 new, new, new, new, new. Okay. RTC bat. I kind of suck, you can't tell how big is this. Is this like five feet across or like a quarter of an inch? This is a, it's actually about half an inch. So it's a trampoline. That's the, you could take the red path or the black path and it's a trampoline. It's a pool filled with milk. Yeah. It's an RTC battery for the Raspberry Pi five, which has built in low power and wake up support. But to take advantage of that, you need to get a RTC battery. And this is the one recommended by the Raspberry Pi foundation. Now in stock, I don't know how much documentation there is about the low power mode, but you might as well get one now, have it shipped to you. And by the time it's documented, you'll be ready to rock. This is a revision for the eight foot speaker bonnet. We finally have these back in stock. And the revision is now comes fully assembled. So that only is the bottom header on, but the terminal blocks are pre-attached too. So if you want to attach speakers, you don't have to do any soldering whatsoever. This is completely plug and play with any Raspberry Pi computer. Okay, next up. Next up, we also have a revision for the FTDI friend. It's like an ancient product, but still a lot of people buy it. The big change went from mini USB to micro USB. Not a big change, but I figured you might as well get with the times, even though it's USB type C is kind of becoming more popular. But we didn't want to like, we do too much of the PCB design. So we just swapped out the mini for the micro USB. Otherwise it's still fully assembled, comes with a genuine FT232 RL chip. You can know it, you can trust it, you love it, using so much stuff. And on the back, there's some jumpers to configure it. Got the last photo with the coin. You can set five volt or three volt power and signal logic level. And you can have pin 6B DTR so that you can use it with some software that uses DTR or use RTS. Next up. Oh, we have another screen. This one is a nice ground 2.8 inch 480 by 480 display. It's an RGB666, which means as usual, it's used with our qualia board, which we've been doing so many projects with. I've got a live demo for this. It does not have a touch screen, but we'll probably get a touch screen version later. So I have it here hooked up to the qualia and we've got that video playback code. Yeah, I made ground doom. Hold on, this is crashing, come on. I think the, oh, you know what? The cables are loose here. Hold on. Cables are longer loose. Playing doom or just like animated build-up. It's going to be like a science game. You sent me that gift to play. This one's nice. It's funny. This one is just a nice butterfly. It's a nice butterfly. Nice butterfly. So these beautiful displays are IPS, so they look great from any angle. Nice back lights, 40 by 40 pixels. Stargate too on there somewhere. Yeah, hold on. Let me get to the, I think these cables are. The cables are? Well, I don't know what it is. Hold on. Works great on my desk, but. There's, that's the little, that's cool. There you go. Okay, here we go. Thank you. You're always looking, you're always like, where's the Stargate? Yeah, this is it for the folks who want to make a pocket Stargate. You can't say, you can't send an entire person, but you can send some baby, some, some body parts. Yeah. Like your fingers. Does just play animation, but yeah, it works great with the Kualya board. Just watch out. Not every driver in my controller can control these displays. It's a lot of pixels, you know, a lot of memory and you have to drive them very quickly. But the Kualya does work with Arduino circuit pythons. So a great, a great pairing. Okay. And started the show tonight besides the utility that our customers, our staff, our community, everyone who makes the things go is, you guessed it, the high camera is coming soon. We'll have them in the store shortly. Yes. These are going to go, super, super, super, super, super, super fast, but this is our camera. Yeah, the piece of me just came in on Monday. So we're, you know, I'm going to finish the tester, but I wanted to get these photographs so that folks could sign up. So this is an all in one camera that can run circuit Python or Arduino. It has an ESP32 S3, which is Wi-Fi and Bluetooth capable. 8 megabytes of flash, 2 megabytes of PSRAM, which it needs because it has to read up to 5 megapixel images from the onboard camera sensor. And the camera sensor is in the middle there. It's an OV5640. It's kind of the nicest camera that you can get from microcontrollers at that size. And it's got autofocus capability. So you can take either close up or far away photos and you can manually change the focus or autofocus. It will use the motor to move the lens back and forth for you. You can power it over USB type C or battery if you want battery powered or auto recharge. There's a micro SD card slot for storing images and you can also take GIFs, animated GIFs. There's a STEMMQT and STEMM non-QT ports, two GPIOs analog or digital for LEDs or sensors and I squared C for any other kind of sensor device you want to attach. There's a built-in accelerometer. There's a shutter button, a reset button and on-off switch so you can save power. A preview screen, 240 by 240 so you can see what the camera sees, lots of buttons and a speaker that it'll does when you take a photo or you want to get people's signal or something. So I thought I could just show a quick demo of the circuit Python code running as you can see the REPL and it loads in, it loads the firmware for the autofocus which takes a few seconds and then you've got your own camera here I'm going to back this off because this is... Okay, so yeah, you got a camera and you can autofocus, take photos, you can change. This is the firmware that we've got running on it that is in circuit Python which of course means you can modify it. It's like black and white mode, like sepia and color modes. This is solarized, like a cool, kind of like a funky effect. Normal, inverted, so it's hard to see because it's like, but it inverts all the colors. You can do JPEG mode and we have a mode that you can take like very small animated GIFs if you want to make an animated GIF camera. Stop motion photography which is kind of neat. Stop motion means that, let me go back to normal. When you take a photo, it'll show a ghost of the previous image. So if you're doing stop motion animation, you can tell, like how much you have to... Onion skinning. Yeah, it's onion skinning, your idea, just kind of cool. And then let's... Yeah, you can see where the last photo that you took was so you can do the next one. Yeah, SD card support. Good for claymation, little videos. Yeah, we might show a little like how to do stop motion but like if you want your very own completely open source camera that you can write code for in Arduino or circuit Python. And of course it has like web access and Bluetooth access so you can do wireless projects with it. There'll also be a case. This is showing one half of the case and then of course I left the other half. There's another half of the case on top that has an LED wing built into it. But for now we're just having the bare board. If you want to just get started, you want to make your own enclosure and then we'll also have a case available. That's new products.