 So right here at the Linaro Connect, you're showing a solution right here. So hi, so who are you? Hi, I'm Joe from U0 Robotics. And we are the manufacturer of this war, IV-5661. And sickness to me is home from Unisoc. Hi, so yeah, this is home. I come from Unisoc. I'm the fellow for the WIFI connectivity network and we provide the trip in this board. So what is this? Yeah, this is a new 1964 for IOT edition called IV-5661. It's WIFI Bluetooth single chip solution for, yeah. So WIFI Bluetooth, and it's right here. This is the board? Yes. And why is it special? It's great for IOT. Yes, this board has 2x2 11ac. It's a very super high speeder. We can reach. Also, we have the Bluetooth file. I mean, we support the Bluetooth mesh. We support the Bluetooth long range. What's the Bluetooth long range? I mean, the Bluetooth signal can transfer 800 meters. That's a very good years. Yeah. So is the best SoC for IOT? Yes, very high power for CPU, low power, low cost, a lot of memory. With ARM Cortex-M4? Yes. We have the ARM Cortex-M4 with 416 megahertz. And we have about 500 kilobyte memory. So user can use this platform to develop their own application. And all the WIFI Bluetooth controller is running in different CPUs. We have Dual-CPUs. We have 7CPUs running the Bluetooth WIFI controller. So that is transparent to the user. The user only needs to focus on their application development with this board. So you do the board, you do the CPU? Yeah, we do the chip. Chip. And you need SOC? You need SOC. Number two in China, what? Big company? One of the biggest ones. It looks like how you look at it. Because if you look at the cell phone, the unit SOC, each chip is for cell phone, bio cell phone. It's actually the number one. Number one is for car. Number two is the mid-head. Number three is unit SOC. Number three worldwide. Is it a collaboration between different Chinese companies? Uni, United? Yeah, we have. Because our previous company name is Spectral. So it's Spectrum and RDA? Yeah, Spectral RDA, we call it Unisop. Now it's Unisop. No more Spectrum. Yeah, no more Spectrum. It's a new name. So it's also in the smartphone business? Yes. Many different place? Yes. Now we are looking for the wireless connectivity network. It's a major developer for the IoT and the smart home application. So what is this demo? Why do you have five here? OK. So we prepared two demo now today. One is a Bluetooth mesh. We use the Z5 native Bluetooth there and to test the mesh to work here. So mesh is very simple. Which is the mesh to send from this device. He can send a transfer from me to this device. And this device can release the main code to this wall. This also can release the message to this wall. It's a mesh. Is it working? Yeah, it's working. I just... So whatever you're telling me, just you look button. Button to control LED. You can see I click button. It's on. I mean it's on and it's just to control on, on, on. And I click again. Off. On. Nice. Yeah, this is a mesh. It's a simple application and we use the Z5 native stack. It's very easy to use. Yeah, it's a pretty good stack. And what is your collaboration with Linaro? Yeah, we are the cloud member in Lano. We joined Linaro six years ago. On their spectrum name, yeah? Yeah, it's a special name. We are very like to work with Linaro together. Open source is very important, right? Yeah, open source is very important. And why we use the Z5. The Z5 is a very good store to wear. And I am the SC in Linaro Light Group. I joined the SC meeting in Singapore status. We are working with SecretTrip, the TFM. And yeah, I don't see it doing. And what do you think about Linaro? Oh, me and boss. Yeah, Linaro is a great group. Provides a lot of business opportunities. Yes, opportunities. And yeah, it's care about the open source as well and help their companies, help their SOC companies or manufacturer companies to upstream the code. So what is the software? Is it Zephyr or something else? Zypher, yeah. Zephyr? Yeah. This is Zephyr. And they provide secure updates, security. Yes, let me show you. So this is the second demo. Actually, this is the very interesting demo. So this is the board. And let's start from the beginning. I just set the board. You see, the console. Where's your app? So this is your boot. A little we are putting the MCU boot. Then your boot will load the Zephyr OS up. Then the board is ready. So now what I want to do is I want to connect this board to our expander in the room. So what I need to do is, because this is an IoT device, right? There are no keyboard, no LCD device. I cannot input anything there. So what we are doing is we develop a very simple application we call the Brutus Smart. This device will make a Brutus connection between the phone and the board. And we will configure the board. So let's start here. Let's scan. OK. We found a lot of Brutus devices nearby here. But what is the device in this one? The Brutus, some other Brutus Mac BDHS. So I just a simple click. OK. The Brutus is connected to this one. Then also we could build the Wi-Fi manager sub-system in the Zephyr and the IR4. I just go back to Wi-Fi manager. And then OK. So then I just need to do. So in this GUI, we can see that at some point I will connect. I just a simple click here. Select what is the application sense we want to connect. And we click that connect. So here, you can see the scan happened. The device board will scan around the device. And you select what is the ID I can just give you here. Connect. Make a connection. So Wi-Fi is connected from this board to the external. Like the home gate way or something. So next, I went to start as a part of service in the board. Because we went to make this board as our agenda. So just a simple click start AP. OK. AP starts to support. Then the application can be closed because everything is connected down. So what I can do is I just open my phone and select the point service start from this board in this one and start connect. OK. That means my phone already connected to this board. This board can do the AP. That is the Peter, the mesh, or whatever you call it. Then I can test with YouTube video. OK. This is one keynote in YouTube video. I just need a simple open there. And we can watch the video from my phone over the board or go to the AP. Nice. Yeah, this is a keynote right there. Which is on YouTube. So that means it becomes an access point. It becomes a mesh Wi-Fi. Yes. It's a Wi-Fi signal to the home gate way. And all this over the Zephyr? Yes. Everything running in Zephyr. OK. What do you think about Zephyr? Yeah, it's great for IoT and have a complete stack for Bluetooth and Wi-Fi. And what do you think? Yeah, I think Zephyr is a very good open source project. And it's very easy to use that. Like as a trip provider, you need to port our SOC to support in Zephyr. And also a lot of features there. Like the Bluetooth stack, like the security feature, like TFM will be native support there. And the MCU boot will support the OT update. Everything is very good there. And so we, as a trip provider, we make the trip. Also, we will develop a new feature like Wi-Fi manager something that we would like to contribute our work to the Zephyr tool. And because we use Zephyr, we contribute to Zephyr. Yeah, nice. All right, so how much is this? It's not released yet. You can choose now on video. How much you want to sell for? OK, I'm talking. Would be a good price? Yeah, it should be a good price. Yes. And it's part of the 96 boards IoT, what do you call it? Yeah. It's not a mezzanine. It's an IoT board. IoT board, yeah. Cool.