 here, the cute booth with Toradex. Hello. Hi, my name is Daniel. And I'd like to show you here one of our fast booths. It's with our Apalis model, a system on model. That was really fast. Yeah, I was fast. It's cute. But what I actually would like to talk about is the model, and where it's used. It's used in automotive, but also a lot of industrial application. And today, we have a really nice car, which actually. What's inside there? Yeah, there's actually three of these models inside that car. Powering the cute user interface. This looks like a crazy advanced car with a 2.5 seconds 0 to 100. It's a very, very fast electric car. 355 kilometers per hour. Is that like a world record or something? I guess for electric supercars, that's probably very close to a world record. It also has four motors. So you can do torque vectoring. So you can go very fast through turns. You can decide if you want to have a front wheel car or a rear wheel car. You can set up everything. So it's from a technical perspective, a very interesting car. Your solution is not just the bottom board. You put stuff in real life and real things. Exactly, so the idea is very easy to develop on, like a Raspberry Pi. But then you can take exactly the model and put it in real cars, in real medical devices. This is an MX6. This is an MX6. And you can also upgrade. So they now work with an MX6, but they're also considering other models. Nice. Let's walk around here. It's a little bit busy. Let's see if we can jump in. Yeah, I mean, you can't get in the car, because I think it's somebody's car or they don't let us sit in it. But we can come here and we can hear we have a mocha. So you see this model running at the cluster. But it also runs the entertainment system. Or here, it's kind of an entertainment system, but it's more a setup. So you can really set up all the features of the car. You see the power and so on. Is this Android? No, it's Linux, and it runs Qt on top. So we are at the Qt booth, so we'll be showing off Qt. And you can see the battery states. You can see about energy. You can see the thermal of the battery, the whole cooling system. How do you connect a board like this to all the systems? Normally, I didn't build the car, but most probably it's can. So can bus, it's there. And all of our models have two can interfaces, so you can connect everything what you have typically in a car. Do you have two boards here? Yeah, we have two boards in there, one for the cluster. So here you see your speed and so on. And then one in a typical car that will probably be your radio, and here it's really the technical setup. And it's combined with real physical buttons, which give you a nicer feel than actually the touch. And you see, you can say you want to be able to force vectoring doing that. Is it already in many cars? No, we are actually already in many cars. I can't, unfortunately, talk about all the brand. We have big customer. We are not into a BMW and super high volume, but we have a lot of super cars like that and other super and hyper cars. And they have some luxury brands, which maybe ship 10,000 cars a year. If they sell millions, you are not the right fit. But if you have a car company and you sell 10,000 cars a year, you're definitely the right fit. Here, if I look a little bit more, this is called infotainment with all the system right here, that car. But why are you not the right fit for millions? If you would have millions, you can design that everything by yourself. So Toradex value is really very easy out of the box experience. You can get really fast time to market. You can upgrade. We do all the lifetime maintenance. And for that, it's very cost sensitive. If you have millions, your specification will change. Other stuff will be important. But don't you help them to make the stuff that goes into millions or not? No, we really, we want to focus on our customers, which are in this from a couple hundreds up to a couple 10,000. A very high volume customer for us is 100,000. But we only have very few of them. Go to the booth, maybe I'll check it out. Let's start right here. Here, we show a sum of our demos. You can also see that on our booth, that's a low power demo. It's a heterogeneous multicore with the i.mx7. And here you have a user interface. And then you have sensors connected over i squared c. And we use the M4 core to read the data. And I can switch off the main core. So the interface is out. And now you still have the M4 core reading out the sensor. And you see the power really drop. So the idea is, if you have an internet of thing, and normally you want to read out sensors, you have a microcontroller. And then if you need a fancy user interface, or you need to transfer it over Wi-Fi, you can put up the whole system. To our next laptop, or what is this? Yeah, this is one of our evaluation board, hooked up to actually a laptop screen. That's correct? This is a Dell XPS 13. Exactly. You destroyed it. We totally destroyed it. But you've got something better here. Yeah, and we just show off here the 4K capabilities of the NVIDIA TK1. So this is our highest end product. It's actually the exactly same form factor. You can actually exchange that. But here you get 4K capabilities. Have you considered being a powering ARM laptops? Because this is an ARM laptop right here. Yeah, basically. But again, if you have a laptop. And a keyboard. Yeah. If you're a laptop manufacturer, you probably want to sell a million of them to really make money. And again, we are more like embedded. We are really ruggedized. You can go up to minus 40 a laptop. You know, and we don't want to use if it's minus 40. So we have a little bit another customer. It's really industrial, medical, a little bit ruggedized. Can you see a little robot? Yeah, exactly. I think you saw it before. All of our demonstrators have this 40-core. And you can run around here with them. What's the main advantage of Qt? Of Qt? It's a very popular user interface. So if you want to have a fancy user interface, like on an Android phone or something like that, Qt makes it very easy to do that. And we work with Qt to bring that to all of our devices, to have really good out-of-the-box experience, tweak the performance. Yeah, and it's very popular. So we like it a lot. It's a big community. There's a lot of people using it. You can easily find help and engineers working with it. And they bought you this car to give you one, right? So you can do that. Sure. Now, we really ask them. But yeah, you can get that to the market. Yeah, we should definitely, yeah. Maybe when they begin to sell them in the higher volumes. But yeah, it's a very expensive car, but very, very cool.