 No, no, no, no, no, no, no, no. It's time for new. All right. What's new? All right. This is a board from Espresso. It's the ESP West board. There's a training system online from Espresso. You can see the URL. It's like, ESP-RS. Yes. I'm back there. Training you how to use and program West and specific for microtrollers on the ESP32, which is kind of neat. West is a more secure version of a low-level programming language, a great place to move from CRC++ to this dev board features the ESP32-C3, which is a risk-5 processor with Wi-Fi and Bluetooth. It's also got some buttons, Neopixel, battery, charging capability, built-in temperature humidity sensor and built-in IMU, which I think is a six degree of freedom. It's a thermometer and gyroscope. I don't think there's a magnetometer on there from InvinSense. So all in one, like it's kind of like, it's a very cute board, but it's also great to, oh, it's also turned out, I think it's feather-ish, compatible-ish. Feather-ish. Feather-ish. Yeah. I mean, the pin out, the pin numbering looks like it's, it could work with feather. So check it out, particularly this is for, if you want to follow along with their online training system. But also a great dev board, just if you want the C3 with a bunch of sensors built-in. All right. And now in stock and is now the start of the show. So I do believe that our team, our customers, our community is. Yay. The Metro RP2040 is finally in the shop. We talked about it a few weeks ago, but it wasn't available. But now it's available. You can buy it and you can get it. Use the discount code. So we love the Metro shape and series. It's basically allows you to use Arduino shields with new chipsets that Arduino may not have made boards for. In particular, this is for the RP2040. So you've got your dual 130 megahertz Cortex M0 plus in there. I pair it with 16 megabytes of flash. So plenty of storage for files and images and firmware. All the GPIO, I tried to make them as compatible with the classic Arduino pinout. So pins two to 13 on the top, the URX and TX pins on the top right area there. I squared C, SPI, and then there aren't six analog pins. So there's four analog pins, A0 through A4, and then GPIO 24 and 25 are where normally you'd have A4 and A5. And then of course, the power supply, you can give it 612 volts DC. And there's a linear regulator that gives you 5 volts and 3.3 volts. One of the nice things about having the Metro layout is it's kind of big so you get to fit a lot of stuff in it, like the feather and the QE pie are designed to be very small, but these are bigger boards. And so there's space for an SWD debug port and also a Pico probe port. There's a neopixel on there. There is both DC and USB power. There's a stem and QT port and there's even micro SD card slot. So yeah, there's a lot there. So I was like, well, you might as well just kind of pile it, pile it on with all sorts of goodies. And it's very affordable. The RP2040 chip is a lot less expensive than the SAMD 21 or the SAMD 51. And so you can get close to like SAMD 51 performance and definitely better than SAMD 21 and definitely better than any of the 8 bits at mega chip speeds from this board, but the pricing is 15 bucks. So the stem and QT port, boot port, boot button, the micro SD. The micro SD is also wired up that you could use it for SDIL, even though that's not kind of officially supported in CircuitPython or Arduino. There is some example code out there and we verified that it works, but like we don't really have SDIL support. And then the RX and TX pins are on a flippy switch. So you can swap whether RX and TX are going to 0, 1. So either you have the numerical pins going 0, 5. No, that one, yeah. So on the top right, the logical order is RX and TX, but the numerical order would be 1 and 0. And so like if you want the numbers to be in order, 0, 1, 2, 3, 4, 5, up to 13, because you want to use those pins in order, that's flipped the switch one way. If you want it so that the hardware serial port is on, the pins that it's expected to be on, you flip the switch the other way. So altogether, kind of like, you know, jam packed board, a really great dev kit for the RP2040. Everything's maxed out, you know, so you can design, debug, and then if you want to shrink the design later, use KB2040. Yeah, for the folks who are like, I'm going to use RP2040. We've seen a lot of people do that. They'll use a Metro, they'll design something, and then they'll shrink it down with all the stuff they don't need later. And you can do that because we publish all the files. Right, that is...