 So here we have the Rockchip booth and the RK Nano-D. So what is that? Yeah, the Rockin Nano-D is the device with especially the folder audio product line or IOD product line. Audio and IOT? Yeah, right. So it's an ARM Cortex M3? Yeah, we do call ARM Cortex M3 and you can find this is the diagram of the whole chipset. So dual core? Yeah. So what does that mean dual core? Our considering is that as you know the folder IOT, some product always has its own algorithm, right? To running to have a better for example to power management or to have this algorithm for how to control, right? So we have the two dual core Cortex M3. One is for your running your system, right? You are saying for embedded system and another is that you can do the correction functions, any capability functions, you can do that. Are you the first one with this idea? Yeah, I think the normally do that before the Cortex M3 just do the dual core. I look here I see dual core I think it was a mistake but it's actually this is your idea. Yeah, right, right, right. It is our architecture, log chip owned architecture and log chip owned to do the invention for this architecture. So it's very small cores, right? It's low power? Yeah, very small cores, low power. What are you showing here for example? So here, you can see this is the chipset here. So the chipset is right there and what is happening? So inside is two Cortex M3 cores in there? Yeah, inside. And so what is happening on this board? What is it showing? I listen to this is very high quality audio. Yeah, right. Also this chipset can support 24 bit audio and 192 kHz separate. So it is the high find decoding side we can decode and be straight, frag, AP and any loose list audio that we can do that. Because what is sad the last 15 years that people use MP3 low quality is a little bit sad but now this is the best audio quality possible? Yeah, I think that we do an invention for the audio right now. So you can see that it's very good quality of the audio. So it's a high bitrate file, it's a high bitrate flak or something or lossless. And then this dual core enables better performance for that kind of solution. So longer battery life and better performance. I think that a better performance but also under the low power consumption. Right now the decoding for the high find music, it is just a 12th milliamp for the hold. So very low power consumption. Yeah, very low power consumption but it is high quality for the performance. So what kind of device will have this? Is it going to be a small advance audio player? Yeah, it's about audio players and also you can connect Bluetooth and Wi-Fi to have all the small things. So Bluetooth, Wi-Fi, smart home, eating other things, a box like this, controller like this, what it's going to be? And smart for example. Okay, I will show that this is the Bluetooth smart light. Yeah? Yeah. So you have your chip inside? Yeah, we have our chip there. It is previous to the generation, Arcade Nano C inside. And also I think for Arcade Nano D we were do lots of the IoT device. Also you can connect Wi-Fi, you can push through the content through the Wi-Fi to your, for example, for the Wi-Fi speaker. And so Arcade Nano C is the previous one? Yeah, Arcade Nano C is the previous one. What was the single core? Arcade Nano C is the single core and from Arcade Nano C to Arcade Nano D we also enhance the state audio. Alright. We also have the analog audio to connect inside. Nice. So Arcade Nano C was a big success or just small starting? Very big success. Really big? Very big success. How long time? Arcade Nano C also using Sony's MP3 player. They use it? Yeah, they use it. So how long? When did you launch C? Two years ago. Two years ago? Yeah, two years ago. First generation for smart home? Yeah. For special wearable device for audio? Yeah, right, right, right, right. Cool. How soon is this ready for products? Product will be ready for next month. Next month? Yeah. And some home control. Is this UI running on it or? No, no, no. It is another device. This is what we are thinking about. This device is using our 3188 application processor inside. So you can use it in the world. In the world? In the world. In control of smart home? Yeah, control of smart home. We think this is the previous center. You can also connect your smart phone to this device. So you will actually put two Cortex M3 in every light? Yeah. In every speaker? Yeah, right, right. So we think about for the next, for the internet of device, for the internet of smart device. So to be an internet of things it has to be very good price also, right? Yeah, right. So then it's affordable you can put everywhere? Yeah, yeah. It is our thing. This is happening right now. Everybody is talking about internet of things. What is this? Yeah, this is the module using our ArcadeNMC chipset. So previous generation? Yeah, Wi-Fi module. Wi-Fi have the Wi-Fi so you can have this module in every smart device. Or even the Wi-Fi speaker or Wi-Fi story machine and so on. Alright, cool.