 New, new, new, new, new, new, new, new. OK, first up, I'm coming soon. Coming soon, it's our My Little Hacker board. Great if you want to design a circuit Python-powered audio player. It has an ESP32 S2 module, a microSD card slot, Stemic UT port, can run off of AA batteries or USB. Something that we've been hacking on, maybe other people want to hack on. Definitely not safe for children. Do not use that attended. But can be used if you want to make custom audio players. It does fit in an enclosure that we haven't had. That's right. OK, next up, another coming soon. Coming soon, but really, really soon, we're going to have a new ESP32 S3 board, Stemic UT. This is the ESP32 S3 QT with PS RAM. We've always had a version that had four megabytes of flash, no PS RAM. This one has four megabytes of flash and two megabytes of PS RAM. So it's less flash, but more PS RAM. So I'll make it really good for running with circuit Python. Otherwise, it's actually pretty much the same thing. The chip looks identical. It just has the more memory bonded inside of it. This is coming soon, probably, later on this week. So sign up, and you'll be notified as soon as you're in the shop. Next up. We finally got a shipment of Pico WHs. So this is a Pico W. You know and love. It has the RP2040 and two megabytes of flash. And the CY43439, I think is the part number, Wi-Fi Bluetooth Classic and Bluetooth Low Energy module. This one has headers pre-soldered in. So you can plug and play it into breadboards or dev boards or extension boards, whatever. It also kind of works with a standard 40-pin socket, which is a fun way to make it easily removable. We also have the Pico Ws, I think, in stock. But there's some people who want to have headers pre-soldered so that they don't have to do any soldering at all. And now we have them in the shop. Next up. To go with the ESP32, sorry, to go with the Pico WH, but also work with other devices that have a JSTSH-compatible 3-pin header, is socket and plug versions of these JSTSH connectors. So we don't actually have anything that uses this cable other than it plugs into the Pico W or non-Pico WH. So you see that the debug port that sticks out. If you happen to want to plug into it, or there might be the future, there will be some designs that have JSTSH-3-pin connector. This would do the job. We use the same color ordering as the PH version of the Stemma, but it's kind of like we had to pick something. So the pins may not match, ground may not be black, depending on what you connect to. Probably figured we'd get these in the shop. They might be useful for people who have something with these 1-millimeter pitch connectors on there. So there's a socket, and then we also have the version with plug pins, one of each. And then, like I said, let me go back. JSTSH-compatible 1-millimeter pitch. So it looks just like the PH 2-millimeter pitch, but it's 1-millimeter, much smaller. We also have a GH4, I think is the part number cable. This is used on the Sense 54 and 55. And we might have a breakout board that lets you connect to those in the future. So we thought we'd have the cable to start. It's a totally different connector than any of the other JST-compatible cables. Yeah, this one has a latch on it. But now we have the cable, it's six pins, and you can use it to plug into your Sense 54, Sense 55. We also have an extension cable for PlayStation 1 and PlayStation 2. People might remember this as the port you connect your controller to. Ostensibly, these were used to let you be two meters farther away from your PlayStation and connect your controller. What we use it for is to cut it in half because then you get the socket and plug half, which allows you to connect to either PlayStations and make custom controllers or connect to controllers without cutting the cable in half because you can't get the connectors anymore, they're not made, but you can get this extension cord, you cut it in half and whoa, you now can turn one product into a breakout for plug and socket PlayStation controller ports. Okay, and starting the show tonight, besides the Elite Editor, our team, our customers, our community, everyone who makes this in Go is? The SHT41, it's not the SHT40 and it's not the SHT45, it's right in the middle, not too hot, not too cold, just right. The SHT41 kind of combines the accuracy at 20 to 70 degrees, so 20 to 70% relative humidity of the SHT45, but the overall accuracy of the SHT40 at the upper and lower ends. So basically, if you're using it in the kind of most common 20 to 70% humidity range, you're gonna get a really nice, let me put it on the back, I think it's 1.8. Yeah, it's like plus or minus 1.8 degrees typical accuracy, but the max error accuracy is I think 2% whereas the SHT40 is 4.5% and the SHT45 I think is max 2%. So it's kind of like in between. It's still very good and for temperature range, it's plus or minus 0.2 degrees centigrade. So it's kind of as inexpensive as the SHT40, but it gets a much better precision closer to the SHT45. That's why we have all three. The prices are a little bit like low, medium, high, and the accuracy is also low, medium, high. So first, new, new, new, new, new, new, new, new, new.