 It's a new, new, new, new. It's new. Bye, Max. Okay, what do we got this week? Okay, we got a lot of new products this week. It's non-stop. Okay, first up, we've got the Wittie Pie 3 Mini. This is from Yu-Yu Gear, and they make awesome Raspberry Pi accessories, especially with a Raspberry Pi Zero. So I like this. This has got a DS32, 2332, I don't remember the exact port number, but it's the high quality, real-time clock. Temperature compensated. It's got a button. Microcontroller. It's got a lot of software, and basically you can use it as kind of an all-in-one power, real-time clock, auto shut down, kind of like controller system for the Raspberry Pi. It adds all the stuff that you kind of wish the Pi had and doesn't, like a real-time clock built in, the ability to auto-sleep and wake up. You can see there's a little micro capacitor. It's not a micro, it's a large capacitor, but instead of a coin cell, it's got a capacitor that auto-charges when it's powered up. And basically it can be used for automating control of your Raspberry Pi without needing any external soldering or anything. It just plugs right in, and then you just have to power it through the USB port that way so it can shut off power when the timer goes off. Next up. Next up, we've got this shorty cable. I thought this was just a really fun cable. It's pretty simple. It's USB-A on one end, and then a right angle USB-C on the other. It's really easy. Just plug it into your computer, and I just wanted a short cable that was a right angle. And I like this because a lot of our boards have USB-C on the side, and what I like about USB-C is it's reversible. So you don't need to have both ways cable. You always have it the wrong direction. With this, you just flip it over. So no matter how the USB-C port you want to be right angle, it'll work. It's about six inches long, very compact, works great. Next up. Next up, we have plug-in USB capture, USB to HDMI audio and video capture cards. They're really popular, people love them. But some folks like you don't have a USB-A port. You have a USB-C port. See how this is going. This is a version of that same low cost, easy to use. It's not $1,000, but you also don't have to pay $1,000. It's like 20 bucks or so. You get a really good quality 1080p HDMI capture into your computer. So it's great for if you have video consoles you want to stream, or your Raspberry Pi output, or like TV output, another computer. Just get one and put it in your bag. It's very handy, it's very handy and it just shows up as a camera. So it's very easy to use, like any software will work with any operating system. Next up. Next up, we've got this handy case and stand for the Adafruit Funhouse. We're putting more fun houses in stock. It was just released in the Adabox. And this case came with it. It also comes with some yellow bricks for easy assembly. You can make a handy little stand. So I'll show it on the overhead cause it may be a little unclear what's going on here. Use this stand. So this comes as individual little yellow bricks that you might be familiar with. And then you can arrange them. This is one arrangement, but feel free to make it more or less tilted. And then this sits, let's see, let's say I want it to actually lean back a little bit more. So I will remove a brick. Adjust the height and angle pretty easily and then it sits quite nicely. And then it even locks in a little bit. If you remove this, yeah, like that. So you can have it, the bottom nubs here actually end up being like right in the middle of little brick nubs. And so it kind of like locks in place. And then you can just plug into USB and you have a little desk stand. Yeah, you can show it from the side. Pick it up and show it from the side. I know, but I wanna make it like that. So another thing is it comes with a protective back plate that also has these wall mount, I don't know, lozenges. So if you want to attach the fun house to a desk or a wall or a box or whatever, if it has two screws in it, you can have the screw heads go through here and then it sockets down. So this is pretty common when you're hanging lamps or accessories in your home. You're probably used to using these sockets. And then there's also a hole here, sorry, a hole here so you can hit the reset button if you want by using a pen. And there's four holes because it's completely symmetric no matter how you attach it. And this comes with hardware as well. It looks great for your fun house. Next up, we have the dual edge Neopixels. This is actually, I think GeekMom showed us this in a project and I was like, that's pretty cool. I wanna stock that stuff. So it's in the Neopixel strip that you know and love. It's a little confusing because technically it's 120 LEDs per meter, but you're probably like the density of 60 LEDs per meter. That's because there's two LEDs on each side. So it's not as dense, but there's more LEDs. So the LEDs are side angle and they go both edges out. So it's like, if you're looking straight down, you can kinda see light but it's coming from the side. Maybe we'll go to the overhead and I can show it. So from the top, it's like you see a little bit, but that's because the light is mostly coming out of the side of the Neopixels and it's pointing out. So this would be good for edge lighting or floor lighting. And if there's situations where you're like, oh, I want something to be edge lit on both sides, this is just more compact than maybe getting two strips and it's gonna be less expensive as well because you just connect this up. And these two Neopixels, they're in parallel. So it's like you can't have both sides have different color. Like it acts as if it's one LED strip of one side and it's just like cloned on the other side. So I think for Geekmom's Infinity Mirror Color, she used this and it looked great. So yeah, like Infinity Mirror projects, edge lighting projects is a great LED strip. All right, next up. Next up, oh, these are called, these are relegendable key caps. I found out that's what these are called if you're wondering what the name of these things. So relegendable key caps come with two pieces and they're Cherry MX compatible. So you can see the stem there. So you use them with Gateron, Kale, Cherry MX, anything that has a little cross stem, which is like 90% of mechanical key caps. They're kind of DSA height and shape. They're not exactly DSA height and shape, but they're like really close. And they come in two pieces. There's a kind of like opaque grayish piece and there's a clear top. And after you pop the top off, you can put something underneath. Like we just put some like stars in there, but you can put slips of paper. You can put stickers. What have you and make your own custom key caps because a lot of times when you get a custom cap, you know, or like you're making a mechanical keyboard, the cap has nothing on it, which is like confusing. So how are you going to indicate what it does? So you can see you can see a little bit of light shine through, like even if this was blocked off, the top does shine through. And they're pretty solid. Like, you know, they come apart with a bit of force, but you have to really wedge them. And then you can put whatever you like here and then snap this back on. And they're symmetric. So in forward directions, you know, they don't have an angle. They're not like R4 or R1 or whatever. They don't, they're kind of flat and they're easy to use. So if you want to make a macro pad and you don't want to guess what the keys are, these are super handy. Next up. Speaking of mechanical keys, let's say you've heard of these fancy Cherry MX keys and you're like, I don't know what's the difference between a blue and a gray and a black and a brown and a red. I don't know. You know, you're clicky, you're tactile, you're linear. What does that really mean? Well, this little tester, that's right. You can click each one one in a row and test them out. So let's go to the overhead and I'll show each one. See if I can remember what each color is. So the most common one is Cherry red and that's this one. It's a linear. So it's not very loud. And then this is, you can check the stem color. This is brown. Browns have a little bit of a tactile bump. You can kind of feel it. It's not loud, but you can feel that there's a little resistance. Cherry blacks are a little, they're linear, but they're a little stiffer than the reds. They're a little bit, take a little bit more force. And then everyone's favorite is the blues, which are very clicky. Very clicky. So this is a great, you know, as you get one of each switch, they're meant for you to just try them out and see which one you like the most before you buy like 108 of them. Next up. All right, next up, we've got the BME688. So this is, it sounds so similar to the BME680. You're probably like, what's the difference? And it's like barely, there's barely a difference. The BME688 is the next generation after the BME680. We actually did an INMPI for this sensor a couple weeks ago. So check out our INMPI video. I just linked in the product description if you want like the low down of this sensor. Basically it's a temperature, humidity, barometric pressure and MOX metal oxide gas sensor. And the temperature, like just like the 680, but the difference with the 688 is they've added the ability to reprogram how long the MOX heater is on it and the temperature. And that does affect how it reacts to different gases. So you can use that with a machine learning algorithm that they have an application that you can load data into that you can train to detect different senses. So I think the video demo they have is like coffee versus espresso versus like tea or something. You can detect like fresh fruit versus rotten fruit. So the sensor itself doesn't know. It just says here's the data I'm getting but using machine learning AI training algorithm you can convince the software to be able to differentiate between the two. Comes in a STEMI QT format. I can show real fast. There's two versions of the software. One is the simple version that runs with circuit Python or Arduino and it just prints out the humidity, temperature and biometric pressure and then the gas. The gas measured in ohms and I think the more volatile it is the lower the resistance. So this, I just turned it on so it's gonna go up and down a little bit but it will settle and then if I put it near alcohol or near volatile organic compounds, something that smells a lot, the gas sensor reading will change. Again, it's a drop in replacement for the 680 but has the ability to change the heater but you're only gonna really want to program the heater if using the machine learning thing. So if the 680 is out of stock, pick up the 688 you can just ignore that part. If you do want the machine learning stuff you can't use the 680, you need to use the 688. It's just one. So just look for the eight. All right and the star of the show tonight besides you lady at our community, our customers and our aid of fruit team is I'm gonna let this video introduce itself. You ready? That's right, Sliders. It's Sliders time. I've had it like 5,000 times. Okay, so we've got the Slider Trinkie. This Trinkie, look at this, it's a Trinkie. It plugs into USB. It's a Trinkie. We have a character that I'm gonna be debuting soon. Yeah, so let's go to, okay. So it's fully assembled on like the other Trinkies because there's only one slide tensioner that would fit. Basically I just picked the small slide pod that we have. And on the bottom of the board is a SAMD 21. It's got a capacitive touch pad and two neopixels. That's kind of it. It's very, very bare bones, minimalist. And the goal here is that you can use Arduino, you can use circuit Python. It plugs into a USB port and then you just have like a potentiometer and like that's it. It's like really, that's all it does. And you can touch the end for a capacitive touch. It lights up. Yeah. So here it is. So it slides into the USB A port. I will say, you might be thinking, what if I slide and I keep sliding? Will it pull out? Yeah, it'll eventually pull out. Well yeah, it does exactly what you would expect it to do. So just be aware, just, you know, you can slide in and then if you slide out, just stop when it stops. So another thing is there's a capacitive touch. If I touch it, it just turns the LED on. So it's a way to demo. It's got a little hole that you can attach to a lanyard. There's the two neopixels that are individually controllable. Now the neopixels, I kinda wanted to have an under lighting. It does shine through the body, but I'll say that because the body, the potentiometer is made out of like FR4, it gives it a yellowish cast. So you're not gonna get all the different colors. You get yellow and you get green and you get red, but the more subtle like pinks and blues don't come through. They do come through on the side. It's just a trade-off. I think, you know, you're not gonna get like full resolution of every color, but you're, it's fine for notification. And then, you know, you can program as an HID device or you can have it. You know, I actually had it hook up into my Philips Hue lights and I was reading with my desktop, I would read the value of the potentiometer and I would use it to dim or lower the lights in the entire house, which is kinda cool. So it's just a potentiometer with USB, very simple. It's a trinket. And that's new products.