 New, new, new, new, new, new. But before we get to the new, we have some news for some updates. In case you've been looking at our product photos, you'll probably notice we have some of the new quarters coming out. The U.S. Mint has Sally Ride, Maya Angelou, and more, and we have lots of different coins as they are released. These are the women coins. American women coins that are out and we're very happy to add these. Speaking of, we just got all of our new certificates to be a woman business enterprise certification, a woman home small business certification, a WBE certification. This is a woman-owned business enterprise. So lots of folks are like, I want to support women-owned businesses. Well, we are official. We renew every year. It's really complicated and hard. It is like hard. It's not like you get anything. There's no tax benefits or money. It's just like... We're just now on a list of companies that happen to be women-owned. So if you want to support a company that's woman-owned, that is us. And then we also, because this is on the bottom of our page, we have this on the woman-arty and woman-owned business enterprise. And you probably notice there's a new little logo at the bottom with an M on it. What is that? McDonald's? Well, no. When you click the M, it goes to Bastadom. Now, this is a federated service. So we thought back in 2017 that Twitter wasn't going to make it kind of weird. So we haven't had an account since then. And we haven't really done too much with it, but now is probably a really good time. More people are... Yeah, you can find us over there. Yeah, and we have that little link on the bottom of all our pages. And we'll be doing more with these federated spaces, the Open Indie Web. And in case you're wondering, we're a silver sponsor. It's important to us because this is still currently a free service. They're trying to keep the protocols good for everybody. So we wanted to support it. So that's some of the things that go into Adafruit. And when you spend money with us, that's what we do with the cash. So speaking of, Lady Aida, we have got some new products. Let's kick it with some new products. Okay, we've got a bunch of these snap action blocks. Okay, so this is a three to nine version. And I'll go through all them real fast, and we'll just grab them all on the overhead. So it's a three to nine reminder. You can also, any time you go to the pages, we have a selection that you can see all of them in one spot on each page. So that was a three to nine. This is the two to six to input six output, one to three times two. This is a one to five splitter. And then those were like the ones that go like one to N. And then these are one to one. So this is six and six outputs. It's like one to one. We also have the three in three out one to one version. And then finally, we've got the version that you can snap together. That's cool. Yes, this is the, you know, it's one to one. And it's like individual and they and they can click together to make Voltron Voltron or it's just large snap block. You can see on the end, there's a little plus and then what are these things? Those are the buckle blocks that let you connect multiple of these together. If you want to like, mount them. These are little buckle blocks. Okay. So now let's show them on the overhead because they're yeah. So it's three to nine, three to nine, two to six, one to five, one to one. Yeah. One to one times six, one to one times three and then the one each individual. Okay. So let's show these off. So yeah, they're, you know, they're this, this is the only one that's not clear. I like the clear ones. I couldn't get this one in clear, but the West them come in this nice clear design, which is cool because you can, you know, you can actually see how it works. You take your wire, you can use stranded or solid core. You flip this open and then you can stick the wire in and you can even see the little clip and then you snap it down. These are good for, you know, many amps, they're distribution blocks. They do have little mounting holes on them as well. So what I like about these is they're color coded. So, you know, this one wire goes to these threes. This is good for a fan out. You know, there's people who are always people who are like, Oh, I'm doing like a neopixel thing or motor power and I need distribution wiring, like for a lot of servos or a lot of motors or a lot of LEDs. You'll do the job really well where you have like, you know, power, ground and data, and then you have three outputs each. And then if you don't need something that big, there's the, this version, which like I said is this is three to nine and this is two to six. So again, one input, three output. This is good for like power and ground. I like how it's red and blue even. So, you know, you can get your power signal, power and grounds, no data signal, but still you could use this for like power fan out. And then this is also good if you have a lot of signals that you want or power that you want to distribute. So, one input and then it's connected to all five of these outputs. So, these are the fan out versions. And then there's just the like, okay, I want to just, you know, connect two signals together. So, these only go one to one. They're not connected between each other. So, red goes to red, blue goes to blue and that's it. And then we've got the clear version that's kind of small and cute. Again, good for just jump ring signals together. And, you know, if you want to make your own custom blocks. So, this is the version. Let's see if I can line these up. So, this is the, yeah. So, here goes this. You can, oops, you can slide these together and then they connect and then you can make, you know, as many as you want to feel you want like two. So, it's like, you know, it's a little bit larger than the ones that are all in one, but you can of course create any number you wish in a row. And then finally, the buckle blocks, as I mentioned, these are good because you can use these to snap together. So, let's see, it doesn't work with that version, but it does work with this. So, it works with the, these are the only things that are hard to put on, which is good. Hold on. Let's see how these, they definitely go on because I got them before, but it's just hard to do. My hands out. I don't want to break this either. There you go. One side and then, okay, tough, but firm. And this is what it looks like, you know, you can connect these side by side and then you get the mounting holes in the center because these don't have mounting holes the way the distribution fan out blocks do. So, you know, mounting holes, you also, of course, tape these down. You get two buckles per. So, you know, a wide range of these snap action blocks. They're similar to the WAGO blocks are not official, you know, WAGO style, but I do like the colorful arrangement, which I think is worth investigating trying out this version. Okay, next up, some hardware. Yeah, we have another feather from Unextracted Maker. This is the ESP32 S2 Neo. It went to the matrix. It came back out and it's got LEDs. It's got a cute 5x5 grid of neopixels in the center. So, really fun if you want to have a little scrolling text. 5x5, as people know from the micro bit, is enough to have little scrolling text messages or miniature graph or little icons. We just did a project, Liz did, where it's a weather meter, but it uses little 5x5 icons for like snow or sun or wind. So, you can actually do quite a bit with just showing the display or graphics on a 5x5 RGB matrix. There's also a Stem IQT port. Of course, it's ESP32 S2, so it's got Wi-Fi. It can run circuit Python. It can run Arduino. You can battery power it. You know, it's just a fun, got little bling going on there, which I dig. And then there's, it looks like there's even an extra neopixel to the side as well. So, you can use one for indication and one for display. Okay, the star of the show tonight besides G-Late 8, our community, our customers, our team, and everyone who helps make this thing go is... A little MOSFET motor stemma. So, we are trying to have a couple little help or add-on boards. Especially in the forums, we see people who get stuck trying to build basic electronic projects that require a breadboard, but they're still, even though they sound simple, they're kind of complicated. So, a lot of people want to say control is solenoid or a motor to turn on or off or turn a fan on or off. Here's your biggest fan. It's a small fan, but it's a nice fan. And, you know, when you connect to, especially a motor or solenoid, you need to have your power transistor and sometimes you have, you need to have a pull-up or a pull-down or an inline. And then you also have to have your kickback protection diode. And a lot of people, like, get the diode wrong where they forget the diode and they fry out their microcontroller board because the power supply ends up spiking. And it's kind of a downer. So, we thought, like, let's make a little add-on board that is, you know, solder-free, great for use with a circuit playground express or a microbed or any microcontroller board, really, and just makes it really easy for you to turn on or off a load, you know, a inductive load up to 1 amp, one and a half amps continuous. You can peak it, like, you know, three amps. And it can do 20 volts logic up to or 30 volts power. And of course, that you can have it switch a 30 volt power signal with a three volt microcontroller line. So, that's also kind of nice. It's, you know, it's a MOSFET. So, it's separated logic and power. So, here's a little demo. I can just show off how. You're going to show the fan live. No, I'm going to be a fan. So, it uses the Stema, not StemaQT, but the original Stema connector, which is a JSTPH, with ground power and signal in. And you can always use the breakout boards here if you want to use it on a breadboard. But for a lot of people, this might be nice. It's solder-free. And also it means the wiring is done for you. You have a good wired connection. If power is good, the green LED is on. And then these are non-screw terminal blocks. So, to release or insert, you push down. I'm using a screwdriver, but you can also, you know, use a pen. And then you can insert wires in and release to have a nice strong connection. These are the really good WAGO SMT terminals. So, they're nice and strong. They don't, they're not brittle at all. We had some before that were brittle, but these are really nice ones. And then on the other side, you know, I have the alligator version just to make it easy to connect to my circuit playground. And then on pin A1, what I have is just the blink sketch, you know, with the pin logic going high and low. And you can see that when the signal is on, you see the red LED, so it's good for debugging. And then on the opposite side, you see it just turns on this fan, or it's a high-power LED, or it's a solenoid. Whatever you wish. I just wanted to make something that was only a couple bucks that made it really easy for people to do these kinds of projects. And don't have to worry about, you know, the kickback diode about a really well-specced MOSFET. There's a nice powerful one. I think it's the Alpha Omega 3401, which is a, which is a nice high quality and channel FET. And plenty of debugging output to make it really easy to tell if your signal and power are good. So, that's the star of the show. All right. I'm a big fan. Yeah. And this kicks off our OnlyFans segment. Okay. That is new products. Thank you so much, everybody. We'll be back throughout the week and more. This is the last one of the year. We'll be getting this video out so there might be a little bit of overlap between 2022 and 2023. But we are back and more. See you all later. Thanks, everybody.