genius. I didn't think of it, and it's so smart, because then when you plug in the Pico, because it doesn't have pin markings, maybe on the bottom it does, but it doesn't have, yeah, I think on the bottom it does, but not on the top. And so when you plug it onto the breadboard, and you line up pin one with pin one on the breadboard, or you line up at the edge, all the pins will be labeled on the breadboard for making easy soldering and projects. And you get like servos and LEDs and piezas and buttons and all that good stuff. So a smorgasbord of components. All right, if you look for the next product, you won't find it, but maybe it'll find you. This is referred to as a boot-a-box. It is a little tiny thing that's been around for a while. There's a big hacking community. It has Buddhist chants and more, it's very peaceful. I've plugged in high quality headphones to it. I've plugged in crummy headphones to it. It has a very simple interface. You just turn it on. And it just repeats. And it starts repeating over and over and over again. You can plug it in if you wanted to, thanks. And then Johnny, who is one of our lead shippers, took it for a spin. So check it out and more. So Zen. Yeah, I think I may have not put the one with the audio in it. But you know what? That made it even more peaceful. Yeah, maybe. Okay, anyways, it's on our website. There's a YouTube video. You can check it out. Next up. Start of the show, besides you, Leida, and our entire team, our community, and our customers is. This is a new accelerometer, the MSA311. This is the upgrade to the MSA301, which is just a low-cost, simple triple-axis accelerometer. It's very small. It's easy to use. It's got tap detection, and you can measure tilt and motion with it. It's a lovely all-around, good triple-axis accelerometer. And the most important thing about the MSA311 is it's available to purchase. That's right, it's actually in stock, and I could get some. So we made a breakout to it. The MSA311 has been discontinued. The MSA311 is like 99% identical for use cases, but the iSquad C address has changed from 026 to 062. So your code isn't gonna be dropping compatible. You will have to recompile to use a slightly different library update, just to change that iSquad C address. But the range and the resolution is otherwise the same. And we put on a STEMI QT connector board, so you can plug and play it with our boards. And of course we have Arduino and Circuit Python code for this chip. Just use our MSA301 library. New, new, new, new, new.