 Okay, we have in stock and a nice beautiful new photos of the official Raspberry Pi USB type-c power adapter for the Pi 5. This is a chunky, chunky power supply. Very beautiful. This is nice. We've got the black plastic version. Um, this is power delivery. Wait, go back. The text is the important part. So it's power delivery. It's not for the Pi 5, but it should work with any Raspberry Pi computer. And what's amazing is it'll give you a full 5 amps at 5 volts amazing up to 2.25 at 12 volts, 3 amps at 9 volts, and almost 2 amps at 15 volts. So, you know, good for the Raspberry Pi computer, which needs 5 at 5 amps, but it's also good for a lot of other projects. You can also pick up one of our HUSB 238 breakout boards if you want to extract the 9, 15, or 12 volt power out of this. Um, but a nice chunky power supply, 27 watts max. Okay, beautiful. Next up. Next up, we have more square screens. This time we have 480 by 480. When you have already stopped, you're like, this looks just like the 40 display that you had before. That was 720 by 720. This is 480 by 480. So fewer pixels, but means like maybe you can draw faster. Okay, you don't need whole 720 by 720 pixels. We have a version without and with capacitive touch overlay. I'll show what they look like. I'll also show a demo on the overheads. And you unplugged my incredibly long beeper. Yeah, folks said the noise cancellation got that. So a little bit of a beep, but it worked out pretty good. It was unbelievably loud. Just believe me. Okay. So, uh, this is the version without, let me make this up here. Okay, hold on. Sometimes stuff is so bright that it confuses it. Okay. This is the version without and the version with, so you see the, this has a nice bezel over it. Um, and this does not, but it's less expensive. Actually, this says 720 by 720, but it's not. It has the RGB TTL 40 pin connector, which works great with our QALIA board. Make sure that whatever you're using to drive these displays has that RGB 666 pin out. And this is just a quick touch screen demo. So you got like the rainbow display, and then I can, I can draw like hearts and stuff and stars and, I don't know, sorts of shapes and stuff. So it's got a capacitive touch overlay on it with the FT6336, uh, I squared C, um, touch controller. So, uh, yeah, you'll want to drive it with a chip that can control RGB 666 displays. In this case, I'm using an ESP32 S3, but not everything is going to be able to run this really good in person, but I know it's always tough to have a, was it like a TFT through a camera through a TFT through a camera? So, um, but it does look really good. It's nice and bright, we have a photo added to the website that's, um, nice and, uh, it's beautiful. So, um, we now have almost every square bar and round display that I ordered originally. So check those out. Many varieties to choose from. Yeah. You know, let me, um, let me see which, which photo you're talking about. This one. Oh, you know, this is the only one that I didn't get into. Yeah. Cause it showed up. It was right before either the shell. Yeah. Please let that. So, but I have technology. You have technology? Yeah. There it is. That's what it looks like right here for me. Yeah. It's really beautiful. Yeah. These are very beautiful IPS displays. Okay. Except. Okay. We've got a revision to the USB isolator in addition to updating the silk screen. It now has an SMT USB type A connector, which works like we found it works really great and it makes manufacturing a lot easier. Um, so yeah, we've just updated this, uh, we did a little bit of revision to make this a little easier to manufacture. Okay. Uh, we also updated the, um, this is a, I think universal. Yes. It's the universal thermocouples. It does a KJ and QTR FS, whatever thermocouples, um, through SPI. And it's a really great, uh, thermocouple adapter shown here with this type, uh, K, uh, thermocouple. The update is, uh, now we've updated the silk screen a little bit and it now comes term with terminal blocks pre attached. Uh, so you don't have to solve the terminal block anymore. Okay. Next step. Okay. New. We've got, um, the enclosure kit for the Memento camera. We're, we're solely bringing these in stock and just finished the tester for these. An open source Python powered camera. Can you believe it? Yes. So this, this kit comes with the back plate and the front plate. The front plate is also an LED wing, which I'll show in a moment and comes with some hardware as well. So this is going to be overhead. This is a open source digital. So you can see the camera, um, board sandwich in between. Uh, so this is the LED wing, uh, overhead and then this cable I pulled out, but normally would be tucked in. So it wouldn't be sticking out as much. But what's nice is that this can give you like cool LED effects and it's an RGBW LED. Um, so if you give me a second, and this is the, the back plate is just protective, turn this on and give it a second. It's like booting up. Beep, beep, beep, beep. And then, oh, you know, my battery's dying. One second. Battery dead. Yeah. Too many live demos. Okay. Sorry. Back. Uh, I just plugged it in. Yeah. Yeah. Sorry. It's, uh, you know, batteries, batteries no longer did. Um, hold on, but then it was like you, you had your battery die. Does that, I can tell it's a really a live demo. Beep. Okay. Now we're back. We're back in business. Okay. So, uh, let's go to the LED level. Okay. So now you can see I've got green. Yeah. Maybe pointed up to the cameras well. Yeah. That's cool. Right. Yeah. Red, purple, blue, and this is, of course, each color can be different, but you know, to make it, um, uniform, it's all the same color. And of course, rainbow modes, you can cool, do cool photos with, uh, rainbow effects and, uh, white. So it's got natural white LEDs. And so if you're trying just to illuminate a subject or do like, you know, close up photography, um, a good ring light is of course essential. So this gives you eight LEDs, um, eight LED lights. Um, and then the natural white light will give you like the most, it'll look best for people, for humans. So yeah, demo and different. This is not even the brightest. This is like the lowest brightness. So it doesn't blow out the camera lens. But yes, this is the camera. It has a good, um, hand feel to like holding this in your hand. It's like, oh, this is, I like, this is a little camera that I, that I can, not a disposable camera, but it's like, it's a fun camera because it's not your phone that's telling you everything terrible that's going on in the world at the same time. It's like a little fun camera. Yeah. So anyways, um, we like it. Okay. Uh, let's go on to the next thing. Okay. Next up, we have a camera case from Flurk. Um, yeah, that's the name. Uh, Flurk, they do, they've done a lot of stuff with like infrared control and what did I say? You said camera case because we were just looking at a camera. Sorry. It's a Raspberry Pi five case from Flurk. They've done infrared and, um, like TV applications for the Raspberry Pi and they also have these beautiful cases. So this is for the Pi five, not a lot of pieces for the Pi five. They'll be an official one soon, but, um, this one's nice. It has passive cooling. Um, but that's only if you keep the top on. I think if you move the top, um, you no longer have pass cool to use the active cooler. Um, basically a beautiful aluminum case with like silicone nubbins and the price is really good. So if you have a Raspberry Pi five and you want to protect it, um, this case is wonderful. Next up, hacker tools for hackers. Hackers for hackers. Okay. So this is the nugget. It's a cat themed ESP 32 S two, you know, OLED hacking tool, which has like some cool apps, like, you know, like the authors and, um, ducky pad and, and other like, uh, you know, I don't remember the entire list of, um, capability. So it's kind of, you know, it's people like, Oh, we don't, how does this compare to a flipper? If this is not a flipper, it's going to be a much simpler. No, this is like flipper training wheels. It's a good tool in your hacker tool chest. Just one thing to keep in mind, like all these hacker tools, you should be an expert because you might not be able to get a, you know, step by step. I'm a beginner. Yeah. It's definitely, you know, there, there are some guides, but it's definitely for hackers who are like, Oh, I, I want, I, these are projects that I, you know, build myself, but I want a cute toy version that you don't want to read the manual anyways. Yeah. It's enclosed. There are tutorials, but you'll let, you know, the, the codes on GitHub, you'll have to upload it. There aren't step by step tutorials for all that. There's like a web uploader, but you still have to go find the binaries. That said, I think it's like a very cute little toy. And yeah, we want to support the hacker community that keeps making hardware. I think I met this person at Hope last year. Yes. Okay. Let's go to the stars show besides our team, lady at our community, all the customers, everyone who makes us go. It is the USB host feather way. That's the code of the day, which is host feather. So this is, um, using a chip that's actually, you know, it's, I won't say long on the tooth, but it's a tried and true. The max 3421 E has been used for USB host shields for a very long time. And we've been doing more stuff with the USB host. And one of the challenges with USB host is not a lot of chips have USB host support. There's a lot of chips that have that you can make the main USB port act as USB host, but then you lose the main, like they don't have two ports. You only have one. And then when you swap it between the two, it's going to be a pain. For the RB 2040, we made the USB host feather and, um, you can do that on the RP 2040, but what if you want to use, uh, you have the USB 32 S two, or you want to use your samd 51 or the nrf 2840, or other chips. But like I said, they don't have a secondary USB port. That's where this chip comes in. So this again, it's trying true. And it's been around for like a decade or more over SPI. It provides a USB host interface. And what's really neat is tech, uh, who developed 10 USB and works with data fruit has added support to 10 USB for the max 34 21 E. It's sort of like as a native back end. So for chips that have 10 USB support, like the SB 32 S two and S three, RP 2040, samd chipset nr 52s, if they have 10 USB support and they can use the 10 USB Arduino library, you can now have USB host work with it. And it works really great. So you've got keyboard and mouse and mass storage and CDC, uh, serial input. Um, you know, it's the low cost way of adding USB host without having like a separate chip that that's a separate on some of my control that could do, um, the interfacing. So, um, check out the 10 USB library for some of the demos that we've got. I've been using, um, the USB host mode and 10 USB for a couple months now to do all of our programming. And it's great. I'll say you're not going to get super hyper speeds because it's going through SPI, but you definitely can add keyboard, mice, um, disk drive. You can connect to a USB serial converter, like an FTDI chip or a CP 20 104 or, you know, a native USB if you want. Um, could be interesting for hacking or like making more complicated projects that use off the shelf USB peripherals. And that is new products for this week.