 What is this? Hey, I am doing my final test on the ESP32S2 feather that I designed. I finally got the modules with PSRAM built in. So that makes it really good for use with CircuitPython or Arduino. Get that extra PSRAM. So what I'm doing is I'm testing it against all my different feather wings to make sure they work. You know, the Adelogger with the OLED, all that. And one of the tests I'm doing is with the RGB Matrix feather wings. So this allows it to plug into these nice RGB matrices. So this demo is actually a CircuitPython demo that connects to GitHub and gets the number of stars for CircuitPython and then displays it onto the matrix. So we've got 2,631 stars. And it's pretty fast. What I like about having the native Wi-Fi is it can connect to the internet and get data in just a couple seconds. So far, working so good. I'm going to order this hardware real soon. Cool. All right, Lady. What is this? Hey, I'm making more STEMI QT boards. I did get a big shipment of AT-Tiny817s, which means I can make these STEMI QT to sensor breakouts. So this is a slide potentiometer to I2C converter board. There's 4 neopixels. Now, you know, my controllers have ADCs, so, you know, you may not need a board like this to convert it to I2C, but a single board computer like a Raspberry Pi or an Onion Pi or, you know, whatever, Linux machine often don't have ADCs. And so if you want to add just like one or two slide pots, this can be a really easy plug and play way to do it because you just do it over I2C, plug and play, and then you get the analog reading. So this is the board and you can see those nice neopixels underneath testing it with a Metro Mini and I'm programming it over UDPI with a USB to serial converter. And these are the values. Looking good. Ready to ship. All right. So we got a few things here. What's this? Okay. So I finally got around to redesigning all those boards that were based off of the SAMD-09 that were like STEMI QT user interface stuff. You see a slider which you saw. It's a 75 millimeter slide pitch with some neopixels underneath it. And it's controllable over I2C, which is very handy if you don't have any inputs or you just want to make a simple user interface. And then this is the tester that goes with it. It's what the tester looks like. Yeah. And then we had another thing. I think this is from the week before. Yeah. I just kind of put together this quick breakout. I fit everything on the STEMI QT board for the PAJ7620 to gesture sensor. I'll try it out. And in case you didn't see it, because we've had eight of box unboxing and a lot going on. We've been publishing a lot. We have a series of pink PCB boards that we're going to be releasing. Yeah. I want to redo the Feather M4. I mean, it might be pink, but maybe it'll be pink. Well, we're going to have a whole bunch of different colors, but one of the first ones we're leading with is pink. Yeah. So I wanted to redo the Feather M4. One thing is we actually ended up with a lot of SAMD51J20s. And we used the J19 on the Feather M4 and I was like, if I'm going to upgrade the chip, I should just actually do a little bit of an upgrade, upgrade, upgrade. So I updated the amount of flash and I put a STEMI QT port and there's a button on the end. And then I was like, on the bottom, let's put a micro SD slot. So there's a lot going on here, but I think it's a nice little upgrade. You know, people really like the Feather M4 and I was like, what can I do to make it even better? That's not a secret.