 So we're here at Tor Dex and you have a robot balancing robot. Hello. Hey, yeah. Hey, this is ArmTech on 2016 here. And this is our talk, what we call our little balancing robot. What we showcase here is actually the new IMX7 processor from NXP. And it's a heterogeneous multicore processor with a dual core Cortex-A7 that runs the Linux with a QT user interface. And also, you have a second heterogeneous core, which is a M4 that runs your balancing and real-time OS. So M4 does the balancing. Exactly. And the other stuff runs in UI here. Exactly, runs the UI. And the really cool stuff is if we actually boot the system up, what you will see is, right now it's all off. It's not balancing. When I turn it on, the first thing is the microcontroller starts. It immediately starts balancing. But you can see Linux is still booting. So here you can really see that heterogeneous approach with free RTOS running the control and motion algorithms for the motors. And then a normal Linux with QT on top of it that runs the user interface. Is there any sensor? Can it fall off the table? No, basically what it does, it balances. So it has angle sensors and decelerometers. But that's pretty much it. Another cool thing, once it's ready, you can actually use that little controller and play with him. You can make him move forward. And he shows little expressions. Sometimes he gets uncomfortable if you put him out of bounds. But he seems pretty happy right now. So yeah, it's our sum based on the IMX7 from NXP, which we showcase here with the heterogeneous multi-core architecture. So you've been partnered with a free-scale NXP for a long time, right? Exactly. We work closely with NXP. We also got the early access on the IMX7. That means we had our products ready when they also launched their SOC. Why did they give you early access? So typically they pick one or two companies to work with. Actually here it was, I think, almost five companies that they work with. And you want to be sure that you have your product ready for sale, that customers can order it, and they get support from their partners when they actually launch their own chips, officially launched. Is it because you're one of the best custom PCB support developing company? I think Toradex is well-known for their products being available online. So you can really just go online and order them. And also we really focus on customer support. So we basically support a lot of voices right outside, basically, from our development. And customer can really just work with Toradex and get all their basically development needs. Let's go over here. I have another cool demo. What's actually what we have here, this is a little automotive cluster. We're running on IMX6. This is our PolySIMX6 module. And what we showcase here is actually a very optimized system that we built to kind of really showcase the excellence we put into our BSP development. And this is a project we did together with QT. So if I actually completely power off that system and then make a cold boot, what you can see, this is starting up your car dashboard in less than one second. This is a full Linux OS, optimized for fast boot and running QT on top of it. You can see, it's really we optimized the whole boot process. Basically, you compress your image and really we use an EMMC that's really optimized for fast loading. And then also QT did their secret sauce to it and really optimized their libraries and the application on top of it. But it's full 3D support. So you have 3D graphics with shaders and this is a full application loaded in less than one second. Because you don't wanna wait 10 seconds when you start your car until you see how fast you're driving. So let's go over another cool demo we have this year here. This is our 4K video demo based on the NVIDIA Tegra K1. So that's our PolySIMX6 module, the little bit bigger form factor we have. It's an NVIDIA TK1. This is a quad core A15 with 192 CUDA cores and built-in 4K video decoder. As you can see, the system runs completely fanless. So this is a power optimized, high performance industrial computing platform. All right. So pretty cool about what we have. You have prices starting at 24. Are you like selling solutions that ship in big quantities? Exactly. So Toradex, our ideal volumes, our customer are buying is anywhere from one all the way up to 50K. That's where we wanna use a sum. And some of the lower end product can even push up to 100K per year. But really, Toradex is well known to public pricing, so you can go on our website, www.toradex.com. You'll find prices all the way up into quantities 1K. If you need more than 1K, contact us and we'll give you a custom quote on your project. So finally, what we have here today is actually, a lot of our customers actually built custom carry board. While we have big evaluation boards where we provide all the reference designs for free, a lot of customers at the end of the day go in and customize their boards. If you don't have the expertise to actually build your own custom board, we work with partner companies such as, for instance, Diamond Systems. What they have done is they used our palace module. This is our standard IMX6, a palace module, and then they built an industrial custom carry board around it. So pretty cool. If you need something a little bit more to your touch, if you have special interfaces you wanna use, go to tortex.com. Check out the partner section and you can find a lot of companies that do service and customized hardware around Tortex products. Where are the partners based? It's all around the world. So you can basically, Diamond Systems in particular is here in the US. They're down in the Bay Area, but you'll find partners all around the world in Asia. We have partners over in Europe where our headquarters are. For us, the key is really that our customer can work with a company or a partner close to where they have their development going on. That's right, we're out of Switzerland. Who wants to say from Seattle, what is that? So because we have direct sales for all our products, we actually have offices all around the world. So for the US, for North America, we're based out of Seattle. So we have a team of sales and FAs and marketing people who work out of Seattle. Then in Switzerland, we cover all Europe and in Asia we have office locations in India, in Shanghai and in Japan. And so this way, we can be close to our customer. For South America, we just recently opened our office in Brazil, which has been exciting for us. Cool, and here. That's an older demo, which we have, as you see here, this is an older Tegra II, basically another demo where we really want to highlight our fast boots, completely powered off. If you power that system up, this is actually loading a complete Windows CE system, Windows Amanda Compact in less than 500 milliseconds. That's a demo we did years back for an automotive customer. Right, exactly. So you got 3D, basically you got full 3D graphics here supported with touch. An early demo of our real expertise we put into the BSPs, really showing how we optimize our products for fast booting applications. And this is what's going here. That's also another demo based on the TK-1, so NVIDIA Tegra K1. This is really highlighting another very optimized version of QT. And that's actually from other partners, a service partner who worked with KDAB. Basically, it's just showcasing very nice rendered graphics, all real-time full HD on a nice touchscreen. This could be an application, for instance, for inspection. If you bring in the cars to service, your tech guys can basically inspect the car so they can go in and see, you know, basically where is my engine. They can go in and really check where are my components in the car. So just a little demo to showcase the performance of our products. Cool, and the future of Taradex, is it gonna be lots of stuff? Exactly, we always work with our SOC vendors to hopefully build and take up their latest SOCs. So we're working with NXP and NVIDIA to take on their latest products and bring them on system on modules. This is the only way that a customer can quickly put their hands on the latest technology and actually try it out and build their products.