 All right, lady, let's go right into new products. You ready? That's right. No, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no. Good work. All right. So first up, it's revision. Yes. This is revision and this, you might say, Hey, wait, you already did this revision. We did do this revision. Who did it? This is the two five nine zeros. This was the Metro mini V one. And then what happened is we couldn't get the package for the Metro mini V one, which was a 32 pin QFN. And so we're like, well, we have to do a hardware revision to get with the 28 pin QFN, which we could get in stock. So we did the V two. And then we finished the V two. And then we're like, well, you know, are we going to make the V one anymore? We finally sold out of the V one and realized, well, no, we're probably just going to sell the V two because it's pin compatible, except it adds USB C, which more people wanted. And Stem IQT, which means you can plug and play sensors onto it like so. And we thought, Hey, let's just make the V two instead of the V one. So if you were going to purchase product number two five nine one, you will no longer get the V one. You'll only get the V two. We're not planning on making the V one anymore because again, this is pin compatible. And we think is an improvement on the design. Yeah. Okay. Okay. Next up, we've got more magnetic cables. These are simplified magnetic cables. We put in the store magnetic cables that were USB C to C, micro B or lightning. These are USB A only. So you can see there's only four contacts. It makes them a little bit less expensive, but they're still really cool magnetic cables. And let me tell you, I use these a lot. So let's go to the overhead and I'll show them off. So we got them in two sizes. We got them. I'll show this. This is the one meter long, but just imagine I have a version that's two meters long. So that would be the other version. So nothing that's nice and not only is it so it's only USB A is sync and power. So you get both. So you get all four signals. Thank you for zooming in. You can see the four signals and then you can get micro USB tip with it. You get a lightning tip and you get a USB C tip. And this is great because I actually have a lot of devices around that. I have a charging station. And so, you know, I plug this in. This actually lights up normally, but I didn't like to bring a USB charging thing here to plug this in. And this is actually reversible too, by the way, so you can go either way for it or backward, but it makes something that's not reversible, reversible. And, you know, you just click to charge it. So like these are these are like my little, you know, like back and body massager thingies and I use these all the time. And so I'm constantly charging them in this way. I don't have to like fiddle. Also in the dark because you need to do stuff in the dark and you can't. I have baby. Yeah. And also, I don't know what it is, but, you know, USB for whatever reason, it takes three times to plug it in. So, for example, I have like my charging cable and it's like sometimes I'm charging my phone and or I'll charge my massager thingy and or like my pumps, you know, same cable, three different ways. So I actually kind of like that it comes with one of each. Yeah. I'll say at this moment, we don't sell the individual chips. We just sell the one with all three tips. If people really demand it, we'll carry the individuals. But I kind of feel like usually want one cable per three devices anyway. Yeah. So next up. This is the two meter version. We have it bigger. So that's the difference. If you can tell, I'll say, you know, if you can get away with one meter, you'll get better charge rate because anytime you have a two meter cable, it is just longer. You're going to get a bigger voltage drop. So it's not going to charge as efficiently. Also, don't forget, if you look at the quarters on our product pages, it's all the American women quarters that are up. OK. Yes. Next up. OK. Next up. Oh, we have a new product set from Espressif. They kind of sent us these FedEx really fast, which is cool. So this is the ESP32C6. Yeah, this is new because you're like, wait, I don't know. There's a C3 and there's the ESP32S2 and what's the C6? So the C6 is a risk five based ESP32 chip. It has Wi-Fi and Bluetooth and it has Wi-Fi 6 compatible. I'll be honest with you. I don't know exactly what Wi-Fi 6 is. I got to research it. However, this is their new chipset. It's a totally brand spanking new. These are engineering samples. They're not meant to be put into final board designs. These are designed for folks who are, you know, they're they're Espressif fans. They're cool with using the IDF because you need to use IDF 5.1. We have two version of the modules. We have the eight megabytes and the four megabyte and the photos look identical. But one has four megabytes of flash and one has eight megabytes of flash. These are identical photos. They're identical photos. Look at that. Yeah, sorry about that. Look at that. Look at that. Honestly, we we're waiting for the eight megabytes to come in. The fours are already. They're very similar. They're very similar, basically the same. All right. And then we also have the Valboard, which is over here. Yeah, so I got to. Yeah, it's OK. It's this one that clicked here. Yeah, sorry about that. It's fine. No, because everything looks the same. Everything's like black. It's very similar. OK, so this is the ESP 32C6 module dev kit. So you get the C6 module on the right. That's your risk five chip. Then you've got a power supply. The looks like the LT 1117. You've got a two USB ports. And the reason you've got two USB ports. Oh, great. Yeah, I get two USB ports, but I want to see the overhead here. The reason we get the two USB ports is it has native USB, just like the C3 does, and it also has a built-in like the UART. So there's a CP 2102 USB to serial converter chip. Use that when you want to like do debugging so that you can mess with the native USB on the side and you don't have it like coming and going. Sometimes people find it easier to debugging through the UART because again, there is like a JTAG, but a lot of people don't use the JTAG on these these dev boards. They just use the UART for debugging instead using the IDF debug system. There's also the reset and boot buttons. It's breadboard compatible. Didn't mention this is for engineer and developer use only. It's not it's not for people who are like, oh, I want to have this one Arduino circuit, Python, micro Python. Ain't nothing on it yet. Arduino support isn't even merged yet as of this video. Although I saw there's an open GitHub ticket for it. And I think it'll be added within a couple months. C6 is very interesting. If you're a risk five aficionado or you are interested in Wi-Fi six pick up these or the modules, but I just have to warn people at the time of this video, they're not for beginners. OK, and then the story of the show tonight besides you laid out our team, the customers and more is. The new ESP 32S to reverse TFT feather. That's where the code is. TFT. So this is a lot like our ESP 32 TFT feather, except you'll notice that it's the TFT is on the back of the board, not the front of the board. So reverse. But this also means there's a little bit more space, right? Because I'm not sharing it with the USB and the whatever. And so on the back, you've got the ESP 32S 2. You've got a stomach. You T for it's got a little protector on it. But I think if we, well, look, I'll show it on the overhead. And on the front, we've got the TFT. It's a 240 by 135 pixel RGB TFT with IPS. So it's a very beautiful little display. You communicate with it over SPI. You've got the reset button and three IO buttons and the D zero button is also the boot loader button. So if you ever need to enter the boot loader manually, it's also available. And on the reverse side here, yeah. So you got on the left USB C, you've got another reset button in case you need another reset button. I was like to keep it there. Yeah. Battery charging. Oh, something new is I've updated these feathers. We used to use the LC 709203 as a battery monitoring chip. We've moved to the max 17 048. Shouldn't really matter too much for you. It's just, it's a very nice ultra low power battery monitor. Go back here. I remember there's a neopixel on board. There's a second regulator. So you can turn off power in the neopixel and the static UT port for ultra low power. We're using the RT9080 regulator on these boards, which means that the power goes down to like 30 or 40 microampures when in deep sleep mode. Hackaday has a low power contest with DigiKey. And they have these little, the illustration is these little energizer looking bunnies, but they're robots. Okay. And it's how low can you go? So you could probably look at a bunch of low power stuff from ATV fruit and just win. Win. We're not judging. We have nothing to do with it. Enter and win with ATV fruit stuff. Win, win, win, win, win, win. Do it, do it. We will eventually have an S3 version of this as well, in case you're like, hey, I was going to be S3 version. We will, but we start with the S2. I thought maybe I'd show it on the overhead. Yes, or on the overhead. We have to do some overhead practice. Yeah. So let's go this part. Yes. Thank you for on zooming. Yeah, that's the sound that we're going to do. Okay. So, let me just move this protector. And then I'm going to go zoom in again. Hold on. Let me see. Whoa. That's cool. You're using, you're doing it in Zoom. Can you zoom? ESP32 S2 module. This mini module has four megabytes of flash, two megabytes of PSRAM. It's great for Arduino circuit Python use that PSRAM makes it excellent for IoT projects because you can buffer your gigantic JSON data. Like I mentioned, there's a Max 17 048 battery monitor. It's ultra low power, but you just get really good battery monitoring on it. It'll tell you the percentage and voltage of your LiPo battery when in use. I got these nice big buttons in these days, the new Penguin font. So nice, legible, sans serif font. Secondary regulator for the Stem IQT port so you can have sensors and then depower them for ultra low power usage. This is the main regulator, battery recharging, JSTPH4 battery for portable projects, USB-C, and then as we've mentioned, this beautiful font screen. And three buttons. Let me see if the, I've got a battery here. I can demo it. I do have a battery here. Hold on. Let me see if the batteries are running. Okay. So this is the demo. So if I have I2C devices, the I2C 36, that's the built-in monitor reset button. And then the buttons D0, D1, and D2. What's that spot for a chip? Yeah, I think so. There is a chip. Stem IQT vertical? Yeah, there's a, it's a vertical Stem IQT yet because there's no other way to have it. But this smells so good because it means anything comes out the back. This is for a BME 280, but we don't actually place it on there. It's just sort of a vestigial sensor. One thing just to note for the sensors is the D0 button, when you press it, it shorts to ground the D1 and D2, purposefully short to 3.3 volts. So the reason is, is we learn this with the MAG tag. For the lowest power deep sleep interrupt wakeups, you want to have the power switch connect to power, not ground. And this does a better job of allowing you to have multiple buttons trigger different wakeups. Like if you want to have multiple GPIO trigger wakeups. So that's why they're, if you're like, why is D1 and D2 different? That's why they are. And yeah, we'll also do an S3 version, but I wanted to get this into the shop to start. But I think this would be great for panel mounting or a case, you know, yes, the battery sticks out a little bit, but you can kind of fold this under and it's slim. And you can still use feather wings. You just stack them on top of this way, right? It's, it's stacked backwards. So if you want to add ethernet or whatever, go for it. All the TFT control signals don't go through the GPIO, just the SPI. So you have all these pins available. And that is new FedEx reverse. No, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no