 So we're here at the TI and who are you? I'm Frank Moisier. So what do you do? I manage the DLP Pico for Texas Instruments. So here you have a really small projector right here? Yeah, this is the world's smallest DLP Pico projector and actually this is getting video and power across USB. So you're looking at about a lot of power here that's getting you about 20 lumens of brightness and the application is really dual screen application. So this is connected into this Microsoft Surface product and we're seeing a video here but you can actually do work on the Surface computer while you're watching a video. So you can have multiple screens, pretty cool product and really the smallest DLP that we've seen out in the marketplace. So how small is your module? Our module is really about this size right here and then the imaging chip is really that small. So can we see the module again? Sure. So this is actually even the higher spec this one, right? Yeah, this is not necessarily the module that goes in there but this is a typical size of a module that would go inside of an embedded type product or inside of a very small standalone product like the one we're sharing with you. So what are we looking at here in the module? You're looking at the illumination and you're looking at the illumination which is LEDs in this case. DLP will work with lasers, it'll work with LEDs but you're seeing illumination here with LEDs, you're seeing the DLP chip set, you're seeing the optics right here and then you've got a little bit of the electronics on the back here. So but this is essentially a projector here in the finger test. So this is so small. These people, makers should be able to integrate this in phones. Yes, well we've seen it in phones already. It's been in several Samsung phones already and we think we'll see more phones over time. And tablets. And tablets. That's correct. That's correct. So that takes us to here. We have, this is a Lenovo Yoga 2 13 inch tablet right here. This has got projection capability that's within the spine and this is up at 40 lumens or so of brightness and this is a fully integrated unit and it's based on our new TRP pixel technology. So it gives you the highest efficiency at a great resolution. What is TRP pixel technology? It's basically Tilt and Roll Pixel technology. We announced it about a year or two ago and it's now going into all of our new chips and it basically allows us to actually tilt the pixel at a higher tilt angle, which allows us for more light capture, higher efficiency chipsets. And it also shrinks the pixel size down to about one-twentieth of a human hair. That allows us to pack more pixels into a given space so it allows us to go to higher resolution in smaller spaces at the highest efficiency levels with the highest brightness levels. So what are you showing right here? This is a product from Philips. It's called the Screnio. This is full set-out box integration, full streaming capabilities. It's got 3.1 sound built in and this is also using ultra short-film technology but essentially it's a screenless TV so we can get images here to at least 100 inches from this very small box. Very near, you just put it near the wall. Yeah, and so you can see right now if I position this depending upon my ambient light condition if I'm in a brighter room I may want to get to a brighter image so I can reduce the size of the image or I can pull the image back and get to a bigger image. So the idea here is this is a lens that does this, right? It's a nice, wide lens. Well, it's DLP technology in conjunction with great optics that Philips has accomplished in this product. And some of the value of this product is that you don't have to hang a screen, you don't have to hang a flat panel, you don't have to connect up the flat panel. So you can get everything right here in this box, you just plug it in and you can get data and content to it wirelessly. So it's a really great solution for a big picture application. It can go into entertainment, it can go into education, it can go into enterprise. So lots of different applications for that product. And then here, let me tell you about this product. This is an HD product from Brookstone. This is the smallest HD product that has hit the market. This is about 200 lumens of brightness. It's based upon our .3 720p chipset. And you can see it's a very sleek design and you can see the image quality, how awesome that is, great contrast ratio, great color quality, and then also great efficiency. So this is packing 200 lumens. Nothing like this has ever been accomplished before. So this is a real milestone for the industry. How did they manage to do this? Based upon our .3 720p technology. So it's really this chip right here. Again, based upon this pixel size and the tilt angle here, we're able to capture more light energy than ever before. And then this has got some great processing power in it. It's got something called Intellibrite. And Intellibrite actually looks at scene by scene data to optimize the illumination. It also uses ambient light sensing to optimize the picture. So you're seeing electronic improvements. You're seeing image improvements that are behind creating this groundbreaking product. Does TI DLP make the best contrast, the best colors in the whole market? DLP is known for being in 90% of the cinemas in the world that require great colors and great contrast ratio. That same technology, that same core technology, is what we're bringing here into the pico space. And so we're taking that technology, which has great image quality. It has great contrast ratio, great colors into all of these small form factors, these tiny form factors that you're seeing. So consumers should be assured that they're seeing some of the best images in the world. So you have 90% market share of cinema in the world? Digital cinema? In the cinema market, about 9 out of every 10 cinemas use DLP cinema technology. And you also the leader and consumer projectors? We play in the consumer market and we're one of the leaders in that market as well. Alright, let's see some more examples. This is, when we look at this product right here, this is from South Korea Telecom. It's, or SKT, is the way they abbreviate it. What's very novel about this product is it also uses our new TRP technology, 854 by 480. This gets to really nice brightness levels. Some novelties, this is the first product that actually pico projector that's using magnetic charging. So you actually can run this. This has a battery in it. And so you can see it just, you can just pop it there and it pops into place. And it fully charges like this? That's correct. The other novelty about this product is that it has mirror cast capabilities, wireless mirror cast capabilities. So it's getting the content through this tablet right now. And so you can stream content to it. And the battery life is at least 2 hours on this product. It's really nice design and compact. So this one and that one, they're both battery also. Yeah, these are both battery operated products in fact. How long does the battery last on this? This should be at least 2 hours of battery life on this. It's awesome, it's so compact. Yeah, so you should be able to watch a full length movie on this. People are buying it for enterprise applications where they need to make presentations in a corporate environment. Students are buying it for study groups and sharing. And then you're seeing it go into entertainment avenues as well and then gaming. I'd like to have this with me everywhere. And I have a cinema in any hotel room I go to. Yeah, pretty much. It's amazing. Yeah, it is amazing. And let's go around here. Right here, this is a product that's doing very, very well in China. This is by a company called Jimmy. It's not Xiaomi. No, this is Jimmy. Jimmy. It's XGIMI. And this is a product that, as I mentioned, that is doing very well in China in the screenless TV market. This has full tuner capability. And then if we can get this, we can kind of show you all the available content that comes from here. Now this has all kinds of connectors in the back. Yes, it has all sorts of connection capabilities. And it's a smart projector. It has Android built-in. This has Android built-in. It's running 1280 by 800, so it's HD. And then what you're going to see here is these are all of the channel opportunities that people have available to them. So this is just, when this comes up here, all of the different capabilities of different content that you can get online immediately. So you can just get the box and that's it. Connect directly to the internet. And you have a ton of content. Right, so, particularly for people who are living in a mobile environment, they want to move from place to place. They don't have to pack up a TV that they have to mount. They can go ahead and just take this box anywhere. And then it wirelessly connects to the internet. To all degree of demand. And so that's correct. In theory it could be Netflix and YouTube and all the Chinese ones that do that. That's correct. And he's trying to get that up for you right now. Google Play and Movies is there. You can go back to the... Hulu, Google Plus. You can go over to the online. Okay, so this is what we were trying to show you. If you go back once. So this is all the content that's available. These are all the stations, if you will, that you can get access to in China. So this is a really novel approach. It's not dissimilar to what you can do with Chromecast or Broku in conjunction with these devices as well. So there's a potential that you might own the market of huge entertainment. Either there's a backlit TV market or there's a projector. We're just excited to bring these products to market and so we think there's large opportunities for where these products can go and so that makes it really exciting for us. How's the black levels? Let's go to that one over there. Yeah, this is... This one? Yeah. This is a product from Huluject. This is about 400 lumens of brightness. It has all sorts of capabilities. It's very similar to the product that you just saw. It's also smart. This is also a smart projector as well. It has the capability. So it's got a very novel system to actually focus here. You use this controller to do that. Right. Here it is. And then you also use this to control volume as well. And this has... It's a great shelf for when you go there. Nice. That's really cool. And then also this microphone can be a karaoke. So basically, this is a controller and you can do karaoke on it as well. That's cool. So lots of flexibility. ZTE. This is a new product from ZTE. It's basically a hotspot so eight people can connect up to it. This has a novel screen built in right here and so you can basically... As a control panel you can use this LCD control panel which is really a nice feature on the product. This is the S Pro 2. That's correct. And selling in the US. This has just been announced here at the show so it hasn't even started to hit the retail channels yet but I would expect that that would happen here in the first half of 2015. This is a really crazy gadget. There's like tons of things going on here. It is. It's packed with great capabilities. So for example, it will do keystone correction and auto-focus. So you're seeing both those functions happen here. So as I tilt this down, you can still see it's maintained image integrity of the rectangular 16x9 image and then it's also auto-focussed it at the same time. So there's a little camera in there. Yes, it's got camera capabilities to help with the auto-focus. And the camera is smart in a way that it can focus automatically. Yes, it directs that information to the optical engine which then puts it into proper focus. Because DLP needs focusing. There's no way to do an infinite focus system. There's different techniques that are possible with DLP whether you're using lasers or whether you're using LEDs. With LEDs, this is a way of doing auto-focus. When you use LED DLP, you need focusing but there's a way to do auto-focus with a camera. But there's also different designs in the optical engines where optical designers can create very wide depth of field so that it stays in focus of a very wide range. So it just depends upon the application of what is being targeted and what the designers are trying to accomplish. This is certainly a way... This is the second product they release. So that means the first one has already been a success and a bunch of people want to upgrade and that's why they release it. The first one right now is in Sprint stores. You can go buy it. We'll see where this one goes. We'll have to talk to ZTE to find out where they're going to be shipping this product. We're really excited. Image quality is fantastic. I don't know if you're capturing... You can see it here but the black levels are great. Contrast ratio is great. Image is stunning. So we see with HKTE and with the ZTE, this is a telecom market. So it's through the telecom industry that DLP projectors can get distributed. We are seeing these products because they get big picture experience from such a small device. We've seen a lot of interest from the carriers throughout the world in terms of capitalizing on that capability in conjunction with mobile devices. All right. Okay. So there we are doing Miracast again. Yeah, this is Miracast to this model from ATHTEC. This is a 100 lumen plus model and it has Miracast capability so it's getting content here from this tablet. All right. And then moving on over here. ATHEC has been pretty successful with their projectors. Yep, they have a very strong presence in the European market. One of the leaders in Pico, no? They sell tons. They're a great customer and we love ATHEC. So if you look at here, this is a product from LG. This is based upon our new .3720P. This also has TV capability right here so you can get TV on demand through this. It's got a TV tuner built in. That's crazy. This size you have a TV tuner built in? This is at 300 lumens and you can kind of see the image quality, how clear it is. And also you can see the color quality, contrast ratio. You can just see how nice that is. So when you talk about 300 lumen, TI, DLP, LED, it seems brighter than competing technologies when you talk lumen amounts, right? Yeah, we're able to get to really nice brightness levels because of the architecture of DLP. The way it works with LEDs allows it to get to really fantastic efficiency levels and that's really one of the reasons why people use it in their products and we're really excited about the capability. The way it looks, is it kind of like 50% or double the 300 lumen TI, DLP, LED? It might be similar kind of feeling as a 600 in another technology. There's no question that the saturated color nature of the LEDs allows the perceived brightness to be higher than what we typically look at because the colors are so saturated. So that makes it perceived to be much higher brightness levels, that's true. And how does it compare to the backlit technologies, the LCDs? How are your black levels and the colors? Well, you can see that for yourself. The black levels are very, very strong. The contrast ratios are very strong and we think that's just going to get better over time. We see contrast improvements happening at the panel level, at the optical engine level but also as a function of some of the electronics and processing, image processing that's now going on in some of these products. And this is kind of like the way it was intended to be seen, like a cinema. The filmmakers designed their movies for that, kind of, right? Depending upon where the optical engine manufacturers want to optimize the color gamut, they can target various color gamuts whether it's more of a Hollywood color gamut or more saturated, that's really up to the manufacturer where they want to position that. So let's see some of the other crazy things you have over here. Yeah, there's some really cool stuff over here. What's going on here? Okay, this is a product from Perch. This is, you're seeing this projection coming out at the top of this box right here but really the projector is really only this size, that small, just the palm of my hands creating this image that you're seeing right here. If you look at it, they're also using camera technology purchase to be able to do some of the interactivity that we're going to demonstrate for you. So when we look at this, you can kind of see that this is just a regular surface, there's nothing special about it and we're able to do touch activity this way. And then we can move this off and it can provide information about the product. We can get even deeper information about the product, put it back. So there's a couple of things that are happening here. One is that the projection is serving as illumination for this, it's also capable of providing all the informational content and also in the future you can imagine that the projection can actually put images on these products itself. That's not there today but that's something that's certainly possible. So this kind of interaction with projectors is absolutely awesome. This is kind of like just starting still, right? Yeah, the coolest thing about it is that it makes any surface a display. And a touch display. And a touch display, and an interactivity display. You're right. So we're really excited about that and it's really possible now, especially because of all the technology developments that are happening at the chipset level but also from our partners. We have some great optical engine guys like the best in the industry that are working on DLP and so we could expect really great things to continue to happen in the future. So hardware makers from all over the world should contact you and you can connect them with the technology companies that are able to design these kinds of solutions for table touch. Absolutely. We've got optical engine guys and people can go out to ti.com and go look at all the stuff under our video and data display. We have data sheets out there. We have EVMs that people can go by today where the developers can start to experiment with the technology. And then we've got lists of different optical engine companies that they can go to and they can go even procure those optical engines through our website. So a lot of activity. We're making it very easy for developers to get started with the technology. I think TI DLP is totally awesome for entertainment but I think the Pico projector on the table is even going to be bigger. It's going to be bigger. The interactive is awesome. This kind of stuff. And now I want to have a smartphone or a tablet make a huge table touch. The possibilities are really pretty cool. And here's an example. This is a great new product from HP. This is called the HP Sprout. This really is a full desktop PC but it also combines virtual world and physical world at the speed of thought. So let me take you through a demonstration here. We're going to just simply create a postcard. So we go in here. We select, we're going to pick New York which is my favorite city. So we bring that down here. And then we're going to say, okay, yeah, that's the image we want. And now we go over to the camera and we're going to want to put some things in here. Let's put a butterfly. Let's put this orange and this star in here. And now we're going to just go ahead and take a picture of these. Now we're just taking a 2D picture. This has cameras in it that allow for 3D capture. And HP will actually be working on that capability in a more extensive way moving forward. So it can actually take a 3D capture. Right now you're capturing in 2D and then what are you going to do with it? Now we've got images here that are now, yeah. So now we can move those images around in this document. So you took away the orange but it's still there. That's it. That's exactly right. And so we're going to actually put it in the skyline of New York City and put a star up there and we're going to say You can make the butterfly bigger? That's right. And we're going to say and we're going to now put a message in here and we can do this message we can actually do this message here with your finger you can write with your finger so we're going to say welcome here and then we're going to take or we can use a stylus pen. A stylus somewhere. You can just use anything, right? I know there's a stylus. But we'll write it right now, we'll write it with our hands. So we'll say welcome charbacks right? We'll say welcome charbacks to DLP and then we'll say that looks good. Maybe it could look a little better if you had more artistic capability but we'll leave that right now. Now we're going to go say we want to add a picture of you and so here you are and there you are in the document. We may put you right up here in this corner. You can make me bigger? Yes, you can make you bigger, you can make it smaller. So it's fully interactive. The touch surface here is really, really nice. It allows you to really get very high precision interaction. So we'll say okay we're going to save that and now we're going to put some other images in here. We want an apple because it's the big apple and pizza isn't like New York pizza. So we're going to put this over here. We're going to put the apple right there and then we're going to say okay that's done, it's finished right here and now it will load up on the screen and that's our creation postcard. This is like a all in one Windows PC with the second display that's touch DLP. That's one way to describe it. And it's real, it's not just a prototype or something. That just started shipping into the marketplace. We expect really great things to happen on this product but then also in the future with this technology. HB is doing an awesome job with it. So this is really awesome. You don't even need to be in a really dark room but if you are it's even more immersive like computing. This is the brightness and the brightness of the projected image here is such that you can really operate it in any indoor environment. Because it's not too far the distance so you don't need to have thousands of lumens for it to be awesome. Any indoor environment would work great. Final thing is on this ASUS product. It's a P3B it's the latest product, it's battery operated it's HD this is at 700 lumens and it's got the ability to be on battery for a couple of hours or to be plugged in as well. It also has auto keystone correction really a great product. Speakers? Yes it's got speaker capability as well. So it's kind of like a Bluetooth speaker quality and then you have a home theater without needing to bring huge speakers to any. You could also add in satellite speakers if you'd like but it's got audio built in. So this is beautiful. The 800p the 1280x800 LED DLP is really popular it's a great product. It is a great product. And it lasts for 30,000 hours right without having to change the bulb. LEDs have a long life time you'd have to go to the LED manufacturer but it is a very high long lifetime so really for the life of the product there's no changing any bulbs or anything like that. You can for sure use it for 10 years. It's all solid state illumination. Everything we've shared with you today and then what you're not seeing here is avagants got some virtual reality glasses that are happening in the Sands Convention Center and then we've also got Viewsix is also showing DLP based glasses in their booth as well so you can check them out. I did a video with them. It projects into a prism in front of you. Yeah it's very very cool. So you're in the future of Google Glass. You're in the future of virtual reality and virtual reality. Both are showing here. You're going to see more of that over time in 2015, 2016. And that's what we have for you. How about 1080p and 4K? 1080p we announced samples in December that were the smallest DLP 1080p that's ever been built and that's also on our new TRP high degree tilt technology. So we announced. And so that is now that is in samples. LG is actually showing one of the first products in their booth. They're going to be shipping that to actually it's going to be in Best Buy in March. In March? How big is it? It's a little bit bigger than because you need a bigger light engine. It's a little bigger than this and that's partially because they went for a higher brightness product. You could make it that small? 1080p? You can get 1080p into these form factors. We will see that in the future. And this is an example of the new 1080p chip right there. Let me see. So there's a 1080p chip that means it's bigger than a 720p chip? It is a bit bigger than a 720p. You can see kind of see the difference there in terms of size. But you will be able to enable these kind of form factor products even smaller than the one that we're showing right here with this device. We're seeing 1080p, we're seeing customers take this into these products as everything from near-eye display, low brightness applications all the way up to very high brightness applications. I don't want to ask into something that's not announced but I guess 4K would be even bigger like this. It would need to be bigger. We'll have to keep a little suspense on that one. We have a couple of ideas. And working on all kinds of color improvement technologies and stuff like that all the time. We're always working on continuous improvement to the performance of our products. But we're very, very excited about these products right now. Thanks to you, millions of people have a cinema at home. Let's hope that continues to become a bigger number.