 so we had the SID display week 2019 and hi hi so who are you I'm Simon from AUO so welcome to AUO booth so AUO is one of the leaders in the display industry right for sure and Taiwan yeah from Taiwan and what is the latest that you show here the show yeah please follow me this year our thing is a very important thing is this one we have a 4k so which applies 240,000 you can take a look at it it's a picture quality it's awesome so it's also big brightness over 1,000 nits it's based on our LTBS TFT LCD very thin bezels yeah very thin bezel that's from the LTBS technology so so what is the contrast here and is this like very good for HDR yeah it's a perfect for HDR and the contract contrast that can be only not not measurable by the machine because the backlight can be turned off completely so you can see the awesome contrast ratio so then you want to play your video games in the dark yes that's what right that's the focus of our gaming monitor recently the gaming monitor with the high frame rate and also the HDR function that's the perfect gaming experience so mini LED is how many zones here are here we have this case 240 zones so as a local dimming 240 times yes yes and still to keep our module very thin nice yes and this one is this one yes as you can see the refresh rate is 120 Hertz for this kind of a racing gaming it's a very useful and also this is one this one is for the gaming monitor and a gaming notebook applications so we we have been working on gaming monitor notebook for years so the high frame rate is really the focus for the gaming monitor on laptop is no problem to do 120 Hertz or the first time it's shown yeah yeah laptop laptop usually 16 Hertz because it's for official for document processing so far nobody do 120 or it's already on the market yeah already on the market but we are the leader yeah the leader yeah we are the leader also the gaming monitor yes yes definitely we are number one why number one here is a 1680 PPI right ultra-high PPI for the near-high display like a virtual reality yeah so you can see the very fine pictures so you cannot tell the boundaries because the viewing distance is really close so it's a very small screen but for VR for VR for virtual reality but 2.9 inches maybe it's too small for VR no or it's just near your eyes so you don't have to have a really big screen so but close enough you can you can feel like it's a large screen and this is one millimeter for the full screen so yeah the feature is also based on LTPS and we have a call process bounding yeah and the screen ratio is over 90 98% nice yeah this one you can take a look at the whole because previously we use notch to integrate the IR sensor or camera but here we can drill a small hole so that the camera or sensor can be integrated more flexible without the compromise in the active area so I see all the edges are curved right curved edges wrong shape corners yeah it's a free form design I just wish that the camera would be on the edge or edge and then this edge would not be curved and the camera would be here outside the display thank you very much so can you do it yeah sure you were able to do everything yeah sure yeah for us it's really yeah this is the world first the full screen and so fingerprint so that it's been a goal for a long while that we integrate the finger send fingerprint sensor yeah into the display yeah yeah so as you can see that you can specify any region on the display to be a fingers fingerprint anywhere anywhere anywhere it's a full screen integration yeah how you do this we integrate our own proprietary photo sensing technology into the display so that we can do a full high resolution your own proprietary right there's not a partnership but maybe it is but it's in house in house this layer on the screen does it take transparency off the potential of the screen only a little bit yeah more or less but you don't say how much right right and then you have right here yeah as you can see the pixel density is the same with the with the sensing density and how about the resolution of the fingerprint scanner yeah for about 400 is this good it's very good it's as good as every smartphone out there yes it's equal to the pixel density well so it's equal to a dedicated fingerprint scanner right yes either way either way but it's even better to integrate with the display can you scan other things only finger can you scan like a business card or something no currently finger finger yeah but for business car or the credit car we have near field NFC sensor can be integrated yeah nice we have some it be curved it is the in cell touch so we previously we need the extra glass sensing glass for the touch function but now we even for automotive we integrate the in cell the touch function into the cell so that the layer stack becomes thinner and also more compatible with the curve looks beautiful yeah this one is a very beautiful is it shipping in the car now yeah we have a project awarded so we will ship early next next year for the ITP I think it's dangerous because it's too beautiful and people will not look at the road maybe do an accident I'm joking but I hope I'm not joking I mean I hope yeah I mean it's it's it's really very beautiful right but in the quality for the autonomous driving you will enjoy the entertainment when you in a and the knits are very high right and that they're called situations quite nice but maybe it's a self-driving car so it doesn't matter yes self-driving cars are exist in Taiwan oh yeah but it's a level one or two but in the coming years that maybe level three or level four yeah that will be more entertaining we have a mini LED also curve with the mini LED with the automotive application this is a cluster with a mini LED so we really apply a mini LED into different applications so that we can drive the supply chain and also to make the performance better 432 zones right yeah for 12.3 inch how do you create the mini LED we are we have a strategic supplier and then we also have our own local dimming algorithm so that we combine the backlight technology sales cell technology and LED supplier so that we make the mini LED how can you make it even better just more zones more zones and more efficient yeah more zone and the better algorithm even to compensate when we do curve there's some uniformity issue so that we can compensate those uniformity issue by local dimming technology I saw some company here to show they showed like 2k and 4k and they do some kind of a nearly pixel dimming for LCD right that's for dual cell we also have a dual cell right showing here oh no not this year previously we have already so if we use old technology already kind of old but yeah still still the performance is impressive yeah all right this one is we called co-form we we formed the 3d cover lens by a metal frame yeah so we could work with our supplier with a flat cover lens adding a metal frame to shape into it in this case a v-shape so that we do a co-form curve also touch yeah can be integrated in touch so you big in the automotive market already big right we are in the central information display we are why number two number two number two and area number one no I know who's that's another company a Korean company Korean company yeah so but the volume of cars the ship with these kinds of displays is is still a small percentage right no no no going to get but in average now every car has a list of one panel but we expected that the very soon it will be 1.6 or two panels per car so the market for the automotive display is is still growing but this is the premium this is the premium but getting more popular yeah in the beginning maybe premium this one is a 12.3 inch automotive display plus a 12.3 inch cluster so this is so called half-forming cover lens so we laminate in our factory and the really challenge is the the whole black uniformity we can do it really good guys and let's go over here what do you show here yeah here is a gaming monitor mini LED for the monitor so it's a there's a 1,152 zones with the mini LED so recently that's a lot well that's a lot so you can see the picture picture quality is really good the dark state and of angle are all perfect image yeah but isn't it isn't it better to do the dual display kind of thing than the mini LED oh yeah it's a pro and cons if you want a really good pixel dimming level you do do so but usually for the monitor especially monitor is a single user scenario so on axis viewing experience usually 1,000 zones is very much enough yeah it's a lot yeah it's a lot because before local dimming was just what what is the standard two years ago it's three years ago it was like yeah 196 zones yeah those kind of level but now we 1,000 yeah big jump right because the process are all different so the blacks are better yes the localized colors are better yes everything right and the pic brightness also better and this one is NTSC high-color gamut over 100% NTSC so you can see also a 4k personal monitor nice yeah we also do the gaming monitor and also the curve monitor nice and this one is for medical for medical usage the high contrast ratio is very very important so that the diagnosis will be accurate enough it's also based on the HVA technology but we optimize the cells so to reach even higher contrast ratio as a 2200 to 1 so now we are also developing the aggressively about the medical market display market so this is very important for us and this one yeah fintech it's NFC embedded show you is that financial technology what is fintech it's it's the like a pipe micro payment it's like I choose the juice and I can use my car with NFC to purchase yeah how's the possible to do that on a screen yeah we have some special design on the panel so that the NFC signal microwave signal can will not be blocked will be transmitted through the panel so that we can do a lot of micro payment those kind of all the displays available yeah still like a fingerprint it's but the subject to the user interface design so if I want to call out I do cola you choose first okay choose yeah and it shows to wear it to pay so yeah so there but it can also be there anywhere yeah by the user interface design well and it's a full NFC reader right yeah yeah no no issue with getting the contact no no how can it go through the display displays a lot of layers right a lot of layers so we need to some special design maybe to avoid to leave us empty area without metal because metal blocks the electromagnetic wave so that we have a empty blank area to let the NFC microwave signal pass through empty blank area yeah it's a it's a metal-free area so that the signal won't be blocked well yeah and here's more fingerprint yeah this fingerprint so that this one is not integrated with with display but with outdoor sensor okay so that you can do more finger print sensing and this one the pixel sensor what does I mean yeah it's just like the same thing you have for the password control or what's different with this yeah you can use it maybe on the on the door or on the on the on the outside applications and the pixel the sensing density is even higher in this case at the 500 ppi oh yeah cool and what more do you have done here yeah we have a very interesting new topics yeah let me introduce my my colleague Segura son to introduce this area so hi so who are you my name is the Segura and what do you show here what is this what is this this is a wire grid polarizer mirror display so there's a mirror oh yes yes a full mirror yes and then what happened because if the we turn off the display we can see the mirror and we turn on we can see the display image but how is it compared to another this different kind of display because if we use the conventional method the panel transmitters becomes much lower than this one because we can get the two times higher transmitters so it's a two times better mirror and two times better display the reflection is same but the transmitters is twice two times higher and to make this panel we apply the nano imprinting technology what is that the kinds of the stamp process and is it using this yes but as you can see what is this this is just eight inch master mode and as you can see our panel size much larger right how do you fit this inside this just so that we develop the new technology without tightening the stitching so that can you find any stitching no actually the there is stitching so there is stitching I should look for it now actually I believe you cannot find will never see it okay so here's a 15 point what is that 15 point 16 inch the wire grid polarizer mirror spec this is this yes and here's some art yes but is this a display yeah of course of course LCD is a real time LCD yes how's the art changing every five seconds is real display so what what what is this art display here LCD this is actually that we control to reduce the reflection from the panel so that's a big deal because you know people have windows open windows the Sun is coming in yes and that ruins the experience when you see all this reflection yes and here this here maybe the not so clear reflection light what how you do this my light is really bright yes here you see my light yes and here is gone what is gone yeah how do you absorb the light so to reduce reflection that we control that we apply the special the process on the surface it's like a black hole no kinds of so maybe quite dangerous is this can be on the TV or currently the TV is too many to reflection yes is this for sale already or not yet it's expensive or not so so the hope that we can start the production immediately it takes away transmissions right is this performance point to actually no difference visibility is the same yes of course it's not losing any transmissions nothing never never never it's just coding or something kind of it's a secret secret because it should be the secret all right cool all right thanks a lot okay thank you thanks thanks so at this show last show last year you were there you were here yeah last year I was here and that you had the micro LED right right what is the latest status with the micro LED you don't show it here why not yeah it's too good now no no we are still improving but we keep working on that okay yeah so currently now we are talking some certain applications to work on with our our customer so we want to make micro ED realistic products so we're definitely working on that but you don't work with OLED OLED actually we have only watch we are number one the true circle and only watch OLED watch yes and you also have flexible OLED displays right yeah other in the market not yet but we are working on that but our OLED watch are still already on the market and also flexible substrate so you do everything LCD OLED micro LED what you don't do we don't do we don't do we don't do many things but we do a lot of display because we are professional display maker all right yeah so thanks for the show thank you and see you next year yeah appreciate it