 So here's the memory connect. You're showing Android treble. So hi, so who are you? My name is Misha. I'm from Kyiv and we're developing basically now Android for Bigot X15 board. So what is this board? This is Bigot X15. Which has ARM Cortex, which one? 15. 15, yeah? 15. 15. Yes. 15. And then what do you do with the treble? Actually the basic treble is when you, for example, the vendor wants to upgrade some Android stuff, like from grading from 8 to 9 Android or from 9 to 10 in future, the product will not be needed to generate new vendor image. So all vendor stuff is completely working on the current version of Android and it will be working on the next version of Android. So basically the thing you need to update is only the Android stuff which provides by Google. So you do not need to communicate to the vendor to upgrade your device. So what is the demo here? The demo is here that we are demonstrating that these Bigot boards are being underdeveloped, like for a few months. And it already has working that is 9s Android Pie, which was landed on August. And one of these might be switched. I don't know, one of this is 9s and one of this is 10s Android. And they use the same vendor image. So basically we are showing that graphics working. This is the WebGL demonstration, working graphics, working internet. And these boards are about to be upstreamed already. And our patches are ready and they are in process of upstreaming and accepting by Google guys into AOSP branch in the master. We have also one more board which is working with the same vendor image, but with generic system image provided by Android. This board is actually in John Stoltz demonstration in the opposite side of our room. I don't know why that happened, but we'll have what we can. I'll check that out too. And who are you? I'm Andrew Davis, software NGO Texas Instruments. I said these are X15 boards, so Texas meets Satara. What kind of work did you do? I'm mostly involved with the base port, so bringing up Linux on these chips. You can see Android then comes naturally after that, so that's why I'm here. We also work with the GPU, which is kind of why we're showing off the GPU at this point. Is that perfect? Is that the best way to do all these updates in the future? Yes, it should be. It should be done, but we have already 9 and 10. I can also demonstrate the different versions in Android settings. So if we look at the settings, we're going with settings as system, about tablets. We have the Android version 9, it's Android P, Android Pie, sorry. About tablets and the second one, we see that it's Android Q. So it's the latest Android we have now. All the two boards have the same vendor image. Q comes after P, right? Yes. The latest? No, it's Pie. This is the newest Android and this is Pie release, which will be landed in August. Cool. All right. So what's next? Well, next. We will upgrade our stuff, because there are some things that should be done yet. We have enabled basic things like trouble, graphics stuff. We also need to enable sound, because it's not done ready actually. You know, some clearance stuff and upstreaming. We are expecting our patches to be accepted to Google and we're working hard on that now. We're just cleaning, guys from Google are reviewing our patches and moving forward. What's the main market for this kind of chipset? Is it the embedded world? Well, these particular chips are most targeted at generic industrial automation, so like HMI stuff, which is where you'd want Android. They're kind of a sister device to an automotive chip, so we also have all the same. Cool. All right. So cool. Thanks a lot. Thank you.