 Okay, okay, so we got some more trinkies being designed. So this was a request from Bill Bingo at AT Makers. So this is a TRS trinky. And the thing that he wanted was basically a USB adapter that would connect to a TRS 3.5 millimeter audio jack but didn't not have one pin connected to ground or power. It's like every pad on the audio connector was a GPI or analog input because this connector format is used for different accessibility tools and they have different pinouts. And so you want to be able to like dynamically decide based on the code, which is the input pin, which is the output pin, which one's grounded, which one's power. So I just it's got a SAMD 21 and NeoPixel. And then, you know, every pin on that TRS plus the two switches, again, goes to different GPIO and then you can read them all. And then to make it mechanically stable, it's got a USB-A through-hole connector. And then we're looking at this like cool Windows 10 HID RGB LED array like protocol that they've come up with. And we're like, oh, that's basically like NeoPixels. So it'd be cool to have like a USB HID to NeoPixel converter. So it's a little pixel tricky. You could use also with, you know, Python or you can program in Arduino, it can be standalone running. And it just gets five volts, there's a level shifter and it can control two strands of dots, two strands of NeoPixels or one strand of dot stars because it's used two pins. And the SAMD 21, like, you know, you think of it as a small chip, but it's got 32k of RAM and Arduino, you can drive like 10,000 LEDs if you wanted to. So maybe we'll make a little USB interface code so you can like write pixel data from any application and we'll just like pipe it out very easily. And then finally, a lot of people are like, hey, can you make some of these trinkets in USB-C? But I'd have to find a plug that's USB-C, like, that's a USB-C plug and also mechanically stable, like the USB-A plug. So I kind of made a breakout, hopefully this connector that we found on the great search last week. So watch that video. We'll work and it'll be mechanically stable. And we'll be able to use it to make some USB-C trinkets. That's some secret. Yeah, it is.