 So there we have a foldable AMOLED here, the AUO. So who are you? Hello. I'm JJ and How do you make this happen? This is a is it plastic? It's not glass. It's plastic. Yes So it can fold But more than a million times a million times can fold like this That means also you can have a phone that could fold like this and become a tablet. Yes How soon is this happening? We expect this will happen like in two years. Two years mass production stable. Yes, and this kind of technology is gonna be Unbreakable. Unbreakable. Because glass is always breaking in the display, right? Yes. This one will not break. No And they will be reliable. They will not scratch We still have to put some protection film on top of it. So this is just a film. Here's some information on this So can you talk about AUO in general? AUO is one of the leaders in the display business, right? Yes doing a this AMOLED. Yes. Yes, we also have the smart watch As you can see the border is very slim So we can provide very good The feature to our customer so they can design the watch very slim True circle AMOLED. Yes, and here we have 1.2 and let's go over there. Also, let's check you right here. You also have some LTPS LCD. What's what is going on here? No bezel? There's very slim border So if this is on the phone You won't see any Border, so this is 5.5 inch HD But you need to connect in the bottom every phone like this cannot have four bezel less, right? Only three We can do the so-called cough Process so the border on this side only the bottom. Yes Still can be very narrow. So in the bottom you put the Microphone the speaker or the camera down here, so it's okay. You can you need to have a But maybe you can cut the shape You can leave the space For the phone for the microphone. Nice. And right here you showing Fless flexible plastic LCD. Yes. So how's this possible? How can you make plastic LCD? This is liquid crystal with plastic. It works. Yes This is the process is the same as the rigid LCD except the substrate using the plastic and Right now the the back light is only coming from the bottom. You don't eliminate everything or yeah, it's from the bottom right How soon is this coming? This will be sooner probably in one year just one years What's the difference between flexible OLED flexible LCD? What's different emissive technology, but it's gonna be in terms of mass production the stability resistance the quality LCD will be fixed curve. It won't be able to fall. It's not fixed. Yes Conformed. Conformed. All right. So this is this might be more limited market or yes, maybe yes, because it's not possible to flex an LCD Yes, this water. There's some liquid Yes, because liquid crystal. All right. And here you're showing AMOLED. Do you also have 8k display and what do you have stuff for automotive around here if I'm going around here? A bunch of automotive Some special shapes for LCDs. This is also for the automotive application. You're able to cut it Yes, yes, and it just works. Yes. No problem. No problem. All right. And here you have a curved LCD Yes, looks like this. Yeah, but this is class. This is glass glass substrate and Here you have freeform So you can have a rear view mirror like this. Yes And 120 Hertz This is for gaming. Yeah, because for gaming you need a very fast response Yeah, let's walk around here And here you're showing a 13.3 inch 4k. Yeah, very high-resolution and very low power low power. Yes Usually more resolution is more power, right? Yes. So how do you make it keep low power? Basically, our TPS has a key feature is low power and the very thin very also with slim bezel design Slim bezel 4k 13.3. Is this for laptop? Yes business. Yes. And here you have another one also 13.3 What's the difference between this and this? Actually, this one is based on this. We also use the LTPS technology. Okay, and In this one, we just low down the refresh rate And the truth is Low power consumption. 15 Hertz. Yeah, it's only 15 Hertz. 15 Hertz. So the fresh rate is very low So our logic power consumption is less than one. Do you have an adaptive Refresh rate? Can you go up and down with refresh rate? Yes The fragile can be changeable. You have that? Yes. Yes. All right. And here you have a very very small bezel 4k display Yes, only 1.5 millimeter Is it resistant or is it more fragile when the bezel is small? How can say if small bezel makes it more fragile? I think that they will still have a cover on that. That would be okay for all customers. Yeah, it's for the notebook application. Notebook. And here we have a 15.6 also 4k Looks great. So everybody needs to have notebooks with 4k displays It's a great way to check. Let's go. Let's go on the other side. Maybe you can come with me and over here We have a few more displays right here Fresh rate. 240. Yes, 240. It's much higher standard Whoa. Professional gamer I'm a professional gamer. No, I'm not. But I wish I wish. No, no, I feel like Because I don't see any any. I don't know how to shoot All right. And here is Only 200 Hertz 100 Hertz is even very high compared with the other models. But in this one, we use the 21 by 9 cinema format and Especially with the coversture It's just a one eight 18 Cool, so that's awesome here the SID checking all these displays. I especially like this one I think This is cool. Yeah, this is a foldable touch. Everybody's excited about this, right? Yes Is it possible to make it foldable without so much bezel around Small bezel foldable because it is just a model. So we need to put some structure down there Actually, let's see. We have a similar technology, but this year we input that with the High color gamma. You can see the high color gamma is reached to 95 percent You can better colors. Yeah, the compare with the other NLA LCD NLA panels You can see the vivid color. It's very colorful. Usually the NLA Panel will become yellow Especially you can see that kind of situation in other places that we will not have this problem Nice And this one is That's very nice