 So we're here at Atmel, and who are you? So, hi, I'm Eric, so I'm with the Qters Perk Monkey Team based out of Norway. So, this is the main reason I'm here. Atmel just recently introduced the lowest power captive touch surface. This is based on the Atmel smart controllers, this is the SAM D20. It has the peripheral touch controller, which is the hardware engine that enables this touch surface. So the key point here is, it's really ultra low power. It works down to four micramps, wake up on touch for four micramps, and also it supports dual touch, so you can do two touches. And if you see here, you can see the X and Y position and the area. You can also have a touch reporter where it shows where your finger is. So, four micramps, how low is that? It's really really low. Are you saying that the touch can be always enabled and then waiting for you to touch it? Yeah, then it runs out to four micramps until you touch it, it wakes up, does the acquisition and then finds out what it needs to do and then goes back to sleep. So you don't need a power button? No. It just stays and waits? Yeah. And then when you touch it, how high does it go? Oh, it depends on your application. It's typically maybe 150 to 200 micramps, but it really depends on your application. So has it compared to other solutions from before? From Atmo? From anyone. So, for Atmo, this is the first time you're doing touch surface on a microcontroller. And this is the key selling point here. In average, it's consuming around 10% of the CPU power, which means you have 90% out of the core to do whatever you want to do. So, 90% for what? Yeah, you can do it to a maintenance controller or you can do any type of control, LEDs or communication, anything. So this is the way Atmo would do touch? Yeah. And it's by doing it much lower power than everybody else? Yeah, this is the lowest power. So I think the closest is like around 12 micramps. So it's three times the battery lifetime. So if you have a tablet with this, how long does it last before? Well, the tablet then you need to go for the Max Touch, the bigger high-end version of the touch controllers you have. This is more for remote controls, PC mouse, gaming, or wearables like health bands, fitness bands, or GPS trackers, sport watches, these things. So you can have this on a smartwatch kind of device? Yeah. And it lasts for a long time on a smartwatch? Yeah, sure. Like not decades? No, it depends. Let me put it this way. It's not the touch that's going to drain the battery. It's the other part, so yeah.