 All right. Well, last week, we didn't have these in stock, I think. So we're going to get in stock coaster coaster is what they did for logo very rare because we don't put anything we don't really parallel go anything other than PCB. So this is our way around that. Yes. And they come with bumpers, which are not shown in this video, but they have super cheap. Next up, we've got a panel mount for the Raspberry Pi 3 cameras. These have a slightly bigger like camera body. And so I think we already carried the camera v2 version of these. I think these are from Pi Hut. But they're inexpensive. They're easy. And they basically give you like a big plate in order to mount your Raspberry Pi 3 camera. This is not the big lens cameras. This is like the noir or plain autofocus cameras. Next up, we've got an update to the ADI wing. This was done in a partnership with DigiKey. We had to do a couple of visions for stuff. So we're like, let's go in and revise it. So the original version, you can see here did not have a STEMI QT port, but now it does. So you can have all the parts from this business in the same location. But now you've got STEMI QT connection. So you can add more sensors or you probably could connect directly to this. I mean, you wouldn't get access to the interrupt pins and stuff. We've also got an update for the Metro ESP32-S2 Express. First off, we put a TV USB logo on there because we wanted to celebrate the work that TAC is done with TV. And second... That's a cool logo, by the way. See the eye is all USB drives. And thanks to Bruce for designing it. The boot button moved. The boot button originally... Oh, can you go here? Yeah, because I'll show the difference. The boot button was in the middle and now it's in the top right on the edge. So it's easy to get to. So you can actually load into the boot loader without pulling a shield off. It's got the STEMI QT still. It's got the ESP32-S2, four megabytes of flash, two megabytes of RAM. It's got the JTAG connection, even though, to be honest, all people use JTAG. But if you wanted to, it's SWD is there. USB-C with fuse, DC power with on-off switch, regulator and LiPo battery and charger. So we figured the ESP32-S2 and Wi-Fi would probably want to take it, make it portable, even though it's not super ultra low power. We also changed the battery monitor. It used to be a resistor divider. It now is a max 17.048. So it works a lot better because the ADC on ESP32 is not linear and it uses a lot less power. Alright, more revisions. Another revision. This is the original... Sorry, go back. So this is the solar DC charger that is our original. We have two of these and this one is the first one we designed and it features the MCP73871. The original version had a mini USB connector. We were going to do a revision on this. We had to change the DC jack anyways and so, hey, why not do the sub-screen over? And now it is a USB type-C connector instead of a mini-B connector. Rack number 390. This is deep guy. It says early. Yeah, this is very early. But it didn't work. I will say we have what I consider a better solar charger, but this one is still... There is some benefits to this over the other one and they're both very good. So for people who need the old version, I'm going to keep it around. Okay, alright. And then these we were just getting to putting these in the store last week and we wanted to spend more time on it since it was a pretty long show so we want to dedicate a segment to this. These are the new floppy disk costumes for SD cards. Yes, and this is my Charlotte. So these are so cute. So this is you take a standard SD card and you put these stickers on it and then they look like little floppy disks. Yeah, all day long. We're all like, hey, retro, fun, everything. But we're not able to make our SD cards look like the way they should. That's right. Now they do. Now you can end. This is okay for the SD card. Yeah, you can write on them. And you can put these out and then you can tell the youngins this is how we used to save things. So you get a pack, you get a pack of eight and two of each color, blue, pink, yellow and black. And it's for an independent maker for all these ideas and cool stuff that's coming on. Very cute. Alright, this star of the show tonight besides you lady, our team, our customers, our community, everybody who makes these things go is the Think Ink. Yay, the Think Ink feather, which was originally the Think Ink Trinkie, but people didn't know that. How would they know that? Because I didn't tell anybody. But decided to turn this into one of our feather bones boards. So this is an RP2040 feather. And on the end there, it's got a standard 24 pin EPD connector. And I'll talk about that. It's got USB-C. It's got battery. It's got RP2040. We set the button, battery charging, eight megabytes of flash, 264K of RAM, Stem and QT port, lovely silk screen with penguin, and then all the GPIO you can shake a stick at. And the way the bones board work is, you know, it has all the standard pin out for GPIO on the feather. And then we usually have like about five, six pins left over. And so what I've turned that into is I've connected them, you see on the right there, there is a power supply and manager for a 24 pin EPD. So it's really overhead and I'll show the EPDs. So the displays almost all have the same connector on them. It's thankfully kind of a standard. They're these 24 pin connectors. And like this is a 2.13 inch and this is a 2.9 inch. And this is a 5.65 inch seven color version, which I think is neat. So while we can see it's like it's got gray and orange and yellow. And they all have the same connector. And so, you know, you can easily pop out and replace a different e-paper display. And then you'll have to change the code for it. But all the boost circuitry that you need, you need all these components to make it run are pre-connected for you. And the RP2040 is a really great chip to run e-ing displays because they need a lot of RAM. They need a lot of RAM because you have to draw the entire display at once. That's why we call it thinking. Or than just an e-ing display that goes into this approach. It's a thinking. But, you know, you still get all of the feather pins besides. And so you can connect your e-ing display. We've also extension cables for this connector. And then you can plug feather wings on top if you'd like. So if you want to connect, you know, CAN bus, you can pop on a CAN bus feather. If you want to add on... Sorry, I'm just looking at all the other feathers that we've got. If you want to add joystick or TFT or Ethernet or Wi-Fi, also you can do that by just plugging in a feather. But for a lot of purposes, if you just need to have a board that runs any standard e-ing display, and you don't want to do any soldering, this is plug-and-play ready to go. All right. And that is this week's new products. Yay!