 No, no, no, no, no, no, no, no, no, no, no, no, no, no. Okay. First up, the coming soon. This is our circuit-pice online poster. We have a new poster vendor. Um, we were using a poster company and they didn't like that we weren't using them for every single one of our packaging needs and goods and told us to buzz off, so it took me a while to find another poster vendor. So we should have these in stock soon. Oh, are by Bruce. Yeah. So. You know, you can connect HD devices and displays and we've got USB host. Um, so some cool stuff. Yeah. Okay. Next up. Next up, we've got a whole, uh, gaggle of power supplies, different configurations. The reason I like these power supplies that we already stocked by bolt, uh, five ant power supplies from the Raspberry Pi Foundation and 3M for their Pi 4s and Pi 5s. They don't have this cool switch built in and the switch was kind of like not only is it a switching power supply, but it's a switchable switching power supply. So these are all five volt output and some are three amps and some are four amps. The four amp one is going to be a little bit more expensive. It's a little bit bigger. Um, but these are great for use with your Raspberry Pi 4, which has a USB-C connector. You can also use them with the Pi 5. Um, the three or four amp one will work just fine. Um, I'll say if you're using like all of the possible ports and they're one amp each and you've got like multiple displays and, um, disk drives connected over USB, you might need five amps, but like 95 percent of people do not need a full five volt five amp power supply, three amp or four amp will be fine. Um, and again, that switch is pretty cool because you can now like really cut power to your entire setup. Does the switch cut the mains? Um, there's no mains power. The mains power is, is in the transformer and in the brick. And then the switch is for the five volts that comes out of the USB port. Yeah, a switch for that would be like on the block. Yeah, that'd be on the block. This, I mean, the, but it's a switching power supply. There's no load. It's not going to use any current. So it's not like old style. Um, where the current would still be going through a transformer. There's no, it's, it's smart. So it's not going to be drawing power. Even, um, even if your power, the switch is turned off on the five volt side. Okay, cool. Yeah. And make sure you look at the product page documentation. Yes, there's a couple of ones. There's like a vertical style, horizontal style and a high volt, high current. This is four amp. Those are three amp. Okay, next up. Next up, uh, by request from JP, we have these silicone coated wires in different colors. We've got like the pack of like red, black, you know, orange, green, blue or whatever, but he's like, or white. He's like, I want more cool colors. So this is extension cables about six inches long. Um, and they come in a bunch of different colors. You get 30. So I think it's like five wires and six different colors. Okay. And then start the show tonight. Besides you, Lady Yeta, our community, our customers, our entire team of data for the mixings go and all the folks that are totally into sharing and making the world a better place through science, technology and engineering. And that's what the M stem stands for more. More. Uh, this is a new feather way. Um, by request, but also I thought it would be a fun build. It's a capacitive touch, 3.5 inch diagonal feather wing with lots of pixels. This is basically the biggest display you can get with the SPI interface. Um, I misspelled capacitive somehow. I think I was working on this really late at night. I will fix that in post, um, next board, but you know, you could order now and get the version with the typo and it might be worth more in the future. Like a miss strike on, uh, on a stamp. Uh, since the feather weight, which means you can plug a feather into it. So let's go to the overhead. I'll show in demo. So this is my prototype to its green and also has the typo and catch it in the beginning. Um, but otherwise it's the same hardware and you can plug in any feather into it. I will say that the best feathers to use because it is a big display or ones that have a fast SPI port. So the RP 2040, the ESP 32, the M fours, you could use this with the 8266 and the M zeros and the 328 and the 324, but it's going to be a little tougher. Um, they're not going to get as high speeds. It's going to be slower updates. Um, definitely the ESP 32s are going to be fast. Every 2040 is not too bad either. Uh, so you plug in the feather, you get a STEM IQ T port, um, this nice on off so that you can see that the backlight just turned on, turned back off. Backlight driver and then, um, it communicates over I squared C for the touch screen and SPI for, um, the, uh, display itself. Turn this so you can see Adabon and all his glory. Um, so this is the display and it's, uh, displaying over the micro SD cards. There's a micro SD card slot over here and the capacitive touch is multi touch. So there's five, uh, touch points available. So you can see as I put four fingers on it can track each point individually. Um, I guess I can use five fingers, but it's kind of clumsy to use your thumb. Um, uh, so you can have an IRQ line on the, uh, capacitive touch to make it pretty fast. Um, uses the FT five three three six and then the display itself is an HX, uh, five three seventy nine D. I can remember where the numbers, but it starts with HX and we've got, um, drivers for that, uh, for Arduino and circuit Python. And that's the new product. Thank you. With that is the new products of the week.