 So we're here at the Qualcomm booth and who are you? Hi, I'm Mark Shed director of marketing for snapdragon I'm basically introducing the snapdragon 820 At the show we actually introduced this on Monday. It's the first Custom core that we've introduced in the 800 tier Recently and that's introducing our cryo CPU which is a 64-bit Custom design. It's basically part of our heterogeneous computing story and that's part of our new 800 tier So this is Building on to on top of what you were doing with crate before but now 64-bit. It's the next generation custom CPU and yes, it's going to be replacing crate and that's going to be also going to be optimized for the new Xeroth platform, which is actually our platform that's designed for Cognitive computing which is going to be really tapping into our new CPU GPU and DSP customized design cognitive computing so You doing heterogeneous and you are kind of you were doing a bunch of the heterogeneous before already with the crate right And now you're doing like the next level of that We've been doing heterogeneous computing for for quite a while but now we're basically upping the computing power and increasing the integrated level of the CPU GPU and DSP and the cognitive capability is going to be allowing the the phone actually to be doing a lot of the thinking for you for applications like camera connectivity and Speech and audio you're going to be able to see the phone starting to do some application capabilities that will take a lot of the simple tasks like setting up camera settings connecting to the Wi-Fi or the for the Network for you instead of having to do those tasks on your own. This is sounds pretty awesome. It's like the Kind of like AI stuff. It's the next Smart the smart smartphone. Yeah, it is but what's different on our stuff is that it's all done on device It doesn't have to rely on the cloud to do it because we've now got the computing power on the actual smartphone itself So did you say how soon? That's going to be in the second half of the year We're going to be sampling the devices so we should be seeing devices either at the end of the year or early next Did you announce a bond of cores or did you say which GPU name goes with that or no? We haven't announced any other details on that device. So right here behind you. You have some awesome demos This is 810, right? Yeah, these are all 810 based. This is using our Mobile development platform and that's basically showing 4k in action. These people are actually using This is live what sorry live painting In 4k in 4k On here, we're actually using h265. So this is a h e v c yeah high efficiency In coding for video so it's like way half the bit rate Basically twice the Quality twice the twice the quality at half the bit rate well Our secure content storage Association development basically shows the ability that we can download secure content on to these platforms And in 4k so this basically is the ability to Deploy really high quality content on tablets and smartphones This basically is a streaming Content, so we're streaming 4k content down to your mobile devices over LTE So this is really interesting because you're using a hundred and fifty megabit per second LTE Action actually stream But you just you compress it also h265 says it's compressed you you just need 15 megabit of stable connection That's right. We have 4k. That's right. It's really amazing. Let's go around here So over here. We've got a lot of our graphics and capability with the Adreno 430 that's in the snapdragon 810. We've got customized games We've got the ability to do a tremendous amount of Customized shading your meal person. No, this is basically a graphics figure that we've customized to show toning and Yeah, Mark. Can you yeah show us how to do a little bit of editing here? So this shows the ability to do customized Graphic toning and shading which is something that the 810 is really good at because it's got the Adreno 430 Right. Oh, this is this action-packed game. We're looking at yeah combat 5 from game loft. What is this? This is a modern combat 5. It's a new title from game loft Is that the highest and Android game in the world or something like that? It's pretty good. It's pretty good There's a lot of graphic features the environments have done very well and the combat action as well is nicely done the interface is Is this is this as good as a PlayStation 3 gaming? Why are we looking at you? I'm not on camera here for a PlayStation 2 question. I don't want to address that but we're getting at We're getting very close to console quality. We're getting very close to this is It can also already do it But pretty soon people could you could say it's kind of like replacing the home console market, right? What's what's amazing is, you know, we're combining high quality gaming and 4k screens This this tablet actually has a 4k screen on it and we when you combine the two you're getting Amazing quality graphics and capabilities to take Portably so this is this is really getting to the point where you can take your PlayStation with you. Yeah, cool You can just shoot people Okay, cool, and Let's go around so you have a bunch of stuff at the booth and So over here we're showing a lot of our latest for for for LTE and Wireless what we're really concentrating on is our latest capabilities. We've done a lot of things in LTE we've advanced LTE from cat 4 to cat 6 to cat 9 and now cat 11 We've even demonstrated up to 600 megabits per second download. This is actually Cat 11 sounds crazy So so here we talking cat cat 9. Yeah Cat 9 is a 450 megabytes per second Tell us a little bit about some of the cat 9 capabilities that they were able to show so we're currently Aggregating three careers. This is a commercial in KT network We're aggregating three carriers from band 1 3 8 We're also in this 810 Snapdragon processor. We're able to Offer carriers and vendors 180 band combinations and that will help them in their fragmented spectrum So they can aggregate successfully their fragmented spectrum. We can reach throughputs. I can start the throughput for For a maximum so is this a real demo? This is a real demo with the rickston e-notes bees and going through what so the phone going through the phone We're this phone here. Yeah This is the phone. It's going this one. Yes. This is the one streaming 4k video. Yeah, I'm only 450 megabits per second for 450 megabits per second 60 of them is just the 4k video. Does that mean cat 9 is on the market? Yes, I mean your your 810 is cat 9. Yes, this is a commercial device in KT network the flex 2. Yeah G flex 2 and So now we just need a carrier, right? Yes. I mean Katie is also sporty Katie is Korea Yeah, Korea Telecom pretty awesome Yeah, but it doesn't go all the way to to 600 does it no not not yet not yet We'll see that fairly soon. Yeah 600 the the next step cat 11. Did you guys get to tell us a little bit about what's going on? This is a three-carrier aggregation with 20 megahertz each cell So basically that gives you an aggregated bandwidth of 60 megahertz What we are using here is instead of 64 qualms, which is used on cat 9. We are using 256 qualms Which directly gives you 33 question gain and throughput from 450 mbps We are able to get to 600 mbps We see small cells as a Use case where this can be leveraged at the growing interest in small cells This technology can be paired with it to really make an impact What is this is a working prototype that this is a working prototype that we have this is a phone It's a proof. It's basically a doesn't have a display. No, it's it's not a it's not a commercial phone it is basically a prototype device and It is working with the Ericsson network, which is actually supporting the 256 point three cells, which is getting you to about 587 mbps close to the cat 11 600 mbps 600 megabits. Yes, so to achieve this you have to combine cells. Yes, yeah Three is one way of doing it with three carriers being aggregated and it's different from cat 9 that they also combine cells Combine three cells the also with 20 megahertz each cell. Yeah, the difference here is the 256-quam modulation Which is getting you the 333% extra bump in the throughput So this kind of bandwidth will be possible only when there is small cells or not necessarily only when there's small cells Small cells is the probably the first use user scenario that we see this applicable to But there is no reason it cannot be used in macro cells So that's pretty awesome. That's cool doesn't work on the Google project balloon. I'm joking Cool, okay. Thanks. So that's that's pretty cool. And you're showing a LTE. You're showing Graphics. There's a lot going on in Wi-Fi as well. I don't know if you've heard of a multi-user MIMO as well A lot of Wi-Fi networks are actually Expanding there quite rapidly as well both in terms of speed and in terms of reliability So multi-user MIMO is kind of the next step That's basically what we're doing multi gigabit type of Wi-Fi so multi gigabit Wi-Fi. This is real Wi-Fi spectrum Yeah, yeah, so this is basically taking the existing, you know spectrum and taking 60 gigahertz and using it to basically go up to 600 megabits per second speeds. So this is a really exciting next generation Wi-Fi Cool, what does this model said good news and slow over crowded public Wi-Fi? Yeah, it's still AC. This is AC. This is basically where we introduce multi-user MIMO So we use multi-channel to get rid of the interference And then AD comes in at 60 megahertz and actually Introduces new spectrum to actually do give AD. So that's where you get a higher speed 60 gigahertz It's not the normal Wi-Fi, right? That's the new spectrum. See this unlicensed open spectrum over there Correct, and you also use that together with the Wi-Fi spectrum Yeah, so you basically start to start to increment the speeds and to increment the availability What about the the range of 60 gigahertz? It's pretty good also or need to be closer maybe Is it smaller cells smaller or maybe not? And you're showing some demos in the back of reference AC and the AD over there Cool It's cool and small sales technology LTE direct and if you go just around around here Actually is over here with in the home There's a tremendous amount of innovation coming in the home This is where the old journal line gets them a lot of work Everything from refrigerators to light bulbs. This is where a lot of the action is happening. So Basically, if you look at some of the things that you can do in the home It's pretty exciting. So if you open up the refrigerator, for example You can actually connect it your light bulb knows that you've actually been in the refrigerator And That actually shows that you've been somewhere the refrigerator another room You can control all the lighting in your house and all of the devices You don't have to go back to a hub all of the devices are just aware of each other So this is an exciting next step for home automation. So Qualcomm is totally into the Internet of Things and have solution right there. Yeah in the light bulbs There's a small chip that Qualcomm is a part of and we've worked to network all of these Small chips together. Are they some of them Cortex and something? They could be they could there's small smaller processors right there Yeah, and they're kind like the the gateway could be the smartphone also So you control stuff in your smartphone. Yeah, the smartphone basically can be part of that network Cool. There's a bunch of people there looking at a cool demo over there. It has to do with VR and Augmented reality. Yes, and that's our view for your platform, which basically Yeah Records the world and 3d this is kind of like what I imagine could be the future of Android Yeah, where where where there's a 3d recognition instant from the phone Yeah, and and you start to record your entire world in 3d and you can use it edit it later And and basically use applications to to develop You know ways to interact with the mapping that you do. What do you do with the car? so this is basically we're using snapdragon and Applying it to automotive so that you can use snapdragon Both application processor and modem to augment the DAG the dashboard Behind the seats you can see the in in dash entertainment system basically being driven by The application showing that are there any cars shipping with snapdragon and dashboard already not yet These are all prototypes, but we'll be seeing it within the next few years You know systems that are basically being driven across a lot of different parts. What is LTE direct? LTE in the unlicensed spectrum to be a Cut through so that phones can talk to each other directly instead of having to go This is the on ice is like the TV spectrum. Are we talking about 700 megahertz or other ones like 60 gigahertz? It's a LTE spectrum that is basically being unlicensed, so it's not carrier Licensed, so it's a strictly available This is going on here Because there's a cool demo run here of the So Here you're also showing some pretty futuristic Can we do a video with you? So you showing? Mantis vision. Yeah. Yeah, you're showing some using the call-come processor Using star dragon 801 on this On this platform, of course, we're working on the 810 as well so generally we have 18 101 We have two cameras here This is the ordinary 13 megapixel color camera of the tablet. This is near infrared camera and near infrared source of light so we take a picture of this cow for example, so this is the Infrared and this is the call of China and together This is really In life So I can go around this cow puppet He's scanning the cow. Yeah, 360 coverage and then it will merge. Yes, everything will be merged What about 8010 what's gonna be the performance on that for your solution? Well, this is a 64-bit platform the 810 We have much higher frame rate much higher capabilities. So right now. What frame rate are you doing? This system runs on 15 15 and with the 810. What do you what do you think it's gonna do? Well, we already have a system at lab works on 25 and 30 FPS So it means go up to 60 FPS faster scanning of the world and it means a higher quality of Also, yeah, but this is scanning scanning is one thing Let's talk about additional additional capabilities of this system. For example I took a scan of this guy Okay And now for example, I can print his mask but think about the fact that I have Hundreds of thousands of measurement points of these guys face Now imagine security applications that you look at the phone And the phone recognize you instantly For example that I can sense emotions like when you scared watching a movie When you smile when you blink nervously everything can be learned by the system But let's see something something more completely different Application we call it really pop We have this sorry this guy dancing here Okay, and this is a 2d movie. Yeah, but I can extract the guy out of the 2d movie So imagine you see that home and you're watching a movie Want to see the actress or the actor from a different angle want to be director of that movie So you now you can do that and this is no post-production studio. No green room nothing just Ordinary tablets and this is just your early Development platform, right? I think it would be down with the gear we are or similar application as well And this is something that is going to be optimized improved and with 810 And it's going to be completely insane. This is a development platform. We're releasing the software SDK to the public You can buy this platform today and start develop your own application based on that And we let the crowdsourcing the ideas of how to make cool stuff using 3d in real time Cool, that's awesome. So a couple of other really interesting things at the show. We introduced a Fingerprint sensor. It's a 3d sensor that basically will Sure Based on Sound waves so it seems like medical devices to see here When you put your finger it will capture the fingerprint now The nice thing is it's going not just to the surface of the finger, but deep into the finger so you can get a 3d image And this allows you to capture or allows the device to capture Your fingerprint even if you have water or you have any dirt on your finger will still work unlike And how is it reliable and fast? Yeah, it is You see you can see it. I just don't I put just Because I don't want my finger to be public who's making this sensor so the sensor is made by one of our partners But making it and it's a Qualcomm technology. How soon is it everywhere and I'm going to be in phones at the End of this year. Cool. That's awesome. Okay one last thing We announced our zero-auth platform, which is our cognitive platform. We talked about before We've got some really cool demos here I'm hoping we might be able to get a couple of demos of our zero-auth platform We've got scene detect. We've got Also face detect and we've got some hand writing detection Maybe we can go through some all right All this runs on a local chip, so there's no data plan needed There's no images transferred to the to the cloud No privacy issues and it's cognitive technology Chips try to mimic the human brain. They by doing so, they're able to recognize outdoor sky architecture no people physical trees Oh Cats know they can recognize cats recognize cats Hand Whoa watch So We're talking about machine learning. Yes. This is the future of everything How this which should be this is 810 right there demonstrations on the 810 and We're actually going to be optimizing this further for the 820. So which is the real applications people can do with this What is it? What is it gonna? How is it gonna help Android be better? The camera knows in advance that it is about to take a picture of a child So then the settings of the camera should be different than if you want to take a picture of a sunset So the technology will help us take better pictures But also I have on my mobile phone I have 9,000 images and every new picture that I take today is shoot and forget I'm pretty sure I will never be able to take to find my pictures back again in future now this technology Can scan my entire? really my entire gallery Can find all the pictures taken in the mountains Pictures taken of the pitch and all this is locally done on the chip knowing no cloud But you could use the cloud you are You could you could very easily use the the cloud but by doing everything on the device It makes it more highly responsive. It also makes it more secure so those are some advantages of doing on device processing and Again, that's a you know on the 810 and we're going to opt to further optimize it on the 820. Yeah What is this? It's right recognition So it's just gonna say that it's handwriting was actually gonna understand the text Let's see what it does. Currently. It's analyzing it You're not gonna recognize it Everybody whoa, whoa It recognizes handwriting But it's not gonna recognize my handwriting. I don't think so you want to try it. I don't think it's gonna work We can try it's try You have to write carefully in the middle in English. You have to leave white borders around it Arm devices, let's try all right, so this is Difficult enough because it's too tight. Yeah, let's try I don't believe it, but let's see And it's all done luckily on the device on the device I Don't think so you're not gonna do it. Ah, 10. Okay. Yeah, let me let me try again That was amazing. You got awesome and cool This has a huge Yeah, it has huge educational possibilities right here. You can you can have the kids do handwriting again. I kind of like Recognize it. It'll even teach some adults how to write again Yeah, and what do you think about you know helping blind people navigate in the world? It's possible. Of course we There's potential in there. Well, it can recognize in or outdoor But if I'm if I if I'm blind, I know that you know just by sensing but we can for instance recognize The door yeah, I think if I'm blind I want to know Situations cars coming or yeah, exactly cool. So that's pretty awesome I just want to check out the smartwatch also the smartwatch area. Okay, because basically all this all the Android wear They're all using call come off. Yeah, and right now. Probably the coolest one that just got added was the LG G-Watch and that's actually got It's got this one has LTE in it LTE built in built in with some kind. It's basically a watch with LTE It doesn't Simpar you can actually integrate it in so that you can have Integrated so what you have is extremely long battery life because it's got a snapdragon 400 in it And that allows you to basically WebOS But it could be Android it could support very easily LTE and there otherwise all these are Android wear and everybody's using a Call time for that. Yes. So that's cool. And maybe soon you'll be in Smart glass. This is actually a snapdragon 805 So smart glass this gives you with the snapdragon 800 or snapdragon 805 in case you put the GPU for the advanced Vision and graphics that you need for the projection as well as the Cool, so I hope that very soon. We'll see just Kind of like, you know, Google Glass everywhere and powered by Coltan, but so thanks a lot for the tour Thank you for showing all this. Thanks a lot. It's pretty cool