 New, New, New, New, New, New, New, New, New, New, New, New, New, New, New, New, New, New, New, New, New, New, New, New. Okay. Yeah. It's a late week but don't worry, there's a lot coming. It's just, we, you know, we had a lot of new products last week and I've been doing a lot of revisions. Don't worry, there's more on the way, you're going to love it. This week we used to do one revision one to get a product back in stock. So the I&A 219… Oh, I got to say this to start this show tonight is the product. It's the product. Our staff, our team, all the folks, yeah. all the folks who makes this possible, our community, everyone here at Adafruit. Not the guy who posts on Twitter, he's in fired. He's been sacked and the person responsible for sacking him has also been sacked. Yeah. We got accepted to be the new cast members on SNL, so we're ditching this electronics biz and we're just going to do parodies and punts from now on. Anyways, the new part of the week is? The INA 219 feather wing shown here. It's great for doing high or low side voltage and current measurement. Not a new product because we've had this for a while. This is the version we used to have. Oh, it's so cute. It uses the SOT 238 version of the chip. It uses the 219B version, although we never really said specifically with the 219B. However, that package of the chip, we can't get right now, but we can get is the SOIC version. So we just rotated this. Yeah, we have to retake the photo. But I wanted to line up. This photo is from the space station today. This went on. A lot of people don't know. This was on the SpaceX launch today, and this is how it was shot. What do you do? Let's look at the next photo because it's a little bit more clear. So basically, instead of that tiny SOT 238, we're now using a SOIC8 chip instead, which means that the jumpers for the address moved to the bottom. And we also may use the 219A or 219B. The 219B, I think, has 0.3 percent precision. The 219A has 0.5. Here's the thing. The resistor is only 1 percent anyways. So it's, you know, you're not going to get better than 1 percent. It's still an excellent, excellent chip. But just we wanted to keep it in stock. We didn't want to wait. You know, we're getting lead times of another six months until you get the smaller chip version. We'll revert to that when we get back to it. But for now, again, we wanted to get this back in stock and doing a quick PCB revision to use an SOIC size chip. Did the job. It otherwise works exactly the same. It just looks a little bit different. Surprise! Mu-nu-nu. Mu-nu-nu. Nu-nu-nu-nu-nu-nu-nu.