 So here you talk about the fiber to the room. Yes, fiber to the room. So actually, Huawei launched this fiber to the room product two years before. And this year, we showed FTTR version 3. Huawei launched version 3 FTTR early of this year. And we can see there's some data. Until now, recently, in China, there was around 4.6 million FTTR subscribers in China. And also, there are 27 carriers that launch FTTR service. Globally. Globally. Yeah, this is China data. This is all overseas data. And compared with other FTTR, they also have Huawei FTTR. They have some for the solution. We have some advantages. The first is bandwidth. We can spot two giga everywhere. And the second, we can spot 128 connections and spot at the same time. Same time. Yeah. And also for the latency, the cut over the latency, we can spot 20 milliseconds. Super low latency. So there it is. Extreme speed. People go to 2 gigabit, for example, it could be more 20 milliseconds. Ultimate coverage. Large concurrency. So what do you mean by ARPU 50% up? ARPU 50% increase. I mean, for one family, of course, they have some broadband. But this broadband, only the broadband. And like you said, your family has 100 megabit broadband. This only the broadband. But with FTTR, before the Faber just to the model. Like this. Before, you just have the broadband to here. And right now with Huawei FTTR solution, the Faber to every room. So for the carrier, they can sell more. Before, they can just sell this one. And right now, they can sell this one. Every room. This is the basic information. And based on this one, this is network, right? And the carrier, they can also bundle the other service. Like you know, the smart, you know, the family. There's so many connectors, right? The camera, the sensor, and other. So this is 15% mean at least 20%. They can sell this reality system, the VR system. They can sell mesh Wi-Fi networking. Everything can come together. You can see there. Yeah? So what do we see here? Mean this is the case from China Unicom. And you can see China Unicom. So mean just FTTR not only the Faber to the room. Based on this connection, based on this family network, they can sell more. Like the camera, like the sensor. And also, you know, like this temperature sensor. And also, the water, the sensor. And also, you know, the air, the sensor. Customer satisfaction goes up. So there's many things about fiber. It's not only a question of bandwidth. It's also latency. That's a big deal. Because if you do cloud storage, cloud computing, AI, you want a quick answer. Of course, you know, there are so many. The human activity moves in the room. And like you said, you want to upload some information to the cloud and download some cloud. You want the bandwidth. You want the latency, right? So this is the best mission. And this is the dream device. In the future, you can have, like, right there is a fiber. Fiber goes to this. This is FTTR version 3, the CPE. And you can see this interface, right? And this is the fiber interface. This is uplink. And with this one, it also can cascade the other one. It also can support other interface. All right, so then it goes to gigabit. Yes. And this is equipment, right? And also the fiber. This is the fiber. You can see. This is on the wall. You can see the fiber here. Oh, it's there. Oh, wow. It looks like some glue a little bit in the corner. Wow. And with this one, you can very easy to deploy this fiber. That's amazing. Yes. In China, you know, one person, one engineer, one all can finish installation for one room, only one family. One engineer, one hour. Yeah, can finish one family. Wow. That's cool. So this is the same? The same, definitely, installation. All right. And what is this one? This is the master one. The master one. So from the street, it comes to here. And on this, connects the fiber also. Of course, you can see. It goes in behind. You can see. This is the port. And this is uplink. And this is the downlink. This is the master. With this one, the maximum capacity, like I said, can support 128 connectivity. Nice. And here, you're showing some speed test. And it's basically uploading gigabit up to gigabit down. Yeah, this is download. But in theory, it could be more than this, right? Right now, for this version, we can start to giga. In early of next year, how will you release the new version? 10. 10 GB. Yeah, you can imagine. 20. No. OK, we'll see. We will see. Oh, that's going to be crazy. Because it's the same network, has no limit. And like I said, the fiber, no limitation. Never be limited. Yeah, you deploy the fiber in the room. You just update this one. That means your room is future proof. That means you will have always the best connection in that room. Before, I heard about fiber to the home. But now you call it fiber to the room because you want to go more and to the cost. Before the network, just outside the family, right? And then we call it one network for one family, the inside network. All right. And on the other side, you talk about business solutions for the fiber to the room. Small, medium enterprise, huh? Yeah, this is all FTTR for the small enterprise. They're quite different with the family. Before we said, for the SME, this scenario, we deploy the fiber. But the power is very important. And with this one, we call it COF, means power over fiber, really. Yeah, we call it hybrid cable. You can see here. Actually inside, there is two in one. And for this one, you can provide the power. And this one is the fiber. You deploy it. One cable can support the traffic and also the power. Like this. This is the master one. And we have the interface. Also like this, the fiber first, the fiber coming here. And to the room, right, to the building. If they are building, we deploy the CPE here. And one fiber to this one. And this one, you can see, one fiber can split to four. And to every floor, one floor, one interface. Nice. This is the terminal. Terminal for the room. Yeah, for the room. We can install it on the wall. And also, we have different installations to cover the different scenarios. Nice. What do we see here? What is this TG pond everywhere? So this is from the smaller fiber base stations. The last part? Actually, this is the ORT. I mean, ORT means, before we can see this one, and the uplink will connect to this one. We call it ORT. And why we have the 10G pond solution? In the traditional, there's still T-pond. And this is the new generation for the pond network. And can support the interface uplink. 10G. So it's just a huge jump. This is the user. In just one year, we are jumping 30 million more people. Yeah, this is the information from Amidia. You can see, in 2021, for the gigabit, the user, only 37. Wow, this is really quadruple. In just two years, really fast growth. And 450 gigabit carriers in the world. Wow. And you work with all of them, with most of them. And all tech evolved to 10G pond in gigabit area. Yes. So in the future, it will just be more and more speed for everybody, because the demand will continue forever. You can see that the technology is always evolution, very, very fast. You can see history for the ADSL and VDSL. And also for the G-Pond, right now, it's 10G pond. In the future, it will be 100G pond. Yeah. This is based on the traffic included. Cool.