 Right, new, new, new, new, new. Big news, these were out of stock for two years. But now they're back in stock with the MicroBit V2.2. Small change to these, like it's kind of updated, it's kind of not updated. They were exactly the same as the original MicroBit V2s. But the chip that is used for the USB to serial and programming capability, like the LDAP chip, the whatever, they changed the model because there's a chip shortage. So they found an alternative. Worked exactly the same as before. So if you're looking for a MicroBit V2, this is the one we have, the bare one, not the go kit. This is the only model we have in stock right now. Okay, next up. We've actually already stocked the RGBW version of these mega bright, neopixel compatibles with warm and cool white LEDs. And this is the one with the natural, like neutral white LEDs, took us a little longer to get. But if you want like a three watt LED version of a neopixel on aluminum PCB, these will do the job. They work just like neopixels, you power them from five volts, but they just got like a massive ass LED on them. So just, you can see you can chain them. Of course it's one pixel per. Comes with cables, of course you're gonna replace the cables and then you can see this like huge LED chip in the middle with a WS2811 driver and then it's aluminum backed PCB for heat sinking. Oh, and then, sorry if there's, there's the heat sink, yeah. Okay. Okay, next up. Next up, this is fun. This is a curb cut 64 by 64 LED matrix. It's a hub 75 matrix just like you'd expect, but it's got a trick on the back. It doesn't have like a flat corner side. It's not meant to go next to other panels on a wall. It's actually great for making corners and it's curb cut on all four sides so that you can make it into like cubes and other shapes. Otherwise it's identical to another hub 75, 64 by 64 LED matrices, comes with a power cable, comes with the two by eight IDC cable. It's only the only difference is the plastic. It's 2.5 millimeter pitch. This is showing three together making a corner. So this would be great for making cubes or other shapes that, you know, you don't want to have to remove the plastic. Like this is not even, this is how together with tape too. I mean, you'll still want to have a mechanical structure behind it. But, you know, if you want to make it easy to make cubic shapes or rectangles or whatever have you, these curb cut panels are great and they'll line up quite nicely on the edges. You'll get a nice clean seam. Next up from Pimeroni or Pimeroni, we have the Servo 2040. This is a RP 2040 based board that runs C++ or MicroPython and has some PIO code that is designed to run up to 18 servos very cleanly. So great for like Hexapod or other robotic projects or automatons where you want to drive a lot of servos very cleanly. You provide five volt power externally, program it over USB. It's also got some RGB LEDs and some sensor inputs for the analog input ports. It's fully assembled, got some QT port, I think two buttons, you know, big cap. But otherwise it's basically designed specifically for servos or, you know, anything that takes a servo input. I guess you could also use it for driving other PWM-able devices. But I think this will be great for roboticists who want to, you know, make humanoid or arachnid-like robots. Okay, and then starting the Unexpected Maker Tour. Here we go. Yes. We've got three ESP32 S3 boards from Unexpected Maker. This is, I think, the teeny Pico version, which I think has eight megabytes of flash and eight megabytes of PS RAM. All of these start the USB native capable ESP32 S3, which is, as we mentioned, a dual-core ESP32 board. So it's got Wi-Fi, BLE, two 10-silica cores, running at 250 megahertz, 240 megahertz, 500K of S-RAM, and then, of course, external PS RAM. Got some extras on here, like, you know, a little Neopixel in the corner there, I think a battery charger that you can solder a battery onto. Lots of GPIO pins, and it's pin compatible, I think, with the teeny S2. So if you have one of those, you can use this as well. So very powerful little chip. Excellent. Here's the Feather S3 version. So it's got two STEMI QT ports with power control, USB-C, GPIO, it's feathering compatible. Although do watch out, the pin numbers are not kind of the, what we like to use for our classic feather configuration. I think it's got 16 megs of flash and eight megabytes of PS RAM. Although check the specs for that. Got Neopixel, two regulators, and 10 and all that good stuff. Okay, and then the next one. Yeah, and the last one is the Pro, which is got cast-lated pads, a lot more pins. It's got a battery port on the end if you do want a battery port. I think this also has 16 megs of flash and eight megs of PS RAM. It's got STEMI QT port and buttons. It looks like it's a little slimmer than the Feather. It's like this, it's like the slimness of the TD Pico, but like extended out. So it's got a ton more pins. Looks like it's got a couple of ground pads as well. So it's got like the most pads if that's what you're looking for. Yeah. All right, and then, you know, they all come with these cards and they show all the pen out of the way and more. And they run Circuit Python. And these, yeah, they're all running Circuit Python. I think there's also MicroPython support. And of course, Arduino supports coming. It's in the release candidate mode. These are the ones that have the updated Wi-Fi. So they're going to have, you know, good Wi-Fi connection. There were a couple that came, that went out earlier from other vendors that didn't have the Wi-Fi fix, but these do. So if you're wondering, these have the Wi-Fi fix. So they've got solid Wi-Fi and Bluetooth connectivity. Okay. And then the star of the show, besides UliData, our team here at Adafruit and around the world, our community, our customers. Oh, I want to show this cube. Oh yeah? Yeah. And that's the cube. Yeah, where the cube. Here, let me, let's zoom in and go this way. You can say, yeah. Yes, this is just held on with tape, I think, but you can see these curb cut. UliData, right? All right, so the star of the show this week is, buh, buh, buh, buh, buh, buh, buh. It's the WFL external antenna version of the Feather V2. It's basically the exact same layout as the Feather ESP32 V2, but instead of the PCB antenna module, we're using the WFL antenna module. What's great is that it's got, you know, C and FCC certification and you can attach an external antenna using the built-in WFL connector, which I will show. It's got USB-C, it's got an ESP32, it's got eight megs of flash and I think two megs of PS RAM. It's got auto reset. It's got a reset button and a user button. It's got a STEMI QT connector with power disabling. There's a neopixel, battery charging, all the stuff that you love about the Feather ESP32 V2, we upgraded this version. Pinout is nearly identical, but of course there's just more memory, more flash, more everything. And there's also more labeling because the module is smaller and we got to cram more stuff in because of that. It's like the little Adafruit logo. Yes, well it's, you know, I kind of did that on purpose, I think. I like it. Let's just say I did. So I'll just show what's going on here because it's a little, you want to be close. So, like I said, it's the exact same version of the board as the Feather ESP32 V2, except normally this would be an antenna but you see there's actually no, this module is just cut short. Usually there's a PCB antenna but there's no PCB antenna. Instead, the PCB underneath is visible. And this is a WFL connector. So this can connect to an SMA adapter here or I can grab. This is a, from Digikey, I just picked up a, this is actually a BLE antenna but 2.4 megahertz will work fine for wifi. So why is this good? Let's say you want much better antenna than the PCB antenna. You can do a directional antenna if you're putting in an enclosure that will block the RF signal. You can use this to have an external panel mount but mostly it's for people who want a better antenna than the PCB antenna which is, it's a good antenna, it's not bad but an external antenna will get you more gain and of course you can have it farther away from your electronics, especially if the RF is a Slido affecting your signals or something, it shouldn't but you want to have it far away, you can do that. One thing I will note, because even I got confused by this, it's not a UFL connector, it's a WFL connector. It's smaller than UFL, this is a, it's also called an MHF3 or an IPEX3. It's kind of a third version of, UFL would be called version one, this is smaller than that. So we'll be getting adapters but for now in the product link for this product, I do link to a place you can get these SMA or RP SMA WFL adapters and also on Digikey, there's this antenna that I've tested and works just fine even though it's advertised for BLE, it's still 2.4 megahertz and it's a fine antenna. So, if you like the Feather ESP32 or ESP32 V2 but you want an external antenna, we now have one in an FCCCE module format with a WFL connector that's easy to plug in external antenna. That's the product. No, no, no, no, no, no, no, no, no, no, no, no, no, no.