 Did you have a top secret this week? I do, but did you want to do a recap or no? No, we don't have to do a recap. Okay, so I do have some, it's not out yet. Okay. Don't ask. It is. Thank you. Okay, so the first up is this little breakout board which I even designed on the Great Search. You're talking about getting these really cute new boost converters from TI. This is the TPS, you can't say it's under the fiducials, 61023. That's a little boost converter there. And this will give you five volts output from about three and a half volt input. So I made this little mini, like a micro power boost. It's like a mini boost breakout board. So you just have two to five volts in, five volts out, and then enable pin. Okay. And then I dropped it in my excitement. I'm also experimenting with Phil B on making little STEMMA breakouts. So we have, you know, the STEMMA QT boards which are 0.7 inches by one inch and has, you know, the quick connects on either side, which is lovely. It's a great standard that SparkFun came up with. But I also wanted one for analog and digital simple sensors, ones that just had like one pin. And so, you know, we have a couple items. We have like the STEMMA speaker that is the same three pin JST2PH. And we have these on a lot of our boards. It's just power ground and signal. And we have like a servo that has this connector. It basically just makes it plug and play easy. And, you know, this is great for I squared C. And then this is great for analog or digital. So the first board I designed, and this is the same, I was trying to keep the same size, the same one inch by 0.7 inch. It's not a game. It doesn't mean anything. It just happened to like the size. I think it's a good size. So you have the connector. You have a little on LED so you know it's powered correctly. And then this is just another analog temperature sensor. It's actually very similar to the TMP36 from ADI. But this is a surface mount version. You also see these cutouts again to make it more reactive to the temperature. And then on the back we have the instructions. There's a little typo. It should be 100. This is the prototype. And also you can solder to these pads if you want to not use a cast. Okay.