 No secret. Okay, so we're gonna play one, two, three videos, and then you're gonna show three things that you're working on. Some of these things are part of our new products tonight that you were doing some testing on, whatever. Yeah, we'll see behind the scenes. And then we're gonna, yeah, then we're gonna show you some of the stuff we're working on. So, here we go. How early did it was this? This is a RIO R88875. This is a very cool chip. It does SPI to 40 pin TTL up to 800 by 480 resolution, 16 bit. You know, of course it's not super fast because SPI doesn't as fast as eight, three, sorry, 24 bit parallel. But it is great if you wanna just control these largest plays when something as simple as a 324 or 328, but of course other chips work as well. And with the revision, this backlight driver got discontinued. Sorry, this backlight driver. So I had to re-do the board anyways because this is now a SOP 89, now a SOP 235. And so while I was there, I also made a couple other updates. Now I'm testing it. It's backwards compatible. So you see the touchscreen and color works. And now there's a three state on the serial output pin as requested about a year ago. So, revision coming to the Antifreech shop real soon. All right, lady, and we're here at the Antifreech factory with our kiddo doing electronics tonight. What's this? Okay, hot off the web-web press. This is a panel of the new Matrix Portal S3. It features an ESP32 S3 module and there's no Sam-D51. It's just the S3 driving a portal. And it's got, sorry, the Matrix. It's got headers on the back to plug directly and also IDC on the top for a cable, but it's still the same size, USB-C, STEMIQT, pins, level shifters, Neopix and all that. So these are gonna get tested and put into the Antifreech shop. So they'll be a less expensive, more powerful version of the Matrix Portal, big upgrade. Hello, lady, what is this? First you get the pen, then you get the tester, then you get the power, then you get the Matrix Portal S3. This is our S3 based Matrix Portal version. Got rid of the Sam-D51 driving the Matrix directly and you've got both sockets and plug-style connectors for the panels. And here's my tester using my RP2040 brains. I love this because I don't need to use a SIPR computer Raspberry Pi. It's really fast and it programs it over USB and then it does like a Wi-Fi scan. It tells me to press the buttons. I press the buttons and it's like test done. This was pre-programmed so it only took 12 seconds and then I can do this fast, remove, remove. Plug this in and then hit reset. And one of the coolest things is that this program's in a live demo so when people get it, it comes ready to go. It also does a Wi-Fi scan and I-Sport C-Scan. So it's a good hardware test. So this is coming to the shop soon. Just wrap this tester. Handy. Yes. Bam. Yes. So as our kiddo, I clicked off of it too fast. So this is the modified player. It plays prints and stuff like that and that's the Twitter hacker board. What is this you're working on? I finally got a reel of Max 31328. These are real-time clop chips that are not pin compatible but they are far more compatible with the DS3231. So which is kind of where it's like 3132 is 3231. So we'll be able to have this breakout board. It's a little bit less expensive than the DS and physically smaller. It has more capabilities. So it sounds like Max and we're like, well, we're gonna keep this compatibility with this very popular real-time clock but maybe update the process to be more modern process. And then this is a USB MUX chip that somebody pointed out to me. It allows you to switch between two USB ports using a GPIO and it's electrical switching. So used in laptops and devices but could be a very handy breakout board. And this coming back from 2020, this is the ICN-6211 prototyping board originally designed with a SAM-D21E18. I'm gonna redo this design a little bit but just to get started, I've refabricated it in the same layout and it's a DSi to TTL TFT converter. So you have single board latest computers that have a DSi port but you don't want necessarily program each DSi display or maybe you have old style TTL TFT displays. You can plug this in and this over I squared C you tell it what the size is and the front porch of the back porch is and each sink and it does it for you and they also got a backlight there. So hopefully we'll be able to convert common 15 pin DSi to 40 pin TFT displays at a reasonable cost. So secret.