 Here we go. No, no, no, no, no, no, no, no. So we have, I actually kind of theoretically have a bunch of these to show, because I don't have the real ones. I think I will order a bunch of these to show you next week, just so I can show you them hands-on. But what I have are stand-ins for a bunch of these that I can show you. These are wiring connectors. These are not the ones that we're showing here, but these are wiring connectors. And we have a few different types of these. So some of these I showed last week. Some are new since last week. And there are essentially a few varieties of these. So this type that I have here, and this type that I have here, these are snap connectors, these will join essentially one wire and send its signal along to many. So it is a type of multiplier of just one wire. This will take one and send it out onto two others or join the circuit of three wires together. This one does that with five. So usually you'll have ground coming in and then you can send ground over to four things is a way to use those. Another type that we have are these pass-through ones with different conductors. So this would be useful for positive and ground, for example. And so you can see here on our snap action, three to three wiring block connector right here, this one allows you to run three wires through and connect them essentially like a splice without having to do any soldering, without using a wire nut or anything like that. This one is kind of more of a force multiplier, but for two different signals. So you could put power and ground on this one coming in and then send out three power and ground each onto the other side. And so the types we have are one-to-one wiring blocks which look like this right here. And that's similar to something I have. This is a slightly different type, but these are great for just connecting one wire, making it longer. You can see a nice little demo there of the one-to-ones. And next to it there is the five-to-five. So you can see that in action there running five-to-five. Love the colors on these too. I've never seen them done in colors like this. And then here's one where we're spraying out one and it becomes five. We also have the three-to-three and we have that two-to-six. And the biggest one of all, three-to-nine. So really useful if you're doing things with neopixels, let's say, and you wanna run power, ground and data from one pin and just send three identical neopixel strips out and they're gonna get their power, ground and data signals off of those now nine wires that started life as three. So these are great looking. I can't wait to get my hands on them. Some of them also have a mounting point on them. So this one can be screwed down. You get a couple screws and screw it down to something. So really useful if you're doing installations, if you're doing burning many things, house lighting, stage lighting and so on. These are really, really cool wired connectors. So yeah, you can see the two-to-six also has the mount points not found on these other ones like the three-to-three. One-to-five does have it. So any of them that kind of Y out can get that connector there. So that is, that's our full complement of, I'm just gonna go back to the new products page there. We can see them all at once. Full complement of wiring snap action blocks. This one here is a pretty similar style. If I can show it right there, you lift up. These are pretty strong. So you lift up that connection, poke a wire in there and then snap that back down. So if you do that three times, you've now multiplied your wire out to two others and connected them. So that is one, another new product. You'll have to stop me. I can't remember. I think this one we had last week, but I'll mention it again is the MOSFET breakout. So this is a little MOSFET driver, has JST connector on one side to connect to your microcontroller, data pin, power and ground. And then it has the two spring action terminals for connecting your motor, your solenoid. It means you can now power off of a itty bitty week, a little pin on your microcontroller and use the transistor on there to be able to drive a power hungry, current hungry device. So you can check that out here. We also have the new learn guide from Liz that'll show you how to use it. There's a nice close up of it there. And here's the little back there. Again, with our beautiful silk screen text now, it looks all nice, it's not all bumpy anymore. And this is a diode protected so you don't have to worry about that collapsing electromagnetic field fly back causing your microcontroller to scream. This is protected by the diodes there. So you can get about amp and a half out of that for constant current. Not sure what the other specs on it there. Yeah, so this is your, yeah, three to 30 volts you can provide and the signal can be three to 20 volts at logic level. And then you get the two terminal blocks to connect up your power hungry device. And then lastly, remember before when I said that our coupon code is blingy, just like that, that'll get you 10% off in the store. And the reason is because I like the word blingy and there it is right there. It's the new Feather S2 Neo blingy RGB ESP32 S2 Feather Development Board from Unexpected Maker. So we just have a few of these in stock right now but if you wanna get one, what you're getting is a really advanced board. It's Feather Form Factor, pin compatible Feather Form Factor. It has the ESP32 S2 chip on it. It's got four megs of flash. It has two megs of Q-Spy external PS RAM on it. It has this really cool little five by five Neo pixel grid in the middle. Hmm, where have I seen that before? That reminds me of the product pick of the week this week was our little Qtie Pie five by five. So get a nice little five by five matrix there for doing blingy, blingy things. You can obviously write words on there, which is useful, simple little text readout. And this being ESP32 S2, you can do Wi-Fi with it. So you can use this as an IoT type of device connected up to Adafruit IO or other IoT types of uses. It runs a, let me see, it runs latest version, the latest version of Circuit Python that supports ESP32 S2. Also runs on the ESP IDF and the Arduino support as well, if you wanna code in C++. What else, there was another cool feature on this. It's got, oh, the RGB LED that's used for status can be shut down to reduce your deep sleep current. And also has a pretty beefy 700 milliamp regulator for 3.3 volt. And the, by the way, the matrix, LED matrix there is running on its own LDO. So that current is not gonna affect, you're not gonna brown out your logic current on the rest of the board there. So really smart design behind here. So go check that out. That, let's take a look at some of these nice pictures here, it's got USB-C on it. It has the battery charging circuit and JST connectors for LiPo that you know and love. Has boot and reset buttons on it for getting into, for resetting it and for getting into flashing mode. And it has a Stema QT quick connector on it for connecting up your I squared C devices. Comes with some header pins there, depending on how you wanna use it. You can solder those on. Happy, happy USB-C. And there's the back of the board there. Makes something unexpected. It's the Feather Neo S2 from UnexpectedMaker.com. You can go to UnexpectedMaker.com as a link here for documentation and support. And you can go to circuitpython.org to grab your UF2 to flash this with the latest version and check out what versions are available, check out the notes there. And, oh, that first pic has a nice animation. Why isn't it animating for me? Is that the one you were talking about, Austerly? I don't know why it's not animating. Spooky. All right, well that I think is gonna do it for new products. I think it's gonna do it for new products.