 The new song is, oh my goodness, there's so much going on that I can't handle all the news. All right, so let's kick it off. All right, I was like putting, like, I usually have a minute before the NPR. There's a lot going on this week. New product. Okay, so let's kick it off. Okay, starting off, we have this like 30 in one DC adapter kit, and we do have a couple of DC adapters because basically all the power supplies have 2.1 millimeter inner diameter, 5.5 millimeter outer diameter plugs, you know, our 9-volt adapter, 5-volt, 12-volt adjustable, et cetera, et cetera. But people are like, I want to use this with some weird-ass device with a weird-ass connector. Okay, this is it. This is the weird-ass adapter party. 30 adapters, some are weirder than others. I can show them off quickly. I just want to show people how they work because basically each one of them has a 2.1 millimeter DC jack plug. You have your standard wall adapter that we sell. Again, the most common sizing is 2.1 millimeter inner diameter. You plug it in and now it is a different plug. So let's say you're like, I have a weird Lenovo, I think this is Lenovo, rectangular laptop connector and you want to plug it in. Okay, only thing is, of course, the adapters, the adapters do not do any voltage conversion. They don't do any polarity conversion. So they all assume that you have a center-positive adapter because, again, that's like 99 percent of things are center-positive. Not good for if you're doing something with some audio devices and pedals that use center-negative. So basically you get just a ridiculous number of like, what is this? I don't know. It's some other laptop. This is like a Dell-inspiring thing. Who knows? Sony and Lenovo. Plugs, plugs, plugs, you've got stuff. And some of these are like a total nightmare, like this one is like a Phono Jack. I've not seen this. I've seen like, your power goes through a 2.5 millimeter or a Phono, it gets totally cursed. You know, 1.1 millimeter inner diameter, all sorts of weird ass ones. I have so many things where I'm like, I'm never going to find the power adapter I'm going to need this now. Yeah, so I'm taking this home because there's always like, and they all look really similar, but they're slightly different sizes. My sharp Zaris PDA will finally get charged up. So yeah, so there you go. You get a whole bunch. So we recommend, there's two ways I recommend. One, use our DC power adapters. We have, again, a adjustable one. You can dial in the voltage when you need 19 volts or 17 volts or six and a half or whatever. We also have our USB Type-C PD adapter, so you plug into a standard USB-C power supply and it gives you, again, a 2.1 millimeter. But then you're like, OK, I have to actually convert it to my laptop. So you want to basically turn your laptop into a USB-C powered device. And it's using one of these crazy, ridiculous plugs. You can then do that. So 2.1 millimeter, don't forget, doesn't change the polarity, doesn't change the voltage. It just changes the plug. OK, and are the connectors labeled as to size? They are not labeled on the plugs themselves, but on the website. We have a list of every single size, but it's pretty much all of them. All right. What's next? Next up, we've got a bunch of servo helper cables. This is a shrouded servo to basically triple, like separated triple header plug. So you're like, why can't I just use plain headers? You can use plain jumpers for this, but it's really nice if you look at the socket. It's got that little notch cutout, which means you can't plug in your servo backwards. So it's kind of good for kids and workshops. On the end, the pins are separated. And what this means is if I bring my demo, that's the song is bring my demo. So on the overhead, I'll show really fast. You can take your servo, you plug it into the adapter. And then it splits apart. So if you're plugging into something like a servo, you're not doing the little game of like, how do I, which cables are connected? You just have all the colors and you have five ground and whatever your signal line. And then your servo is going back and forth. That's cool. We also have a version with alligator clips. Right. Same sort of thing. Alligator clips separated out to a nice servo plug. Again, you're like, why can't you use jumper cables alligator? Well, it's got this nice, like it's shrouded and it's like the white orientation. And then show this version on the overhead. I know there's so many new products. You have a micro bit. You have a circuit playground expressed. You have some wearable thing. You want to connect a servo. You don't have to worry about mixing up pins or anything. Everything is like labeled and ready to go. So it makes it very easy to connect any standard servo. Just plug it straight through and you get a little more length. Good. Next up, more cable adapters. This is a JSTXH extender. JSTXH is our 2.5 millimeter pitch. They look like this. They're often used in like arcade connectors or buttons or like anything that has like an LED that's connected to a wire. It's a pretty, you know, we have JSTXH extenders and stuff, but XH is also used, like I said, especially for arcade buttons and micro switches. It's a very common connector. So this gives you a bit of stretch. OK, a little bit of a follow up from some of the things we were showing off last week. We've got more colors of these. These step switches like the TR-808. We have the other video, of course, it also covers these. They have a single pole double throw switch. They have a beautiful clicky connector and we've got the multiple colors with a red LED. So again, often used in like step sequencers in the 80s, but I think it can be pretty cool for some projects you want to build now. They do work, JP report, they worked in Perf board. You know, things are on a point one inch boundary, but they're not easily used in a breadboard where there's like lines for each row. They're best used in like a gridded proto board where you can kind of free wire them that you get a couple per pack. And like multiple colors, red LED, a great little input. And they're very, very clicky. Yes, you can check out the page there. And we also are doing more of these potentiometer knobs. Yes, we've got these micro knobs sometimes referred to as Davies 1900 style. I've also got a beautiful demo with a potentiometer rotary encoder. What's nice is that they all have set screws. And so whether you have round D shaft or T 18 doesn't matter. It'll work with any kind of six millimeter ish knob. So we've got brown, purple and green. And I think we actually even put in blue like right before the show. But it was just fine. We have we have all the colors. And don't forget, we also have a rainbow pack. If you see down in the corner, we have a pack with one of each color. So if you're like, I don't know which one I want, get the rainbow pack and get you one of each. And then you can decide if you want, you know, the four packs of other knobs. OK, and the star of the show tonight besides you, lady, our community, our staff, our customers is a product that grew in and from the community. Congratulations, Joey. Joey has a product in our store. It's a feather wing. It's the star of the show. Can you distract people because I left a demo on my desk. Can I distract people? I can always distract people. OK, so my distraction will be. So this print that we did of the Buddha scan. This one has a zero infill. So it's hollow. This is a resin print. It's heavy. That's a good distraction. OK, so let's start from the start of the beginning. The star of the show tonight besides you, lady, our community, our customers and our staff and all the folks who purchase things that Adafruit is this LCD feather wing. Joey, congratulations. Yes, he made a product. He kitted it. He sold it. We bought some. So this is a feather wing specifically for adding a really fun LCD display. He made a custom LCD display. And apparently he did a talk about it, too, which is cool. So this is a custom made LCD. This just demo shows it flashing. All these are individually controllable, but I'm just flashing them on or off. There's like a moon. There's an alarm. There's like a wireless signal. There's like data transfer. There's a battery, AMPM. And then, of course, you can see multiple digits here. Not everything is lit up, but there's another digit. There's a colon as well. And you can see there's decimal dots. So it's got lots of segments and a negative sign back here. You can see that isn't lit yet. So I just have it set up with the circuit Python demo, which just sort of blinks a couple of things and then increments the time with the colon dots. What's neat is that this uses a plug this here. It uses an I squared C, a very fine pitch. I squared C to LCD converter. So all of that like controlling of segments and like the timing and all that is taken care of for you. You just have this chip. You connect over I squared C. He even has instructions in this bear, I think. I think it's a bear with some sort of robotic leg. And it's got a reset button. And you can change I squared C pins. You can change the address. And then the custom LCD, which is exactly the right size. You can make a clock, a calculator, band width detector, all sorts of cool stuff, whatever you like. And it works with circuit Python, although I think they'll probably be in Arduino Library eventually for people who want that. I'm using that on a Feather M4, but it'll work on any Feather device with I squared C, which is basically all of them. We'll work with this design. And our receiving team said that Joey's kits that came in were the best package. Everything was complete. Everything was perfect. Out of every vendor, we've got thousands of them. Congratulations, Joey. That is high praise from our team. All right, so pick it up. That's This Week New Bromance.