 You're probably wondering why the code was WhizKit, but here's why. Yeah. So this is a kit from, it's called the RFID Whiz, and this is from Smooth Technology. And the Smooth Technology, actually, the main designer used to be an Adafruit Peep, so it's great to see folks going off and design their own kits, and then we get to stock it. So they do a lot of escape rooms and installation and art exhibits, and there's a lot of things where it's like you want a card that will turn something on or off. Like it's like, you know, when you touch something to something else, something happens. And, you know, if you know Arduino, yeah, it's not too hard to code up, but a lot of people, they don't want to do all the wiring and the relay and, you know, the protection circuit and all that stuff. So this is a board that has an AT tiny on it, and you can see it plugs into the red board as an RFID reader, and the blue button is the program button. So what you can do is you hold a card over it and you hold down the, you know, learn button, and it learns about that card, and then you see when she moves the card back and forth, the green light indicates, and you can't see, hear the relay, because this is a gift, not a movie, but the relay's turning on and off. And so it's really, really easy way, just power with 12 volts. You get a relay out, the relay can do, I think, 40 volts up to maybe, yeah, 250 volts AC up to 10 amps. So you can control pretty significant equipment with it. And, you know, basically, you use this for art projects, installations, museums, escape rooms, you know, automation inside your home. Yeah. And on the product page, there's a couple videos that are linked in the photos. Just click through and you can see both of them. They put together some really good videos. Yes. Next up. Okay, next up we have a Stem Acutification of the ADXL343. This is a revision. This board is still red. This was a collaboration project between us and Digikey and Analog Devices before they, actually, Analog Devices is still Analog Devices. Just why it's red, because ADI and Digikey both like the color red. And this features the ADXL343. It's very, very similar to the ADXL345, but it's very affordable. Now comes in a Stem Acut format with two Stem Acut ports, so it's plug and play. This is a great solid triple-axis accelerometer. I really, really suggest this for like rock solid performance. You don't get weird flaky behavior. It's like tried and true. This is like a decade old, or more 15-year-old accelerometer chip from Analog Devices. So it's well-established as I think 24 and 16 plus or minus G. It's on the back actually. Can you go? Yeah, sorry, plus minus 248 and 16G. So good for every all-round purpose accelerometer ring. All right, next up. We've also got a new revision for the ESP32S2 QDPI. This board came out. It was good, but I made a little mistake on the low power mode for deep sleep. It's been fixed. I also rotated the antenna, so it's pointing out. You get like 3DB better game. So, you know, more game is better game. Otherwise, it's the same. So it's just upgraded and updated. It's adorable. It can run Circuit Python. It can run Arduino. It's got 4 megabytes of flash, 2 megabytes of PSRAM all inside that little chip. So a great little board if you want to have a miniature Arduino or Circuit Python Wi-Fi capable microcontroller that's like fingernail sized. All right, and the star of the show tonight besides you, Leigh, and our community, our customers, our team here at Adafruit and everyone who helps run the shows and all the things here. And more is... Yay, it's a TFT. People love TFTs. This is a 1.9 inch IPS TFT, which means it's very visible from all angles. It's truly a rectangle. I know we've done a couple round wreck displays, but this is a rectangular display. It's 170 by 320 pixels. It's quite a few pixels. It's kind of a long, longish view, but could be useful for some people. It's got four mounting holes and pads on the bottom. You can solder it into a breadboard like this and wire it up. And then you can use... It's running the ST7789 chip set. So you can use it with Arduino or Circuit Python. Honestly, the ST7789 is so popular now. Pretty much anything that supports a TFT will support this TFT. Just have to set the width and height. On the back, it's got a microSD card slot. So if you want to use that to store like GIFs or images or animations or whatnot, you can do that. And there's also an iSpy connector. We're going to be doing more stuff with iSpy, but we're getting started with just making sure that all of the boards that we ship have this connector. So people... It's kind of like a stemma for SPI displays. Make it very easy for people to snap open and connect a TFT without doing all the breadboard wiring. All right, we'll shut off. Yeah, I thought I could shut off real fast on the overhead. This is it with a SAMD21 QT Pi. So it's a nice, crisp display. As you can see, it's IPS. And so it's very visible. You don't get any of that color. You know, I mean, it gets a little darker because it's not as close to the camera. But it doesn't have color distortion up to plus minus 80 degrees. Full color display. I don't know. It's kind of nice. It's a nice little size. You know, 170 by 320 pixels. It could be good for like a little text output or a control interface. Okay, and that is new products this week. New.