 So here's the Dragonboard A20C. Hi, so who are you? Hey, I'm Archit, I work with the Qualcomm landing team. I do mostly display stuff. And right here, you're showing a crazy high resolution. This is like 4K UI right now. Yeah, yeah, this is 4K at 30 hertz, because that's the maximum this monitor supports. And what kind of Linux are you running? This is a Debian distribution. Can we click around a little bit? So you have the very small windows? Yeah, they're really tiny because it's 4K. We're running a left-gen aquarium thing out here. Can you make this full screen with the fish? And it's smooth? Yeah, yeah. So that means all the open source GPU is really fast? Oh yeah, oh yeah. It's really good? Yeah, thanks, Ram. He's worked on the A530 GPU support for both the kernel on both the kernel side and the user space side. And this is all merged upstream. Can we check the board a little bit? What's on the board right there? Oh, so this is just? You point to the different things? Yeah, so this is just like a little mezzanine to collect new workloads. The actual APQ 1896 is hidden underneath. And this is a consumer edition form factor, but just double the size. So it's similar to the 600. So it's extended edition kind of, right? Yeah, so you've got additional ports, like you've got an Ethernet port out here. Full size? Yeah, and you can attach a PCI Express slot and stuff like that. But yeah, this part of it is exactly like the port in C. All right. In terms of form factor. And performance pretty good? Oh yeah. It's like a full Intel computer, right? Not sure. Not quite? Not sure we can say that. But I mean, we end up building most of our libraries. Really? On this itself. Can you show something? Can you open something else? Then this is the HTML browser. Maybe you can close it down and open something else or just minimize. And can you show something cool in here? Like what we can do to build stuff? Show something cool on it. What else we can do? Yeah, I mean, this is quite a thin like lightweight user space that we have right now. Can solve it to your mark, too. OK. So how do we do that? So it takes a few minutes, right, to do that kind of stuff. Yeah. But so Debian, how smooth is your Debian running right now? Is there usually a mic stop? How much more can you do? Oh, I mean, I think it's pretty complete. You can get some of the power management stuff working. So right now, it's all at the max clocks. And if you just keep this running, then the board might heat up too much. So CPU clock scaling and CPU frag stuff is something that still needs to get much upstream. So.