 and we hear the SID display week 2019 hi so who are you hi hi buddy hi buddy I am Steven welcome to our CSOT booth and let me have you some brief introduction to our products so this one is our first 31 inch 4k IJP OLED so this is a printed ultra HD yes we we use the Android printing machine to put our materials on our array so this is a very high PPI you call it the IGP OLED this is the highest in the world nobody can do as with it I think some companies still also develop this product IJP technology we still also work on that so is there any defect or any dead pixels or anything it's hard to see it's just some some defect wine somewhere but it's just because it's a prototype right a little line here another line there but maybe it's on purpose because you kind of like putting them together or something you would printing stripes or some kind of way how does it work how to make this printed big printer yeah you could be printed to draw materials on the paper and is it is the idea of with printed OLED that maybe the price will go down yeah maybe will be more affordable right cool and what are looking at here world's first 3d transparent OLED basically the only is a transparent and the transparency is around 40% and we put a perilous barrier thing on the top so you can see a 3d performance here so there's a parallax barrier so you can see a 3d transparency this is 31 inch 3d transparent AMOLED and this is another transparent this is also transparent technology we use 28 inch open cell to make high transparency liquid crystal display get a long 35 percentage transparency and you can see through the third inside the box nice and here's a world's first real-time rendering 22 light field display you do a lot of world's first is world's first world's first how's that what you do yeah yeah but so this is a light field yeah this is a kind of 3d display technology how does that work what about work you just stay back a little bit of it and you can see the 3d image here whoa yeah you see the 3d from a little further away yeah a little further away no you won't feel the eyes well to say how to make a parallax barrier parallax barrier so no it's not a barrier we use the two panel we use top multi-layer panel and give a different image in the front panel and the back panel how many just two to two light field for only two places just for two eyes no no no one picture images but we separate the information deeps information into front panel and the background bay panel and the your eyes will mix the image to make a beautiful 3d flower yeah yeah so here we have a 6.6 pe OLED what is special about this this is P is a new color conversion material here the advantage of this materials can get narrow at least always have major so you can get a more wider color gamma here we use this new material to try to put on our play or a bad plan so we can get a more high color gamma here hi color gamut with P OLED yeah and here is a QD OLED this quantum dot yes the concept is also the same we use the blue allig as our bad plan and we we put our content dot materials in our upper glass and the compiler coffee at her and you can see the full color image here it is a kind of a different color display technology so the quantum dot is making the OLED even better yeah colors even better yeah color better and view angle is better is it quantum dot on glass oh no we also use the IJP machine to drop the content of material our black bank so you have QD on glass there yes to get it with the OLED and it's just amazing colors and combined with blue all day can you make this in a big one only small for now only small for now why not the big TV already because right now they say 16 16 point 16 inch is doing it manually in our lab we need more manually to make bigger manually and here we have a flexible mini LED 320 by 160 so what is this this is a mini LED display but the feature is another we use the current SPI so it's a transparent and the first ball on the flexible you have a mini LED system here it's not micro LED it's not my great how's the comparison is not as big it's big it's big trip I'll decide the wrong 100 to 200 you have some micro LED a 3.3 inch micro LED with the XO yes the XO is a driving technology right now in our company we use actually how to drive with a micro LED this is a 3.3 micro LED display and the transparency is around 45% it's also transparent why the demo is turning on and off the camera gets confused a little bit that's okay so you do mass transfer is difficult yeah it's very difficult we we have some vendor we also to our other company co-worker company to do that mass transfer and that's that's a lot of micro LED in the future it should be should be for this panel we need to sense our co-worker come on in play nitride yeah nice so did you say play nitride yeah we come up in cooperation with play nitride to do the transfer yeah yeah all right and is this is this the best micro LED in the SID display week or no maybe it's not best but in the future we hope we can make the best can you make a big 4k micro LED TV why now we still have not a problem and not but we will work on that so you're working hard yeah working hard what is this is a flexible LCD yeah what is special about this one it's flexible the first place it is he very hard to make it work because we need to use two carless PI on the car theater side and the TFT side and combine it together so you you also need to make sure the carless otherwise you will get more yellow yellowish so and it's very hard to make it bigger so 14 inch is the largest do you work together with flex enable or no no you make it by yourself yeah we buy the material and then we tune in the process and finally we get it do you think it's the best flexible LCD in the world maybe not I'm not sure I cannot guarantee that maybe it's pretty good but it's not flexible dynamically no it's a formed it's fine it's face curve nice all right yeah let's go around here so here you have also another world's first this is a 65 inch Q cell yes which is the world's first QT display with high efficiency QT polarizer yeah I'm like a normal QT thing displayed we combine the QT thing and the polarizer two in one and we also can get a wider finally three angle so the top one is yours and this is conventional or what this is conventional and the upsides so it's very wide viewing angle yes you put it on the polarizer it's one of the layers yeah combine the polarizer is one of the last layers or you know it's a button polarizer close to the bed line the one close to the backlight is the full of quantum dots with common that we put on the in our polarizer do you say what quantum dot or is it you don't say which quantum dot how you do we see common that you don't say if it's which company or is an analysis or you don't say I need to say but so so is this coming on the market or is going to change the TV market when this comes out we have planned to put it in the market but maybe it's not this year but we will try to make it come true nice and if you go around here this is 5000 zones with local dimming is it mini LED yeah unlike a normal local dimming in Baylight we use the 5,000 long to come 80 matrix meaning everything so the bed I can also display some some image so when the image come in the bed I will also get a great level image nice like this you can see the bed I will also get a maybe lovely speed image and combine our original display image what is blue black blue very light very light unit yes all right so it's not pixel dimming but it's very high local dimming yes is this coming to market we also plan to put it in the market soon soon to have very good contrast LCD TVs all right let's go on the back here you have some curved I saw right advanced image so you do a lot of curved TV is it yeah this is a good TV but this technology just want to show the image country enhancement so we use a login to get a better contrast enhancement so you can see the right side and the left side they are different countries is on a chipset you do this no use a logarithm you do use a what a logarithm algorithm algorithm so it's a smart algorithm to enhance the image yes so it's running somewhere and then this is also TV scene to take a picture environment so you can see when we put a picture so the logarithm will dictate the what is there a lake or ocean picture and we do the better color performance so it's AI upscaling and picture enhancement yes and so you do a lot of work on the chipset you do TV CPU maybe no no to optimize oh it's not in the CPU no no it's just a some system in there and this is another AI technology we can it's upscaling right yeah our source our image source is original maybe it's low and it's just HD and up to 4k yes with something that yeah cool all right but this is all the big TV that you have so far and you also have some a lot of things for mobile right yes we will later not guide to introduce it our mobile technology right you can introduce hi hi guys I'm like so I mean I'm back hi guys let me introduce the mobile phone and this is very hot and awesome for the ball screen and this one is in time many enough in a banding you can see 7.2 inch yes I'm a lead 2048 by 1536 is this is this soon in the market or is already in market or how soon is available with we are planning planning mass production in at the end of this year this year yeah so this year will come and maybe real phone will have it will be thin like this and maybe it will look something like this yes right here this is potentially hard looks it's a big challenge to make a nice hinge design you know so you just make display but the partner will make the whole design yes how to put it in the hinge the hinge it's difficult to do right yes has to be nicely done and then the cool design for that yeah so but you don't have yet one you can show it in the hand right let's go around here so right here this is the screen that is very high resolution 5k 3k 5k by 3k in a 15.6 inch yes so we're talking with 51 20 by 2880 this is for laptop this is for notebook yes so you can see more detail on video and we do the slim border design you see the border is very thin no bezel nearly no tiny bezel almost no bezel how soon in the market also maybe I think yeah this year and and here's the automotive so do you have a big share in a car market this screen we combine the touch function into the display screen so it's in-cell touch yeah this is in-cell touch so the screen will be more light and seen yes and what is this oh can I buy this one I want this with no oh no there's a hole but this is a bezel less yes with a little little hole here yeah this is backlight engine right here yes you can see how many zones you have here 400 zones it looks cool boom okay so there's already a phone on the market this one yeah so but this is a AMOLED no LCD LCD so it's a it's not for the most expensive right it's a little more affordable affordable yeah a little cheaper yes nice and over here you have a couple more things here is another PC monitor mini LED yeah this is so the country's ratio is very high about 100,000 100,000 yeah it's automotive screen narrow borders yeah with NATO border so at CSOT you you ship in many millions of displays it's big big big production yes from big yes from big and the median and the smaller