 Okay, we've been in the vaults a lot lately and there's gonna be a lot of boards coming out soon. Yeah, we got a lot going on. So top secret I'm gonna show this little time-lapse. Do you want to talk about what this is? This is a part that you just got. Oh, this is the VL53L1X to VL53L4CD conversion. So you know ST's been coming out with a lot more variants of their really popular time-of-flight boards sensors. And so because it's pin compatible and we got a reel of the VL53LC, which is like a very short-range time-of-flight sensor. This is what it looks like when I hot air a part off and hot air another part on and it's a great way to test. Man, this one's hot off the press. We just did this right before we came to the office. This is a little tiny LCD. This is a very small three character seven segment display. I got some of these adorable samples. Well, there's like one big mama seven segment, a lot of little dual ones. And this is a triple. So it's funny. Here is I'm driving this directly from pins on the microcontroller. You do see a little bit of ghosting, but there is an app note from Atmel ABR241 on how to directly drive LCD displays. And like you can do it. I mean, you need a lot of pins. I usually use a chip or a special peripheral to do this, but I just have it hooked up here to a QDPI-SAMD21 and just counting up the numbers. The most fun thing here is it's not what you think where there's like seven segments and three commons. There's actually four commons, six segment pins and they're like split in half. But it does work with a little bit of ghosting, but definitely legible. And then here's the, I guess you want to call it first article inspection. Yeah, this is the first article. And one of the things we do is after we have the first board come out, usually I do visual inspection. The person running the line does visual inspection. And then we write G on the back for gold. And this because this is actually something people ask us. They're like, okay, you make testers, but then how do you test the tester? Who watches the watcher? The gold does. The gold is how we test the tester. The gold is, you know, visually inspected, personally inspected, and then also a tester inspected. And then we keep that with the tester so that when the tester fails or is acting flaky, we can check it against the gold to make sure. Yeah. All right. And then we have the QDPIE ESP 32 tester. And then the board. So we're going to show this related. What is this? This is a QDPIE ESP 32. This is a prototype. So I got some backwards texts, but the final PCBs are going to be showing up in a couple days. So I thought I'd get started on the tester. And like the other QDPIE ESP 32 S2 tester, I'm using a Raspberry Pi. And the reason I'm using a Raspberry Pi is one, I can run ESP tool from it. And so it's like really easy to program the chip directly. Because this is Linux. And the second thing is what I do is after I've tested all the GPIO, I test the Wi-Fi. And I check the signal strength and the MAC address to make sure it's the right device. And that way, I know that the antenna got set on correctly and all the passive components. So this is past test. And this is ready to go. And then we get the board in. Coming soon. We have a bunch of hardware coming out, but they should be in the store maybe in a week or two, maybe two weeks. Yeah. And that's up secret for the week. Very exciting.