 All right, the first one is it come in soon. Come in soon. Yeah, we got the POE plus hat. This is the new POE hat from Raspberry Pi. I think we even have some of the old version. This version, it's like much slimmer. It's got this cool lateral transformer. I think they've improved the design even a little bit. I still got that fan in the middle. It's a pretty sweet POE hat. They're non-stock. Nobody has been stocked because they're still being manufactured. Yes, please be careful because a lot of websites will let you back order stuff and pay for it, but they don't have it. So just sign up on our site. We'll let you know. You'll get an email. And then when you buy it, it's actually because you're going to get it shipped immediately. It's the real thing. Here we have it. So it lets you basically, you have a Raspberry Pi 3B plus or a 4. You plug this in and then you can power the Raspberry Pi through the ethernet port if you have a POE hub, which a lot of people do. Yeah, next up. OK, next up is this really adorable woven cable. We have had this cable with a micro-B connector on the end. Now we have it with a USB-C connector on the end. So you have a USB-A on one side, USB-C on the other. It's two meters long. It's really cool. It's got this Blinka pink and purple color way. I don't know. It's a very nice cable. What I like about this cable is it stands out against all your other cables, which are all black plastic. All right, next up. Next up, we have an 80 watt soldering station from Atten. I really like these quality soldering stations. This one has a bunch of stuff built in, in addition to the soldering iron and 80 watt, which is connected in the adjustable dial for temperature and the digital temperature readout. It also got the brass sponge. All y'all like it. There's little holders on the side. There's four slots, or five slots, or four HACCO compatible tips. And it also has a solder roll holder. So it's kind of got everything. And it heats up super, super fast. So if you want a soldering iron that you turn it on and it's instantly ready to go and adjustable temperature, these are very high quality. And of course, you can change out the tips quite easily. Next up. Next up, to go with your Pewe hat, here is a terminal block to Ethernet jack. We have these with the opposite connectivity, the plug type. And some people are like, oh, I really like that, but I want the jack type. So let me grab it for a moment. I will show it on the overhead just because it's got an interesting thing going on here. So Ethernet, it's actually not Ethernet, it's RJ45. You can use it for Ethernet, you can use it for anything else. In fact, I wouldn't recommend it necessarily if you're using for Ethernet because you're going to have the wires come out. But if you want to use Ethernet cable, five, six cable for sensors, for making your I squared C cables really long for whatever analog signals, as long as you're cool with the cable being very long. And this has a nice, pluggable terminal block. So this seats in very nicely, but you can easily unplug it if you need to disconnect the wiring from the cable for some reason. And we have these also in the plug version. So this is the socket, RJ45. Next up, we have this very tall case. And in this case, there's some Andes, they make these really beautiful cases. But what I like in particular about this one is how tall it is because you can fit a lot of stuff in here. And it's got some nice vents as well. We don't stock every case. We're very choosy, so this is a good one to get. Yeah, it's got the clear top. The top is acrylic, so you don't have to worry about, Wi-Fi signal can come out this way. It's got slots on the bottom mounting holes over here. You can get to your USB, sorry, the micro SD slot. This is a holes for the power LEDs, which are on right now. And of course, the Pi 4 audio and power and the two HDMI outputs. And then of course, the USB Ethernet. So it's all good. I mean, this one should be great for your PoE hat, right? Because you can put that in here and you have room for hats or electronics inside. It is extra tall, but you still get that protective cover, but you can see through and see how your display is looking, your OLED, ink, whatever. I don't know, I really like it. It's a very nice case, made out of aluminum and clear acrylic. Next up. Next up, finally from Nordic. We've been waiting for this. To get this, we got this. So from Nordic, we now have the Thingy 91. So we've got the NRF 91 feather, but I actually kind of liked their dev kit for this, because it's kind of cool. It's got this rubber case. And let's go over it, I'll show it off. You have this rubbery case, which I can extract this. It's got this plastic, hold on. It's not that hard to remove, it's just hard to do it on camera. We're tired. Well, no, it's just, I don't know. We're also tired. So the NRF 91, this is their, I think it's a Cortex M4 dual core with a cellular modem inside LTE modem. This is a SIM card slot. I think comes with a SIM card as well, which you can activate. This is of course data. It's not, there's no audio that I can see anywhere here. But for data, it's great. There's an antenna. This is the NRF 52, I believe it's NRF 52 on here as well somewhere, that you can program to control. This does NFC to do the NFC pairing for the Bluetooth. I believe that's correct. Power switch. And then there's a bunch of sensors, although I didn't think to open this ahead of time. So let me see if I can, Yeah, there's the, I think this is the Bluetooth antenna. Hold on. I'll do something risky. I'm gonna try to open this. This is risky. This is very risky. This is probably a big mistake on my part. You're using a pen, Sam. Yeah, I know. Shoot. Look at, this isn't live or anything. I know. Okay, wait, hold on. I have even the worst tool in my scooter reset. Look, it's worth it. Welcome to Bad Ideas. This is Bad Ideas. Oh my God, it's connected on both sides. Okay, hold on. Okay. All right. So on the opposite side, yes, we've got, I think this is like, it looks like a BME 280 or BME 680. This is the back of the antenna. USB power battery. So it's gotta rechargeable battery, of course. And then more sensors, probably like, you know, accelerometers and stuff. Looks like there's two RGB LEDs over here as well. So basically a ton of circuitry. So when Lady Aida takes it away, she's using her supervision on her eyes. Yes. To figure this out, but we can also zoom in. I can zoom in. I think this is a, this looks like a light sensor as well. And then yeah, these are probably accelerometer, gyro type things, environmental sensing. And then this looks like NFC pairing, something like that. So yeah, this is probably the NRF 52, I think 840 with a Bluetooth antenna and all the circuitry. So kind of, it's an all in one kit, which I really like. And then here's the IMEI for the device as well. All right, so look, you wanna do cellular stuff? I mean, yes, the feather is really good, but this is their official supported dev kit for the NRF 91. Next up. Okay. Next up, ooh, this is my favorite. So we finally got these two as well. This is the PPK 2. So this is the power profiler kit. And this is something that Nordic designed in-house for like measuring the power of their cellular and Bluetooth boards, but then they were like, wow, this is really handy. We should sell this as a standalone thing. So this is like, it's like about a hundred bucks. This is the same capability of like, believe me, $1,000 power monitors. This is an excellent power monitor. We have to use all of the more expensive ones too. Yes, and I have the expensive ones and they're great. But this is like, if you are just doing basic battery, you know, zero to five volts power analysis for your ESP32 or your Wi-Fi or cellular or your Bluetooth. The PPK is a great deal because it comes with everything. It has a little built-in ammeter. It also has a built-in power supply. Like it can supply the current to your device under test. And it comes with software Mac, Windows, and Linux. And it works really wonderfully. I used it to do the mag tag. We did an eye on MPI on it. We did an eye on MPI on it. Yeah. We liked it so much. Really good. This is like, yeah, this is a great deal. If you're doing anything with low power, stop guessing about what your low power is. Stop trying to use a multimeter. Just grab this because you'll be able to actually do analysis on spiky power transmission or use cases. Next up. Next up. Will this cure all of your problems? Yes. Yeah, probably. It'll cure that not having a cat paw key cap problem. Yeah. So check this out. All right, so this is exactly what you think. It's a key cap for your Cherry MX keys. And it's got super squishy silicone toe beans. These are not translucent toe beans. We do have one that has translucent ones. These are pink. These are pink, which we doesn't love. This is Adafruit pink and black. And then you zoom down. I'll zoom in. I'll zoom in. Okay, so yeah, this is, you know, plug it onto any Cherry MX or compatible, you know, crossbar, basically any mechanical keyboard. And then it's like squishy and these toe beans are extremely enjoyable to pet or squish. And if you have a cat, you know how much fun it is to do. When I can do it, even if you're casting around. Yeah, okay, next up. Start of the show tonight. Besides you, Lady, our community, our customers, and our team. Is new key one by four QT. So how do I explain it? Basically, you want to add mechanical key to your project. You don't want a tiny, maybe only want four key switches. You want new pixels with them, but you don't want to do all of the like the wiring for it. You want to have it over I squared C. And maybe also want to chain it with more of them, right? You can actually connect multiple of these. So this is a way of very quickly adding four mechanical keys with new pixels to any board. It has a C style microcontroller on the underside, which does the I squared C to new pixel and key switch conversions. So here I've got it, okay, don't get it zoomed back out. I've got my QT Pi here. So it's just something that has an I squared C connection. And this is running Arduino, but it works also with circuit Python just fine or Python to use with a Raspberry Pi or what have you. And each key has a neopixel underneath. And this demo, just when you press it, it does a little neopixel color swirl. So that's the demo. And you can have multiple keys pressed at a time. They have Kale sockets. So these are socketed so you can use any Cherry MX compatible key. This is I think Cherry black or Kale black, I don't remember. And then of course you put your favorite key caps. Maybe it's a little kitten key cap or maybe it's these translucent ones. So you get the glow through. And you basically have a very easy way to add four key caps. Okay, so key switches to your project. And then the I squared C comes in. This is the chip that handles all of the key presses and the neopixel stuff. And there's address jumpers here so you can close these which allow you to connect multiple boards to one I squared C port. So you can have up to 16 of these on one I squared C bus. So if you're not enough to make a full 108 key board, we're making like a macro pad, right? And you just want to really quickly get a bunch of keys together without much soldering. You just plug in your favorite mechanical key. And you have plenty of mounting hole options. So you've got four mounting holes on the corner. You can also plug into a breadboard if you don't want to use these cables for easy perforating. I just think it's like a fun way to get mechanical keys into your project without any key matrix handling without neopixel handling. It's all done for you. This is the production scene.