 Hey Charbax, welcome to the DLP suite and CES 2020. We're really excited for you to be here Let me start out by saying if you're not familiar with DLP and you've gone to a movie theater We create the image that you see on the screen about 8 out of 10 movie theaters use DLP technology And we've taken that technology from chips like this and shrunk it down into chips like this And so we're really excited to share some of these major major developments with you Here's the resolution on the small one like this. This is the world's smallest entity P So this is we're gonna show you the first products that are on this part This particular part can enable products that are are about that small Okay, so this is a full optical engine. It's full projector. It's got the DLP chipset. It also has Elimination and all the optics all in that form factor. So it's LED light source in there Yes, so the projector can be that small. Correct. That's right. And so there's some major things that we want to share with you is 4k proliferation. We're starting to see that into mobile smart TV laser TV applications Then we're going to share with you the world's smallest 1080p device And then we're going to share with you some interactivity the latest in interactivity with DLP And then you're familiar with display on DLP But you may not realize that DLP is actually used in the high-end industrial 3d printers And we're going to show you a 3d printer that now hits under $1,000 First time ever on DLP and then we're going to show you some futuristic things that are happening today in projection Which is using DLP to do scanning for 3d and then using DLP to display on those surfaces So we'll take you through those now This is short throw 4k. Yeah, this is a product from from Heissens. This is a basically a 75 inch Laser TV and then they also have 120 inches. They also have 88 inches showing in their booth This uses DLP 4k plus direct RGB lasers And and you're seeing this out from not just Heissens, but LG X-Jimmy, Xiaomi, BenQ, Optima and companies like AXA and even other companies beyond that But AXA is actually at $8.99. This product right here retails with the screen for $19.99 And Heissens is making a big deal out of having three lasers Correct. What's the advantage of having is like RGB lasers? Yeah, these are RGB lasers and they actually just give you a great color gamut They also give you a great black level and the contrast ratio as you can see in the image quality. It's stunning That in conjunction with DLP allows that image to look like that And when they talk about larger ones is a brighter and brighter Elimination maybe yes, you get to to get to larger screen sizes You can increase the brightness and get to larger screen sizes. That's correct And even with a short throw technology is getting more and more affordable, right? Yeah Well, as I mentioned, this is at $19.99. I think you'll see even more aggressive price points from companies like AXA Which are out at $8.99 today, so so wide variety of choices for everyone All right, and here you're showing lots of pico. Yeah, we're gonna move over to the world's smallest 1080p products and this is Carlos Lopez. He'll take you through that Hey guys, so here we're we're showcasing a variety of really small products using DLP This one is by xjimmy. It's called the mogo pro and it's 1080p resolution It's packed with two three watt hardening Karman Speakers for really great audio and then of course you can see the image here 300 lumens You have automatic keystone correction automatic focus and then of course has built-in Android TV and And the Google Assistant capability probably most of the space here is for the speakers, right? But this is actually using the point to The 1080p projection can get really really small So this is just the start of what you're starting going to start seeing in the market You could potentially see something that's just this big without the speaker. Oh, absolutely even smaller than that and That you see all the 1080p pixels on the screen. That's right. You see all 1920 by 1080 pixels on the screen with DLP And with the great colors and how bright can it get? Well right now this product is at about 300 lumens depending on what type of DLP chips that you use you can go all the way up into even above a thousand lumens using LED Illumination and up here is a different one here This one is also using a very small chip And so if if you want something more affordable than the 1080p you can actually do you can actually There's another option actually the xjimmy even has it's called the mogo and it uses QHD resolution And you can even do HD resolution as well And so now I want to go ahead and hand it off to an example of a product that's using DLP technology combined with Interactivity this is Amber and she will show you that hey, so this is the second-generation product from Hachi It incorporates in ten point touch for interactivity Combined with the Pico projector to get an interactive surface It can be used on the countertop or turned around to project onto the wall and incorporates interactivity it also has new features to enable more AI and So they've developed applications for health and fitness education recipes smart home and that's some of the value and in addition to the voice assistant to add more smart home features and Connectivity to the home and so they have great demonstrations of all these capabilities in their booth. They have a big booth here at CS So this is getting a lot of traction this interactive And that this is also another short throw so the so you can have it down on the table or you can have it up on The wall right Yeah, it gives you a lot of flexibility and a lot of options for where you can put projectors in the home All right. There's even some more examples up here These ones here So this is a another compact 1080p product from mirror. It's a point two three inch 1080p chip used for this product And then we have an extremely compact product from view Sonic That's Doing our using our point two wide BGH. That's that's not a full HD, right? Right. This is using wide BGA resolution And now we're gonna hand it over to our light control team to show you more Thanks, okay So Charback said this is Trevor doubt he's going to take you through 3d scanning and the 3d printer But I mentioned under a thousand dollars for the first time on DLP So DLP is enabling more affordable 3d printing. Yes, exactly So DLP has long been established in the 3d scanning and 3d printing space in the higher end industrial applications And this is the first time that DLP Pico technology is being used to really bring those price points down to affordable levels So this 3d scanner from Bonanno is able to achieve 200 micron level accuracy At a cross point below a thousand dollars at production volumes It might be somewhere around half that price So what is it actually doing and how does it DLP? How is DLP used for that for scanning? So the projector is sending out structured light patterns. Is it this and this or what? Yes Yes, so the projector is here sending out structured light patterns onto the object, which is being captured by two cameras and It's using those two points of reference to create 3d information to generate this point cloud here. Is this showing how it is inside the projector? Or is it the prototype right now or yeah, so this is an evaluation board to show what the inside of the projector is And here I see a chip. It says DLP So some part of the DLP solution is about doing the chips Not just like the mirrors and stuff like that, right? Right. Yes, so we sell a chip set which is the DMD and then also a controller and sometimes a Power management chip as well that calculates very fast what happens with the mirrors and all that stuff, right? So that's that's by the scanner the scanner controls that and and in the final product all of it will be contained within this box Nice, so that would be a very fast scanning. Is it something that can be used in? Like self-driving cars or some fanat or is different market? Yeah, it depends What what your field of view is you can design different systems But the technology is very robust to be used in a variety of applications It's limited in terms of a range, right? You can't get like in the street far away, right? It's more for close by Yeah, the range will be limited by the brightness of the projector So you can design brighter projectors to scan further. So how is DLP used for 3d printing? Is this in here? Yeah, so in stereo lithography or SLA you start with a liquid resin and you use light to cure that resin into a solid object and there's a Wide range of things that you can 3d print including some things that are impossible to manufacture like inter interlocking items like this and Like I said DLP has been used in higher-end industrial 3d printers for a long time But now we're taking that technology down to the consumer grade. This is the first sub $1,000 DLP This is one sub 1000. Yes for the moonlight. Is it crack funding or people can buy it? So This is a prototype. It'll be released in the coming months What's happening there like it looks like some gluish Yes, so it's it's starting with a liquid resin and what you see is is the build stage so objects print upside down and As light exposes it prints layer by layer Pulls it up and puts it back down Until you have the full 3d printed object So DLP is gonna have a huge role in the 3d printing market. Yes, and already has yes We we already have a role in the in the higher end But as 3d printing is growing in the consumer space and the and the prosumer space DLP's role is gonna grow with it. This looks like intricate and it doesn't look like Cheap 3d printing. It looks good. And all this can be done in a thousand. Yes. Yes We're bringing the high resolution the high speed and also the high reliability of DLP technology down to a Consumer-level 3d printer and this is sturdy. It doesn't break up and stuff It's like yes, what people would expect exactly There's a variety of materials that you can print with from flexible materials that can be used in shoes Or other objects to very strong materials All right, it's cool to see DLP in many different things. Yes, all right Trevor may have not pointed out, but this is about Five prints about five to ten times faster than existing technologies in the space right now really so it's it's pretty exciting to see that Quality at that speed with that reliability. How long does it take to print one of these? It's not gonna take like three days. No, no it prints about one centimeter per hour so an object like This would take about three hours Okay, so that's pretty fast for affordable 3d printing Yes, is there any chance that this could do multi-material 3d printing somehow or it's just gonna be one by one at a time Yes, so by changing the resin you can change the material that you're printing with and there's there's a lot of research going into The resin technology on the material side So I think that we'll see a lot of exciting updates there like mixing materials And then having perhaps electronics in that's different. That's a different one. That's an exchange, right? Right now it doesn't it doesn't one at a time. Yes. Yeah, all right. All right so Charback's we're gonna take you over here to To Brett with light form. He's gonna show you some really cool Technology using DLP to scan and then display on surfaces of Brett Hey, so this is light form LF2. So it's a DLP Projectors, so this is the LED projector. It's a smart projector Android processor inside and then on the front here. There's an RGB camera right there Nice and so through the projector in the camera like what we just saw we can do visible structure light So here we've used visible structure light to get color and depth of the scene and then we've used our content creation software So here's the scan So we have those same black and white patterns that we just saw And then once this completes we'll have color and depth data And then here we have that scan and we've used our software to create effects in real-time So these are generative or procedural effects that are using the color and the depth and what that means is as a user You're just dragging these effects onto an object. So you can create this content in about five seconds So we're selling this product into hotels restaurants retail location-based entertainment and events today Is so it's happening. It's not just prototype. This is mass production This ships in about two months and then we have a separate product that has a computer and a camera that you can use on top of other DLP projectors here. You can see it on top of an Acer projector. So this is the computer This is the camera turns any projector into a 3d scanner use our software for AR content playback So right there we see an original all the Romans sculpture It could be and then you make it come alive exactly And so these effects are adapting to the 3d shape in real-time and you can see there's a light source It's moving around the scene. It's doing some some tricky colors You can also use this for practical information like text so you can replace a printed sign or a TV with projected information This is really awesome. It's gonna it's gonna change how retail looks. Yes And also museums could use this we think all spaces and experiences will be impacted by this bringing digital information into physical spaces in a magical way because the way museums like to Be modern and stuff. They want to use a bunch of DLP projectors and they want to make the artworks come alive a little bit Yes, and now it's cost affordable because this unit is a thousand one thousand dollars. Yeah Yep, it's on Pre-order for a thousand dollars right now and then the compute solution to use with any projector That's 800 right now And this just started shipping does it have exactly the same computer in there or is this no it's different This is a amlogic processor and then this is a Intel seller on Does that mean you can do more with Intel or you can do the same? It is more powerful with the dedicated computer because obviously it's larger And it's a bit more expensive whereas the the thousand dollar all-in-one is more cost-effective what I wonder is the way I usually think of DLP projectors that it projects the whole area But it looks like it's only projecting on the t-shirt and there's nothing projected outside of it Exactly. So this is just the black level that you're seeing here. So it's just black level about that large image And we use our tool to quickly select the shirt from the background Using the depth data to only put the content on the shirt. The black level is really good on a on a DLP projector, right? Is that because that's why basically you don't see it. Yep It's basically imperceptible in this lighting and it doesn't like Brighten up dark areas that shouldn't be bright enough. Yep. All right That's awesome. So is it crowdfunding or not? Where do people pre-order them on lightform.com? So you can order directly from there Cool, great. Thanks a lot. Thanks All right charback. So thanks again for coming. We really appreciate it You've seen a wide variety of applications 3d scan You've seen displays in 3d print all on dlp And if you go out to the show floor, you're going to see applications like pinball. You're going to see appliances You're going to see smart displays mobile displays So we're really excited about all of that excited to have you here If you're looking for more information on dlp, it's ti.com slash dlp You can get a whole a wide variety of information there and we look forward to seeing you again at ces 2021