 No, no, no, no, no, no, no, no, no, no, no, no, no, no. First up. First up, we have a revision. The long-awaited 3.5-inch TFT feather wing is being revived, revised. It's desombiified. Going to be back in stock tomorrow, but if you're watching this on YouTube, it's probably in stock by then. So you've got a touchscreen 3.5-inch, 320 by 480 display, beautiful color, and it's got a resistive touchscreen. So you go to the back of the board. This is V2, which you can tell this is V2. A few updates. The TSC, sorry, the STMP touchscreen controller got discontinued over COVID and we couldn't get any more. Now it uses the TSC 2007, which is great. Works over I squared C, so it's gonna be even better for most back controllers because you don't need a separate chip select line and also you don't have to interrupt the SPI to the display. So you'll probably get better display throughput. There's an IRQ now connected to where the chip select used to be. We also added a STEMI QT port and we made the reset button right angle. The backlight driver also got updated. So it's going to be a big upgrade. You're gonna need to, if you're using the touchscreen, you'll need to update your firmware. We have Arduino and circuit Python code, but the STMP touchscreen controller, like I said, has been totally amazingly discontinued to the point that we could not buy any more, but I'm excited to bring this product back to life. Okay, and then we got cameras. Okay, also coming soon, we have a range of different OV5640 cameras with different lenses. So all of these have the same quality. The chip underneath is the same. The sensor module is the same, but the lenses vary. So this one, so let's go from the beginning and I'll talk about each one. This one is 120 degree. So it's like a wide angle lens. And you see that metal ring around it, that metal case? That means it has an autofocus motor in it, which means that you can load firmware onto it that you can then tell it, I want you to go into an autofocus mode and it will be able to do like close up photos better because it can move the lens back and forth. Not a lot, like a teeny bit, but it does have some autofocus capability which could be kind of cool to play with. So yeah, that's the, that version. And then the next one, this is a 120 degree lens also. So kind of like wide angle lens. And you'll notice it doesn't have that metal casing. That's because it doesn't have autofocus. It does however have slightly better distortion management. So we have like a fisheye 120. This is a non-fisheye. It's still like, it's still somewhat fisheye, but it's like less distorted around the edges. It has more of like a deep hallway look than like a fisheye look. So that's this one. And then this is, you can see this lens is flatter. This is a 72 degree. So no fisheye, no wide angle. It's like what you would normally consider like a one-to-one camera. And this one also has autofocus. Plus you can see the metal case. And then this one is the chunkiest. It's the 160 degree super ultra wide angle. Very distorted, but great for like if you're making a security camera or a wildlife camera and you want to get, you know, a whole almost 180 degree camera view. Even if you don't care that it's not like perfect for like photography. That's one-to-one. So I thought I would show on the overhead. I have, so let's, okay. So do it. So this, okay, hold on. Let me unplug this. I'm gonna plug in the least distorted and then move my way up. I'm gonna, no, no, wait. What are you doing? Shit, these are wonderful photos. They are wonderful photos. Okay. So I'm gonna plug in the first one. So very weird because I only, I have one board to demo with and so I have to swap them out, but I can't hot swap them. Okay, so let's see. Okay, so this is, okay. So this is the one, sorry, the 72 degree. So like, you know, my face is not distorted. I can like zoom in. My face is not distorted and you see it's like a very narrow band of what you can see. It's just like what's around my head. So this is 72 degrees and I'm upside down because the camera's just flipped. Okay, so then I will do the 120 degree, somewhat low distortion. Hold on one second. Sorry, just taping this down and then put it in. This one is, okay. So this is 120 low distortion. So you can see now, you see way more than just my head. You can actually see Mr. Lady. You can also see a little bit of the camera. And you know, the center is not too distorted. Like, you know, you'll see compared it is somewhat distorted but it's not as much as I'll show maybe in a bit, the 120, that's more fisheye. Okay, so next up, I'm going to remove this one and then I'm going to plug in. So this is, they look very similar. This is I think the 120 fisheye. So this is, okay, the center, right. Okay, this is the 120 fisheye lens. So it's got like a more flat look. It doesn't have like a hallway look. But as you get to the edges, like things start to like get, you know, like they get bigger, especially like if you look at faces. And then I'm going to do the 160 and you're going to see it's like significantly different. So the 160 is this one. Last camera to go. Nothing harder than inserting the last camera of the batch. Impressive. Okay, so this is the 160 and this one is like very distorted. So you can see now, you can definitely see Mr. Lady's head, you can see the closet, you can see the ceiling. So this is, you know, you get almost like 180 degrees but obviously if you're taking photos of people you're like, your head is so tiny and your hand is so big. But that's the trade-offs with the lenses. So we, you know, they're all the same breakout, the same breakout board. See this one, they're all the same breakout board. This one I've soldered the headers onto. We've got code for the ESP32 S3 and the RP2040. To use these cameras, you do need to have a microcontroller that can handle the 8-bit interface. So not every microcontroller can do it. It's a standardized interface but we really only recommend using the RP2040 or the ESP32 S3 and on the back, if you're using autofocus mode, just short the VM jumper and that will let you load the firmware that makes the autofocus work. So you'll just notice the autofocus ones have the metal body outside and then the non-autofocus had the lens. Note that the lens just screw in. If you really wanted to change the focus but the default is infinite focus and it's good for like 90%. Okay, and with that is new products of... Hey, no, no, no, no, no, no, no, no, no, no, no, no.