 So, here we have a really big and impressive micro LED and hi, so who are you? Hi, I'm Falcon, Marketing Director of Planet Nitride. And so, what do you do with the micro LED? You have something special? Yes, so this year we have the new micro LED, this one is the transparent micro LED display and you can see that it's very special with the borderless design and very high brightness and also you can see it's transparent so under the bright, under sunshine you can see very bright just very bright on the background you still can see the image. So, what is it that can see the squares? Is it like a lot of different modules together or how does it work? That's because we use mass transfer so that's some of the stamping mark but we can solve in the future. But it's not visible when it's playing, it's not visible so it's not a problem right now. And what do we see here? The bottom one, this is the flexible one, so we use the micro LED to transfer on the poly E-Mine so if you see from the side you can see this is not a flat one, it's flexible and it's very thin. Back plant, so as I show here it's 28 micro only. Is this flexible? Yes, this can be flexible so you can see it's not flat. So it's actually flexed right now? Yes. So how is it possible to do a flexible micro LED? How is it possible? Oh yeah, it's also challenging but we already make the flexible one right now and you can imagine that there's lots of applications like to eliminate a different shape or the foldable devices or any hydro flexible applications. And what is this one? This one is we make it for the wearable devices with very high resolutions and also you can see that's very bright. So if under the same thing, under sunshine you can very easily, still very easy to read the contents. So what is a refresh rate? Is it like a frequency? Okay, for the active matrix, the active matrix one that's 60 hertz and the other passive matrix so the refresher rate will be different. Maybe 30 or no? Yeah, maybe but for the actually it only depends on how to control by the system side so we can make it 120 hertz or 240 hertz. That's not any challenge. Let me jump around here. So what makes special with plain nitride? Do you have some special development with the micro LED? Yes, we're already starting for the mass production this year for starting from small volume and future will become bigger volume. So we believe micro LED technology is not very far from now. Almost starting this year. So we can see some of the micro LED products soon end of this year or early next year. What does it mean play nitride? Okay, because we think that the naming is coming from idea from PlayStation. So we want just like work together like just for fun. So fun? Yeah, we can work very happy because so we play something and nitride is for the very important for the LED based material. So just like get a nitride. So we are playing. So there's many challenges with micro LED to make it work, right? What did you solve? You have some new way to make it work? Yes, we developed from the AP wafer to make it perfect for display. And also we have the chip process to make very, very small micro LED chips and then transfer it to the back plan. And also we have the Cosmotec to repair the panels to the perfect display. So you transfer? Transfer and repair. It's crucial to be able to do this. How do you transfer one by one? How does it work? We call it mass transfer. So traditional is one by one, but it's not possible to make the display. Because there's millions of pixels? Yes, it takes more than two months to make one display. It's not possible. So we use mass transfer with a certain. So just like stamp, we pick up several hundred, several thousand micro LED chips. The same, the one time and transfer to the back plan and bound it on the back plan. So that's why when you put the light behind, we can see the stamps? Yes, that's the stamp mark right now. Is it secret or we can see again? You show again with the light behind? Because so you have many stamps all the way down. We have to see the stamp size, but especially just under a very bright, bright condition. And that's some of the light directly behind. Yes, and this is something just under development. So we have a secret. A little bit. Yes, yes. Because nobody else can do this? Yeah. You're the only one who know how to stamp? Many people can do, but their progress I think is slower than ours. Where are you based? We're based in Shenzhou, Taiwan. And here you have Active Matrix 720 by 480, 7.55 inch. Is it the best? Nobody else do like this? I think this is the first time you see this big size and very good color and high transfer. High transfer with high transfer. Nice. So how soon can buy it? How soon is it going to be everywhere? We hope it can happen from end of this year. Already? Depends on our customer, their progress. But we try to make it this year, at least next year. What could be the main market, the first market? We're not sure right now. It depends really, because we work with a lot of customers from very big size to very small size. So it just depends on their progress. And what's the customer you work with, for example? You don't have to say the name, but what do they do? They're like display makers? Display makers or the brand makers from TV to the IT devices or to smartphone or even to wearable devices. Lots of different applications. And how long time you've been working on the micro LED? Our company founded it from 2014. So this is five years looking forward to this day? Yes, five years from nothing to demo this kind of display. And this is a very exciting time, no? Did you have to hurry up for SID display week to make finish? Oh yeah, actually we're pushed to speed up our development. Not only this, for five years not many companies can make from zero to make an active demo display. Nice. And do you think micro LED is the future for sure? Yes, but it was starting from not the traditional display applications because there's lots of market challenges compared to LCD with very, very low cost. So micro LED was starting from emerging applications. Transparency? Yeah, especially transparency. That's LCD or all that they're difficult to make. And very bright, very bright smartwatch? Yes. And flexible would be important? Flexible, it depends on their applications. So flexible, it can open a lot of imaginations for the display applications. Like you can make it to very flat on different kind of shape of the surface. So you're not limited to just a pen. Nice.