 Okay. First. A lot of news this week. Yeah. All right. We've got from Sony's presence and Fremos, the Sony's presence LTE add on board. So if you have the Sony's presence breakout, this is a board that adds like a bunch of stuff. It's not just LTE, although you do get a SIM card by the way so you can quickly going with your NB IoT cell phone data projects, but it's also got like headphone out. It's got the micro USB connector, GPIO output, micro SD slot and a bunch of other things. I don't remember the exact list. Check the product page for all the details, but it's basically a breakout. Plus it's got this cool Sony LTE module on the back. It's the silver thing in the middle. It's so small. It's got a built-in antenna which is kind of handy. You can see that big ass antenna. Oh, can you go back on? And then you can see the micro SD and micro USB port at the top left and then headphone speaker on the bottom left. And then in the mid-right next to the coin is the SIM slot. So and it comes with a SIM. I think it's a universal SIM from TwoPhone. You will have to of course pay for usage, but a lot of NB IoT SIMs are pretty cheap because you're not using SMS messaging. So check it out. You don't get a couple of megabytes maybe and then sign up to activate the TwoPhone SIM. Next up. Next up, this is coming soon. This is the Lixi Chroma. So we're still getting, we're just gonna contact them because there's a little bit of a confusion about whether you get one or two boards per pack. I believe you get two boards per pack. So one board has two digits. It's basically a NeoPixel array of two seven by five characters and they've got a library you can use to display text and like little animations and stuff. One thing I will note, the library does not work with anything other than the ESP32, A266 or 10C3. I do wanna verify with them that because it seems like it's based on fast LED. That's just something to watch out for. So if you wanna pick one of these up and you're using like a SAMD21 or an Arduino Uno, it's not gonna work at this time. So well, hopefully they can get that fixed but this is coming soon. It is a really nice way of adding chainable digits for fast messaging with one pin because it's all WS2812 based. Okay, next up, technically two products but we're gonna do them kind of at the same time. Yeah, okay, so this is the Payonora from Diodes Delight, Timon who's been working on this project for a while and I'm so excited to see it came out. This is for use with the compute module from Raspberry Pi which is unfortunately a little tough to get but maybe you already have them. And also there are some coming into the market. So this is a board that kind of turns the compute module four into an Arduino Uno. So the compute module plugs in into those like HeroC-ish connectors, I think they're HeroC and it gives you, so hold here, yeah, stop here. On the right you see a micro SD slot and I think there's a button on GPIO pin 26. The pins are lined out for the analog pins. It looks like there's an MCP 3008 analog input to SPI converter. There's power pins and then there's a bunch of digital pins brought out. Because of the layout there's no SPI pins so just be aware that if you are using a shield or something you wanna use an Arduino shield with SPI just make sure it is expecting the SPI pins not on the two by three header but on like the Arduino Uno side of the header. On the bottom, sorry on the top left there is a STEMI QT slash quick connector so you can quickly add I squared C devices from SparkFun or Adafruit or others. There is a switch for whether you wanna use USB host or device I think that's a good GPIO pin on the compute module, a USB C connector for that. Do note if it's USB host obviously it's not PD so I think it'll just provide five volts flat. There is another USB connection for USB device a NeoPixel on pin 12 and HDMI connection and then also a boot buttons if you want to load firmware onto the internal MMC. And I think the micro SD slot I'm assuming can be also loaded with firmware. And then on the bottom, thank you for being so patient. I know there's so many things. On the bottom, the light version doesn't have anything so you see the bottom there's like nothing there. We stuck both. We stuck both. And if we have the picture of the bottom of the pro there's a camera connector, there's an M2.5 adapter so you can have like a SATA type thing, whatever like M2.5 something to get like disk drives and things. And also there's a separate switchable power supply as well though I don't have the details memorized on that power supply so do look it up. Basically you get the camera port and the M2.5 which you can read about how to integrate M2.5 devices because it's similar to the Compute Module IO board and then you also have those SMT nuts to mechanically attach various M2.5 cards. All right, next up. So much. I know, I know, but I wanted to give it a good time. Okay, this is the shoot. I can't remember the name. I think it's the Pi port or the Pi Zero port. Why don't you look here? Sorry, this was, there was a lot of devices. This is the, sorry, the zero dock. The zero dock. So this is a cool product that I saw and it has a little spot on the left for your Pi Zero and we just bolted one on. It comes with the little solderless breadboard does not come with the Pi Zero but once you've bolted everything in there's all these like fun slots to can like store things in and then you can wire up circuitry as well. So I'll show this on the overhead. It's a little confusing, I think. So is these. Yeah, it's plastic pieces and it comes with a breadboard. Yeah. Okay, so it's got header here. You know, the Pi Zero is mounted. You can still access the micro USB and the HDMI port and the SD port and the camera port. So it's kind of above the plastic. And then this is just like, hi, I want to like store my like adapters and like whatever bits and cards. I kind of like the card holders actually because that's really handy because I'm often swapping out. Like, you know, I have a PiOS light and maybe like in, you know, media player and then, you know, you have a little breadboard and you can just wire up like a button or LEDs or whatever, just a little bit of space. I'll just note it doesn't come with all these fun accessories or buttons and LEDs or the Pi Zero. It's just the plastic piece and the breadboard, but still very handy. Okay, and then next up, this is kind of a star of the show almost because we have a lot more coming and it's beautiful and it's from a friend of ours and it's I think one of the first like artisanal LED products. This is one of many by the way. And if y'all are in the maker world, you might remember Mark DeVinc. I worked with Mark at Make Magazine and Mark now has his own USA made artisanal LED line. Yeah, so these are molded onto, I think either a three millimeter or 1.8 millimeter LED. This is the first of many. It comes as a five pack. So they're hand molded and it kind of got this kind of like cool crystal look, which could easily be used for like science or magic or like, like ethereal elf projects. Like it's actually like this crystal shape is kind of like multi useful from Devin. And this is part of a whole collection. So we just got these in today. Different fields. So we got, yes, we only got to photo one before we ran out of time. So I thought I'd just show it on the overhead. It's a little tough for the overhead to focus in on it, but the whole thing does glow quite nicely. It is a little brighter in the front, but the whole thing has like a neat crystalline look. It's only single color. Here I'm just holding it with a coin cell battery. And then this is what it looks like off. So even though it's molded on top of an LED, you can't see, like it's really hard to see that there was something in the middle. It looks just like a fully solidly molded LED diffuser. And I like this shape. And there's a couple of other shapes coming, but to start, we've got this, this nifty yellow stalagmite. I don't know what you would call these. Yeah, stalactite stalagmite. Yeah, just a crystal element. And more to come. So you get a pack of five with each order. Yay. All right. Next. The stars show besides you, lady, and our customers, our community, all the folks here at Adafruit, the staff, and anybody watching is, do, do, do, do, do, do, do. This is the ESP32 S3 Feather. So this is actually very similar to the S2 Feather that recently came out. So I'm going to go through all of the details here. So the ESP32 S3 is a new chipset from Espressif. It's kind of the latest one. And like the S2, it has native USB, which means it actually worked with CircuitPython. It can act as a disk drive. We've got teeny USB library. They use teeny USB for support. It can act like a keyboard or a mouse. It's got a built-in ROM bootloader, which is really handy. So you'll need a USB serial converter or any special chips. It works with the ESP tool. And it kind of brings the power of the ESP32 to the ESP32. It's like the power of ESP32 plus the USB of ESP32 S2 equals ESP32 S3 because it's got dual core again, which people missed. It's got 524K of SRAM compared to like the 384K that was on the S2. So it's got like 200-ish more K of RAM, which is great. Just built in so you can buffer a lot more faster. And it's got BLE back in it. So it's got Wi-Fi and BLE. And the module itself is like almost completely pin compatible with the S2. It's like a tiny bit different, but we designed our feather layout to work with either. And so this one just has different silkscreen to indicate the S3. But otherwise it's a lot like our S2 feather. Right now there is not a version of the module with PSRAM, so we're just kicking it off with a version that has eight mega flash, no PSRAM. But it does have that extra, like it has the 500K of SRAM built in. And so we found that CircuitPython actually worked quite well with it. You can't buffer like huge files, but you can do a lot of basic Wi-Fi stuff. And the inclusion of BLE is super great. And then the dual core is awesome too. Arduino support just got merged in to I think the pre-release, and I think the release is coming soon. So it's quite new as of this video, but a lot of people are gonna be using it. So I'm assuming it's gonna get better and better. There's Arduino support, like I said, CircuitPython support. It's like alpha, but you can use it. And you want a more powerful ESP32. I think this is what's gonna really replace the classic ESP32 because it's got everything, pretty much everything the original does with the native USB as well. And the processing's have improved. So it's actually cheaper to buy this chipset than the original ESP32. Other stuff on the board, actually can go to this one real quick. I'll just pop through it. You've got a reset button that can get into the bootloader. There's a built-in LiPoly charging as you'd expect for a feather. There's a boot button that can be used to force it to the bootloader. You can also use it as a GPIO input, I'm pretty sure. There's an LC709203 LiPoly monitor. So instead of using a resistor divider, we actually have an I-squared C chip that can monitor the battery for you and tell you the percentage and voltage of the battery. And there's a STEMIQT port in the middle with a separate 3.3 volts load dropout regulator. So you can go into really low power mode with this board and it can go down to like, I think, 50 to 70 microamps. And then the I-squared C port, you can turn that off as well. So sometimes I-squared C devices don't go into low power mode. So this gives you like an extra switch. There's also a little NeoPixel as well. We've also got, there is a ROM bootloader. We also have a Tini USB, a separate secondary bootloader that shows up as a disk drive for people who like the Tini UF2 bootloader. Okay. Can I ask a product? Woo! No, no, no, no, no, no, no, no, no, no, no, no, no, no, no.