 Okay, first up we have this super skinny thermistor. We've actually stocked thermistors for quite a bit as the 10k NTC thermistor. It's just like really skinny and really small. So it's perfect for if you have to like measure the temperature of something where you can't fit a DS18B20, you can't fit an MCP9808, whatever. This thing is so slim, maybe I'll show in the overhead how slim it is. Yeah, do it. Okay, so this is the overhead and this is so skinny. I mean it's like I think in the specs I think it's like a half a millimeter or something. Very very slim. There's a little bit of a bump where the sensor is but it's very slim. So if you measure this with a multimeter it's going to be 10 kilo ohms at room temperature and then as it gets warmer I think this goes down, it goes up I can never remember. You know check our tutorial we have on thermistors. We have a tutorial on using these kinds of thermistors. You'll want a 1k, sorry a 10k 1% resistor to go with it as a resistor divider. And then you measure the resistance, you measure the voltage made by the divider, the voltage goes up and down based on the temperature and then we have some Arduino code that you can use to convert that back into temperature. Okay, next up. Okay, next up we've got this really cool Lincoln Bin's case and here's, we have so many Raspberry Pi 4 cases you're like what is great about this. The great thing about this case is it brings all the ports out to one side. So you see if you look at this you're like oh yeah there's like the Raspberry Pi Ethernet and USB ports and like wait a minute the power in HDMI right next to it. How is it doing that? I'm glad you asked. So what they do is they include this little like adapter thingy green board at the top and when you plug that into your Pi 4 it turns it into all the ports in a row. So I thought I'd show this on the overhead. Let's figure it out. Yeah, this is kind of, this was like the killer, wait, you didn't zoom in so much. Okay, so this is the adapter, this is my Pi 4, right, so it's under this metal case which is, this metal thing is like a little protector thingy so when you slide it in and you can see here these are the HDMI and USB and then there's over here so that it all comes out one end and then this slides in nicely into the enclosure. The enclosure and metal, the ends are plastic wide so that the Wi-Fi can get out. So this is a cool Pi 4 case. Okay. I just love that all the ports are on one side. That's going to be very useful for somebody, maybe me. Yeah. Alright, next up. Okay, we've got more compute modules, we're slowly trickling in. This is the compute module 4 for the Raspberry Pi. This one has 16 gigabytes of on-board MMC flash so you don't need an SD card with it. So you save, you know, 10 bucks, don't need an SD card. Has two megabytes of RAM and it has Wi-Fi and it plugs in nicely into the, whoa, there's so much stuff on here, that compute board. So this is the compute I-O board sold separately as they say in advertisements. It gives you the HDMI port, the Ethernet, USB, SD card, PCIe, GPIO, multiple camera and display ports and like power supply and all that good stuff. So it's a good development environment. And this is the module itself, which I'm going to delicately remove. It's got the, here we'll see, connectors on the bottom, they plug into here. Here's the Wi-Fi port, here's the Wi-Fi chipset underneath. Power supplies over here, kind of like a cool little domino look. This is the, the RAM is on top. This is the flash memory and this is the power monitors, Ethernet, what is this, I don't remember what that chip is. I thought it was Ethernet, maybe it's a power monitor or it's a controller or something. But yeah, this is the full Raspberry Pi compute module so the ones we had already did not have Wi-Fi. What's nice is that there's a built-in antenna, we also sell the antenna kit. Plug in the UFL and you get the pre-certified antenna so that will speed up your certification process. And then, you know, start development on the compute module, IO board has everything. And then when you're ready to go to manufacture, you just, you know, design your board, take away all the things you don't need, keep the things you do need. All right, next up. Okay, finally we have in stock the Hi-Five Inventor Kit, yay. So if you are interested in Risk Five Chips, you want this happy hand that's Dr. Who themed, it has multiple RGB LEDs on the front, it comes with connectors and this case and a speaker, a USB battery and everything. There's an online teaching system, so we've actually previewed this and if you see our other video, you know, for this product you can just see it live. But we finally have them in stock. There's an online system for programming it, I believe there's also maybe MicroPython available for it. And also if you want to do low level development, there's ST SDK. So you know, you like Hi-Five, Risk Five Chips, you want a development board that has everything built in. It can be used by kids and adults, here you go. Okay, and last up, let's start this show tonight besides you, lady of the community, our team, our customers is. The Raspberry Pi Pico pin reference, yay, we ordered this, they finally came in. So we're going to probably pack these in with some of our Raspberry Pi Picos when we get more which we don't know when that is. But when we do have them, we'll probably, you know, maybe include them in some orders. This has a quick start guide on the back, how to get started with Circuit Python, including some Circuit Python codes. You're like, how do I blink the onboard LED and print to the serial monitor, you know, a quick start guide on the back for Circuit Python and on the front, it is a life size, life size pinout diagram. So the Pico has the Raspberry Pi Aesthetic, which means it does not have GPIOs labeled. So I have one of these cards on my desk and I use it every day. It has, you know, all the GPIOs and the peripherals. Like, is it an iSquad C-Pen or can you mix it with the UR and which PWM output, which ones are the power pins and what power output. So this has everything on it. You know, it's life size. I can show in the overhead, it's, you know, you put the Pico on top and you can zoom in. So this is the Pico goes on top of here and then you can see all the labels. So GPIO labels and all the capabilities, SPI, iSquad C, etc. And then we've got some notes here about what the power supplies do and then a color code as well. And that's my favorite new product. All right.