 No, no, no, no, no, no, no, no, no, no. This week, we have a bunch of, it's not out yet, top secrets. So we're gonna do one new product, and then we're gonna go and do a bunch of stuff. But it's a good one. So the star of this show this week besides you, LadyAid, our community, our customers, everybody who runs Adafruit, our employees, our staff, our friends, our partners is this very high-power infrared LED emitter. We were seeing a lot of people trying to build their own TVB gone type projects or IR controllers. And one thing that is, I've learned about infrared transmitters is you really want to like drive them really strong to get good range. And you want to hit the IR receiver, even if it's not pointed exactly directly at it, 10 meters away, 15 meters away. To do that, you have to have a bunch of IR LEDs and you really want to drive them very strongly with a transistor. And so, you know, we had circuits showing how to do that, but it's always like people have to get the FET and the pull down and the resistor. So let's make a little stem of board. You connect your JST, PH cable on one end. I'll show that. Give it power, ground and a signal. And then it'll just blast that to two infrared LEDs. They picked nice and bright ones. We chatted about that on the Great Search a couple of weeks ago. I think these are 90 lumens, or I don't remember. They're as bright as the five millimeter LEDs that we sell. You can drive them at 100 milliamp standard, one amp peak. On this board, if you give it three volts, you're going to get 100 milliamps per LED. If you drive at five volts, you'll get 200. And I think that's really good, because that way, if people leave the LED on, you won't damage it and overheat it. But it's really simple to use. So I thought I'd just show it on the overhead real fast. And what's nice is that this overhead doesn't have, I mean, it has some IR cut filter, but not a huge one. So the board comes like this. There is a breakout area if you want to start out to it, but I really just recommend using one of our Stemma two millimeter pitch JST cables. You get an LED, which tells you that the board is powered. And then this signal LED will tell you when there's signal coming in on the signal line. The red and black are power again, three to five volts works great. When I touch this to three volt, you see the signal line, which is human visible. So I can see that red LED. These are not human visible, but they do come through on the camera because that's how cameras work. And they're really nice and bright. You get two, one edge and one upright. And then if you happen to want, you know, another LED or you want an external LED, we give you one more spot. You can just wire up a standard infrared five millimeter LED. In this case, it's a white LED, but then when you get one more blaster and then you can always disable the on LED or the signal LED if you want it to be stealth mode. But just a little easy inexpensive board mounting holes just to get people's IR blaster projects going very quickly and very easily. And that is new products this week. New, new, new, new, new, new, new, new, new, new, new, new.