 Here we have an example of how a rollable display can be used to change the way that you use phones and laptops. In the case of the laptop, the idea behind it is that the screen would roll into the body of the laptop itself. The point being, you can change the screen size and almost add 50% of screen size to it. It is condensed form, it's around 4x3 ratio. Open up, it's an 8x9 ratio. What that means is that you can absolutely use it for work, for play and everything else. And have a huge amount of screen size in a very small package. It looks awesome but it's behind glass. Is there any chance it will be durable and mass market ready for the market and everything? At the moment this is the proof of concept, showing what is possible. We haven't made any commitments yet, this is when it might come to market. So I'm afraid you'll have to wait and see on that one. Lenovo is famous for doing amazing new kind of like world's first kind of designs for laptops. Every year there comes all kinds of interesting technologies. The question is which one grabs a huge market and which one is going to be the future of laptops? We introduced the Yoga Form fact, the fully extendable 360 degree folding laptop. I think you would argue that that is now very much mass market. That was something we reduced a few years ago. We then introduced the X1 Fold which is the first folding screen laptop and we're seeing a great potential for that. So you have to innovate and you have to try new things. Some of them come to market in a great way and some of them we had to experience. So this one slowly folds up and slows down like hundreds of times during the day? Absolutely. Right there and then there's like all these other, for example there is the one that people can play with and that's a foldable large display. Foldable ThinkPad, this is the next generation of ThinkPad foldable. We announced the first one back just before Covid. This is the next generation of it. It just shows how you can iterate over time and make things bigger, better and much more useful. And people can actually buy this one? They can. And it's stable and you can actually close it up, open it up and turn it around and everything. It has multiple configurations, multiple use cases. Sometimes you want a small screen so you're working remotely. Sometimes you want a big screen with a remote keyboard so the whole point is flexibility. All right. There's lots of laptops here in the mobile world. A laptop is a mobile device. Absolutely. So which other one is like the highlight of the show? So at CES we announced the Yoga 9i which is on the staff. That is a dual screen laptop. Again, it's immensely flexible. It allows keyboards to be added to the screen. You can use digital keyboards and many other things in between. Those are probably my three favourites. The rollable proof concept, the X1 fold and the Yoga 9i. Do you show the arm part ThinkPad that's a Qualcomm part ThinkPad? Right. Is it here at the booth? Very likely, yes. So it might be in one of these areas over there. And then you have all the Motorola phones. It's not my area of expertise, I'm afraid. All right. Cool. Thanks a lot. Thank you. Thank you very much. Thanks. Cool. Are you still streaming? All right. Do you have the card, right? The video is right there. So in about half an hour, we'll take the screen off. We'll take the thing off so you can shoot up and we'll make it go up and down. The reason we don't do it is it's a proofed concept. There's some work to be done. And we have to operate the thing with a switch for the laptop. We'll take the thing off and you can shoot it and we'll enjoy it. Nice. Cool. Awesome. Thanks a lot. Thank you. Hello. Hello. Okay. Let's check if Xiaomi, your camera is on. So let's check if we can do a video with the new Mi. Look at that. So if there's a Poco here. Poco means a little bit. Let's hold the Xiaomi kind of like bikes and stuff. Let's see if somebody wants to be in a video about it. Hi Freddy. Hello Eduardo. Thanks a lot. Yeah, Spain is awesome. Please, please. One walk up. Okay. Sorry, just wait a second. I'm trying to see if I can find someone to interview. We are having a walk up in two minutes. And if you want to join. Do you know if I can interview somebody? Somebody to do video about the new phone? Thank you. The Xiaomi 13. Do you think I can interview you? Yeah. I think I can. I think I can. I think I can. I think I can. I think I can. I think I can. I think I can. I think I can. I think I think I can. I think I can. I think I can. The Xiaomi 13. You think I can interview you? Yeah. It was a human interview someone of 13th years. It was. Potters shoes? Yeah? That's it, what I said. What I said. Okay. Yeah yeah yeah. It totally should come. Thank you. There's already a house over there which media are you from? Let's go right here. Is it like YouTube? Yeah. I see. With 90 million views. It's just a little interview possible. Let me check for a minute. If she's on my level and if she's on my level, I would grab her. Okay, thank you. Okay. So we are waiting here. Actually it's getting noisy now. So if you guys can probably go around and come closer? Uh, it's a noisy time right now. It's not a good time to film Poco. Um, and we'll get started right soon. You know, Steve. Okay, so there will be- What a workshop! Okay. So this is the- The 13. The Leica. It's a good display. A good camera. It's maybe the best. Very nice bag. Okay. But uh... Yeah. Let's give them a little couple minutes. And while we wait, let's take out this new Poco X5 5G. This stuff happens when you click. Uh, in the chat. It'd be nice if you can let me know if the sound quality is okay. The video quality is okay. I'll put the bitrate down a little bit. I don't need a preventive scan. It's just from the heart. I just uh... Just changed my system. So now I have a shotgun. It wasn't connected before. But now we are- I'm Agus. I'm the head of Poco at Poco. So we're an independent self-brand born out of the Xiaomi family. Which is why we're here. So you want to... You want to transparent mobile phone. Which brand is doing the transparent mobile phones? Because I'm uh... I'm always looking for transparent, uh... like levitating phones. Phones with airbags. Phones with like water spray. All kinds of things that are like innovative and new. So let me know in the chat which company is making transparent. Sounds interesting. Is it a piece of glass with nothing else? Does it actually show something? Or is it just a piece of glass? And our X goes from 200 to 300. And our S goes from 300 to 500. So it all comes down to why we have the nine products last year. If you guys think about that, from a brand perspective, from a team of ten people, which is what we have, we've launched nine products which is almost one per month in a year. It's actually just to learn more about our users and more about the community and kind of know what is the sweet spot. What kind of phone is actually needed in the market? Right? Everyone loves it, everyone loves innovation and new things. But we product flooded the market last year but we found out, we found out the perfect recipe in the last two years from our product before. 2021 and 2022, we have five products that really disrupted the market with a price range of 300 and $400 and also 200 to $300. So why do we think these price range are so important? You know, why not open down the dollar market? Is the micro LED going to help with doing the transparent transparent phone? Okay, we give them another 30 seconds but I think nothing's happening right now. So let's just go. And it's a noisy booth and yeah, I'm going to have people ready to talk at the Xiaomi Can it bark? No. Like British English? Yeah, perfect British English. And it can move? Can you make a jump over the fence? No, not yet. No. It can like make a little dance. How about the big guy? Can you move him? It's just static. Like a statue. Really it's okay. Sound is okay. Good vibes. How am I doing? So that's always an interesting question. How am I doing? I'm doing. It's great. Oh, look at this coffee machine. That's some serious coffee machine. Dell coffee machine. Is that a coffee machine? We digitized and connected a brewery in Massachusetts. Ah, it's her beer? Yeah, it's her beer. Are you guys recording me? Not yet. Thank you. Cool. Let's check it out. We're just going to do a video with somebody at the booth. Yeah, we can do that. We're going to start the beer shortly. So it's going to get a little bit crazy. You can shoot right now. It's going to get crazy. That's going to be a presentation. It's not a presentation. The beer is going to start. How long is the video? Two minutes. Sure. So they're setting up the beer machine. They said beer holders. It's always been time for beer. You want to be a tech blogger. That's cool. So take your phone. Start doing videos. Just post them. That's how you become a tech blogger. It's very complicated. You can do that. Yeah, I can do it. Let's do it like this. All right. Hi. Please introduce yourself. My name is Jillian Kaplan. I work at Dell Technologies. What are you showing here? This is a solution that we are calling OpenGrew. Basically what we did is we took these old analog sensors that are brewing. We digitized everything. We send it into our Edge Gameway device and up to the talent cloud and you can actually see exactly what's going on with the brewery anytime. So there are five of these fermentation tanks that are digitized and we can see what's going on with their temperature and their pressure. So the problem they had was that the analog devices read the temperature and pressure but they would have to be there to catch if the temperature was too high or too low or the pressure was too high or too low. But now they can view it anytime, anywhere and see exactly what's going on and they throw out less beer, they have a lot less waste which is higher ROI because they're able to see if things are going right or wrong. So that's the basic solution is using the sensors through our Edge Gameway device and then there's a 5G antenna on here so that we can actually view it via 5G anywhere in the world. This is what's going on in a brewery in Framingham, Massachusetts. How do you put all the sensors in the machine? Do you have to modify it? No, no, this is exactly this is the exact replica of how the machine works so we can add these sensors on to the V-Spring Technical Centers. We connected it. This is exactly what it looks like in the brewery. We connected it via this panel and into the Edge Gameway, up into the Telet Cloud. And what are these guys doing next to you there? Are they going to be... Oh, they're going to be serving beer. Yeah, we're going to be serving beer. Is it using something like that on the here? No, that's where the brewery is. No, this is just, this is fine. So this is called bottom and advanced AI to determine the absolute perfect pour with the least amount of head. Seven seconds. Fills it from the bottom. Samples and measures the beer. So on the very bottom there's a magnet. It seals it every time. So this... hole in there. The magnet goes down. And it's like totally leak proof. Yep. Oh yeah, see? I got a bottom. It's not wet? Nope. It's a little wet, but not very much. It's cool. Yeah, it's cool. You want to feel the beer. Yeah, just don't put your finger underneath there and push it. How much is it cost to add these things at the bottom? I'm not sure because it's part of the whole package. It's a couple cents a piece. That's nice. That's cool. Then you have the beer without the foam and all this stuff. It just comes out perfectly. What else do you want to show? Do you want to see something else in the house? I am not the expert on all of this stuff here. So you would like... But you're welcome to... We'll have a look. Yeah, yeah, yeah, yeah. For sure you're welcome. Thank you. Thank you. Let's go around here. I decided to go. Thank you very much. Thank you. Yeah, it's cool, huh? It was not a coffee machine. It was a beer machine. Look at this huge screen here. I think it's made by a Finnish company that I love. I created a VR experience where you could actually walk through the lab, like Skyrim, where you have an avatar, and you go through that headset, but it's like keyboard and mouse and stuff like that. If you bring it here and you walk around people can get dizzy. So my original idea was to do one of those pop-up geodesic dome kind of things and project it in the lab. So I had to create a 180 degree wall and then the agents would develop the devil with it. Should all of our renderers... So that's what I used to do here. It's on the screen too. Oh, it's going to be excellent. It's going this way. He's throwing his sword. What the hell is doing here? What is that? Vehicle access control. Zone specific employee access. Truck dance. P2 talk. 5G. We were... We don't have anything to ask for. Some of the cool stuff around here. Yeah, we just did the beer. She was looking for us. Okay, thank you. I'll get someone to speak with me. I can't remember. What's she looking for? Yeah, I just texted him. Ah, okay. Ah, okay. Let's try to leave this thing here. See the Legos. That train. That's beautiful. Oh my God. Some talented Lego master involved. For sure. So that's cool. What's the name of the beer machine? It's the Dell beer machine. That's what I think. Okay, but it looks like Dell's busy. I didn't find Michael. And here we have the STC. Is that Saudi? Lucid motor. What kind of Tesla competitor? Lucid air. Do they sell like 500 pieces or 5,050? Not sure. But there is a Tesla alternative here to show. You know, it's not good being a nap. Hey, you know, is he the OnePlus guy? The CEO? No, no, no. Oh, okay. Okay, let me check. Hey, excuse me. Excuse me. Do you know if it's possible to do a video with him? Interview? Which media are you in? Let me give you my card. Thank you. All right. It has a meeting. It would just be 5 minutes or 3 minutes. Like quick in case it's possible. Let me check with him. Oh, just in case. Because we have a meeting in a Google booth at 3pm. Okay, just in case you let me know. If it's not possible, maybe I'll try later or another day. Maybe you can interview one of our staff on the red list. Just in case. But his English is good, right? He cannot speak English. No English? No, only Chinese. Ah, then you will translate? We really don't have time for that. No time, okay. But you can talk with either of the guys. Okay, the guys. Okay. They speak perfect English. Okay. Okay, thank you. You sure you don't speak English? He doesn't speak English. He doesn't speak English. Ah. He doesn't speak English. Okay. Okay, so... Here we have the... helpful... possible... possible... available? They have one plus... Sir, one plus tablet. One plus patch. Okay. Hey, excuse me. Do you want to be in video? About this? Do you know somebody who can talk? In video? Go ahead. Wait, wait, wait, wait, wait, wait. Let's check. So we really can't... Yeah. Okay. Thank you. Yeah, you too. Hello. Hello. Alright, so let's have a look. So here's a comment we just got. Dot. So that's a very good question. Ah, let me think about that. I'll get back to you. Do you think Chinese? Yeah. I also think Chinese. Yeah. Mm-hmm. We're going to see here. Hey, how are you? Can we do a video? Yes, of course. Cool. Awesome. This is going to go here. Let me know. Wow. Oh, dual cameras. Please introduce yourself. Hello, I'm Tuomas Lampen from One Plus Europe. I'm head of strategy. And what are you showing here? Well, this is a device that has won now multiple awards as the best concept phone of the Congress. So it is One Plus 11 concept. It is the first ever smartphone with active cooling system inside. So we really have micro pumps pumping, cooling liquid across the whole back of the device, taking heat from the chipset area and cooling it down. That means you never have to downthrub all the performance. You can run at full performance all the time? That is pretty much what it means. So we can reduce the temperature while you're running heavy apps like gaming, we can improve the frame rate, and then also while charging. So you can improve the speed of the charging. All right. And the fingerprint is on the display? So the innovation doesn't stop at the cooling technology. We also wanted to play around with the design. So here at the camera, you have a halo light around the lenses and a geosh etching also around the lenses. So it's a very premium looking camera deco. You could usually see this type of design in luxury watches. And then with this unibody glass design, it comes down to the sides of the phone and the display actually has a tighter curve and a very, very small bezel on the side of the device. That's cool. I don't see, oh, there's a little dot for the selfie camera. Yeah, it's up there, yes. Just a tiny little dot. And so what do you put the fingerprint? So the fingerprint is on screen. Actually, it's not on this one, but I can show it on the OnePlus 11. So it's on a great, great height, easy for your thumb to find out. Right there. All right. How about OnePlus kind of became famous in the beginning with very affordable prices. Is there any chance that this is affordable? So obviously this concept phone is something where we want to show the latest innovation. We are not going to sell this device, but this technology will come to a future OnePlus device. And when we look at the whole portfolio of our smartphones, we are affordable premium. So we are from 300 to just below 1,000 euros. So it can really depends on your budget, but you can find a premium device suited for your wallet. When you pay 1,000 euros, I guess you provide much more than the other guys for the 1,000 euros. Is that the idea? I think our highest price phone right now is the newly launched OnePlus 11. It's 849 and 949 for the higher memory. So we are, yes, we are more affordable than some of the competition in the market. Can you talk about some of the other innovations on this one? It's going to have super powerful... Do you always keep up with the fastest cool come? Yeah, so maybe if we... Yeah, let me get the cover of the 11. So on the OnePlus 11, besides the concept with the new active cooling system, already on the market, OnePlus 11 has excellent camera set up with the Hasselbad co-development, and it runs Qualcomm's latest Snapdragon 8102 chipset. And we have the latest RAM and ROM as well on this device, LPDD Firex RAM, 16 gigabytes, and UFS4 256 gigabytes. So the very best hardware is found on the OnePlus 11. But you can only get the best performance out of this great hardware with the best software. So that's why we're running the OnePlus, our own OxygenOS software. This Oxygen is basically Android, but with some skin. It's not just the skin. So it's Android, obviously now with Android 13, it's OxygenOS 13, but we do a lot of innovation on the software and on the algorithm. For example, our own RAM Vita AI, getting you the best benefit of the RAM memory, how to distribute between apps, how to do multitasking. And then we do hyperboost gaming engine for the gaming performance to get the best frame rates and the best gaming experience. Then on the display, we also have our own LTPO3 technology to improve the frame rate. So 120 hertz refresh rate, but only needed when necessary. We can also tune it down to between one and 120. So if you're reading an e-book, you only need one frame per second. So that saves a lot of battery with our own algorithm. Do you do anything on a Type-C port when you connect it to an external display? Are you doing video output that's not supported in any OnePlus yet? It depends on the device, but I think on this one, do we have a TV out on the USB? External display, I'm not sure. Maybe not. Not sure. So what if people want to have very vanilla experience? If they want to experience something that's close to a pixel phone experience on it, they can change the home and it would be fine. Well, obviously, yeah. We have an open Android on the device, so you can modify it as much as you like. You can download different kinds of skins, different launchers. So that's up to you. But our aim with the OxygenOS, obviously, is to keep as close as possible to the stock Android very kind of light, fast and smooth experience. OnePlus is very popular in some countries like India and some other markets where it's going big, big... So India is probably our number one market. We are a huge brand there. Besides smartphones, audio, tablets, we have TVs there. Now we have a gaming screen and keyboard and all kinds of things. But besides that, obviously, we have key markets in North America and Europe as well. So in many European markets, we have big teams working on the business, so it's very key for us as well. All right. And in the beginning, there was this whole story of getting an invitation to buy a OnePlus device. Are there any marketing ideas happening like this with OnePlus recently? Well, in a way, yes. We have our own red cable club. So it's kind of like a community membership where when you buy the device, you can log into your OnePlus account and we give you all kinds of different offers. You can collect red coins. When you purchase a phone or accessories or whatever, you collect those coins and then you can use those to purchase other things. All right. Cool. It's like a membership program. And here I see there's a pad. You're showing pads. What is this? Speakers? What is this? A cooler. So it's kind of a new innovation we want to show as well. So you can actually connect this to your smartphone. So if you're a heavy gamer or running other heavy apps, this liquid cooler will cool down your phone and you can again get more performance out of your device. The chipset can run on higher power. And it takes the air there. It goes through. Yeah. And then you can actually feel the phone cooling down at the back. Nice. The pad, the tablet is our first ever tablet. The OnePlus Pad. It was launched two weeks ago in the Cloud 11 event in New Delhi. And what we aim to do here is offer an incredible experience with the same oxygenous operating system as on the phone. So if you have a OnePlus phone and a pad, they work really well together. Actually the tablet is Wi-Fi only, but it can have access on your OnePlus phone to use the phone's internet automatically without you turning on the hotspot. And we have a 75 ratio on the display. 144 refresh rate. But the ratio gives you an excellent web browsing, reading experience as well as a split screen. Is there like a nice price on the tablet? Sorry? There's a cool pricing. We don't have pricing information. The pre-sales for this product will start in April. Then you'll hear about the prices. There are a lot of things happening at the booth. Yeah. Over there you talk. Basically this is the OnePlus corner inside the Oppo, right? Yeah. So we're joining the bigger booth experience. I'm afraid I have to go to a meeting right now. Okay. That's okay. Thank you. My pleasure. Yeah, I got it. That's where it is. I'll check it out. Thank you. Alright. Okay, so let's go to the next. The case of the OnePlus. And here we have the Android pins collection. You need to get one. You get one. You got one. Then you're all set. Let's continue this way. Here you see OnePlus keyboard. 81 Pro. Wow. That looks like a cool keyboard. Kind of with the awesome one maybe. It looks like anyway. There's a lot of OnePlus stuff. I'll try to film that later. Alright. Your camera's on. So now we're going outside for the Google Smoothie. They're giving out smoothies all day. It's kind of the highlight of the show is the smoothies. So it's such a good weather in Barcelona. It's not only tapas. It's also good weather. Kind of. Let's go in there and have a look. Here's the Android booth. Let's check that out. Ericsson. TCL. Since my website is called Android. Arm devices. Sorry. Let's have a look what's happening in there. That's where all the Android media meetings are happening. It's always a busy, secret, big box. Samsung display. Nice. We need to check the latest printed OLEDs. Flexible OLEDs. It's flying with balloons. That's going to be perfect. You can fly over to the US. You can shut it down later. All right. Here we have Unisuck. AMD. Samsung. I wonder if I know where I'm going. Oh, sorry. There it is. So I was saying. My website is Arm Devices. So I need to try to see if it can do some videos at the Arm booth. Let's try. And check it out. All right. I think I'll put myself on a break for a second. So please wait a second. Be right back. So here the Samsung display. Waiting for another couple of minutes. Hopefully we can get a guided tour of the latest Samsung displays. Crazy foldable OLEDs. All kinds of stuff. It's right here. It's amazing. They even have a weird corner with the printed OLED pictures. And stuff like that. We'll check it out in a second. So hopefully you'll get a great tour. Wait a second. We'll wait with Android in the background. See? The Android is over there. And we're waiting. We're waiting. Right here. Hi. So what are you showing here? This is a FlexS multi-foldable display that can be folded in and out twice in S shape. All right. That's cool. I hope this is stable and mass production is possible. That would be an amazing phone. Look at that. How many inches you get? You get like 13 inches in your pocket. Nearly. It's quite big. It's 12.4 inches. 12.4 inches. Wow. That's amazing. And when it's folded, I'm pretty sure it will fit in the pocket. And there's also a smaller version of this. Can you show it off a little bit? That looks cool. Nice. Cool. And now we're getting over to the FlexG. Here's a multi-foldable display that can be folded inwards twice in G shape. So let's have a look. There right here. So there it is. And then you fold it in a G shape. That's cool. And then the whole pocket is G. And it's like flat. It's G. G like Gerard. G like Google. All right. It's in Samsung now. And it's flat. It's ultra-flat. And this is also 12.4 inches. And also fits in the pocket. And there's also the small version of the same folding. Nice. And there's even the Type-C. Basically it actually works. And the whole touch and everything. It's a real Android right now. It's actually prototype. Prototype. Yeah. Not yet touch. All right. And here we have the FlexNote. This is a monitor-sized note PC display once unfolded. And that's a huge display. It's more than 12.4, right? It's like 14 or 15. It's huge. 17. 17. 17. Oh my God. You got a 17-inch display. It's huge. And hopefully the keyboard is usable in this form factor. Otherwise you could have external keyboard. And then you have the full experience like that. And here we have the slideable solo. March display by sliding out. Easy to carry by sliding in. Oh, that's like magic. How can it fit in such a small... Okay, it's a little bit thicker. But the question is how reliable can it be? Can you do this 100,000 times? It will never break. I hope so. That's being tested. It's like 10, 20 years ago. People dream about this, but now it's real. That's cool. All right. And then you have a UPC plus under panel camera. How's the quality of the camera when it's behind the panel? It's okay. I hope so. There's a camera right there built in. And here you have ultra dynamic range. 2,000 nits on the phone. That's too much, no? That's a lot. Can you go outside? You go outside. So it'll be super bright. You go outside. What are we looking at here? It's folding 200,000 times by the end of the show. And all these folds, no problem. All right. The question is how soon can we buy a phone with this technology for a good price, a low price, you know, like 500? So far, it's expensive. Yeah, the smartphone, yeah. They decide the price. Yeah. But I want to see a phone with a foldable for $500, then everybody will buy one. I think so. What are we seeing here? It's folding it. No problem. It's nice when smartphones don't break too easily. And is this something else? Or maybe you can go in the front with a weird... I'll film these guys. It's okay? Yeah. Let's go to the weird area. A few interesting little four stations. Mission one, wet and wild. So, espagnol in English. English, okay. So this is a galaxy? No, this is a set for flip from Samsung. And we have the option to close it and open it. At the same point, we can take photos underwater because it's waterproof. That means I put it underwater and if you would like to take a picture, you can just raise your arm. Yes. It should be very nice. Yeah. Yes, nice. You know this one, I think. Samsung uses, maybe. I put it out. I can show you already. We can also print it for you if you like. That's the underwater world. Really nice. And at the same time I print it, we have another nice mission number three. Is it a three? Yeah. I'm ready here. Yeah. Oh no, I'm not. Okay. So we go to the next station. This is the OLED display. This is under construction right now. Number two is under construction. It's all about the proof of stability. Oh. But it doesn't break. It's bullet proof. Bullet? Bullet proof? Yeah, we say bullet proof. I would say don't take your gun. Maybe a little one, little ball. Like a little ball. Let's say ball proof. Yeah. And now. You have seen it? And now mission two is ready. Mission two. So I'm going to tell you a little bit about the differences between the old LCD display and the new OLED display. So on this side you see the old LCD. As you can see and if you want to feel, you can also touch it. It's a very thick and very hard material. It's 11 layers and 8 of those layers are plastic. So it's not very environmental friendly. The OLED display, the new one, is only four layers, only one plastic. So guess what? This experiment is showing you. One of them is lighter, one is heavier. So you see the LCD display is very, very, very, very heavy. So it's going down to the ground and the OLED display is so light that it's almost flying up in the air. Thanks. And now we have the last mission. The last mission is mission number four. That's really? And then again. Okay. This is about the blue light. As you can see we have two displays over here. One of them is the old LCD display, the one on the left and one is the old display, the new one. And here we have a phone with a blue light filter on. So we can check. One second. Where's the camera? We can check how much blue light is actually coming out because when you see, you don't really see the blue light. But with the blue light filter on, we can watch how much is coming out. So when we scan the LCD display, you see that there's blue light, right? If you go over to the OLED one, there's very, very less blue light coming through. It's up to 80% less blue light, so it's better for your health. If you're tired, that's fast. And your sleep is not that much disruptive. Okay? If you have any more questions, when you go around the corner, there are some more people who can tell you some more of the technical details. Okay? Thank you. Let's go around. And here we have the OLED EVD. Eco-friendly vehicle display. So with this kind of Samsung display in your car, you'll be eco-friendly. I guess it means low power consumption. Here we have a round display. Cool and round. And let's go to the next room over here. Let's check this room out. Feel the amazing color. One of them has better color. I think it's probably the right one. And this one, also, one of them is better. I think it's the right one. Dynamic AMOLED 2X. So the Dynamic AMOLED is better. Let's see the whole thing. So here's the world's first 240 Hz OLED. That's some sick action. Oh, nice. Finally, a foldable with a good aspect ratio. Yeah. Let's see them bring it to the market. And hopefully for less than 500 is what I'm hoping for. Dark mode. Light mode. Focus on this exact structure. These are an hour smaller. So those are the layers in difference to the top of it. I think they're comparing with an LCD, I guess. The LCD has all these layers. And the OLED has just these. And here it shows the power consumption. Which is lower. More. OLED echo 2 OLED plus. So we are even like 30% less, 40% less power. What's with the diamond pixel? We'll establish technology. So, nice. And there we have a round diamond pixel. Awesome. Pretty pixels. It's nice. Thank you very much. That's all right. So let's leave the Samsung display. And let's go film something else. See you later. Just, I think you can wait five minutes. And I'll be at the next booth to do some cool video. Thanks for waiting. Introduce yourself. Hi, I'm InSpy. I'm a VP product marketing hero arm. What I'm holding is a Lenovo ThinkPad X13S based on arm. Running a gaming platform. So it's kind of live on running on Windows. So you can see here we can play it. If I pick up the controller, we can go and play game. I've already crushed it. So, good fun. I don't know how to get out of it. There we go. And we've got here running, showing that the games run on arm. It's really nice to see a ThinkPad on the arm. Yeah, it's great. I mean, great partnership down to the OEM channel, seeing when there's an arm for me to real life. This is my work laptop in the real world. This is what I use every day. It's a serious arm laptop. It's a proper Windows on arm device. And it works really well. And like I said, it's my general work laptop. What's amazing now is if you want to buy a great laptop, it's always going to be arm now. It doesn't matter if it's a Mac or if it's Windows, you need arm. You said it. I think what we've got to look at is the future of computing in terms of how we're doing it. It's going to be determined by how much performance we can get in and how much energy efficiency we have. So I think in that case, and our architecture is a great solution to everything. And you can see here today we have the mobiles, mobile collection. This is what we're in front of now. Just through there, we have all the infrastructure guys with the servers that are running live on arm, running all of the kind of cloud-to-edge applications that we have in the infrastructure space. So whether it is a mobile solution, an infrastructure solution, or an IoT solution, we're really proud of the way that the arm architecture is able to deliver both performance and efficiency. And that's one of our key values. And how much is a CPU and how much is a GPU making the success of the laptops? So for laptops specifically, clearly gaming is important. CPU, people will tell you, is equally important in the gaming space. And what we see is that the load of, you know, the physics piece of the gaming, does it get the complexity? That goes up more and more as well. So CPU is still really, really important in the gaming space. Clearly in Android, we have a fantastic innovation walked this way, right, around Immortalis, which is the ARM GPU. And here you can see we have a ray tracing demonstration. So this is the first commercial ray tracing GPU embedded in a phone, right, on the Immortalis G7.5. And we can run here, if I try and find the demo running, you can see that we have images and reflections. Can you make the demo run, Sergio? So we can see across. So can you get the white, the screen white? So you'll be able to see the difference between ray tracing enabled and ray tracing not enabled as we wipe across the screen, right? So you can see that the difference in reflections, you see how the reflections disappear when we take the ray tracing away. So this is the kind of capability we are now taking this feature set from what's been traditionally a mobile gaming space, bringing that into the mobile space. And this is part of the fun that we're trying to do here. Really making gaming exciting again in the mobile space. It's fantastic. So in the last decade, there's been a lot of improvements in the whole GPU space at ARM? Yeah, yeah. I mean, we've invested hugely into the GPU space Immortalis that we launched last year, leading brand. We've seen the reviews for the GPUs, leading in performance and efficiency in many of the benchmarks that we see in the entire market in the mobile space, which is really incredible. And we're super proud of the Immortalis products. Let's check more of the Windows and ARM stuff that's happening in the booth here. So right here we have... No, this is a Chromebook. It's a Chromebook running on ARM? This is an amazing Chromebook. But a nice MediaTek chip. Correct. It gets a really good price. And a great performance. And if you hear, this is the Windows DevKit 2023. So this is allowing genuine developer opportunities now in the Windows ecosystem. The little box made available by Windows was previously known as Project Volterra. So that's this box here. It's powering this. And it really provides native development capabilities on ARM for the whole of the Windows ecosystem. And this is just the brilliant step we've made together with Microsoft. The investment that Microsoft have made in this and the investment ARM have made in this is fantastic. We're super proud to partner with Microsoft to make this happen. Is this like a development platform also? So the idea is that... It's exactly you buy the box, right? And you buy the box from Microsoft. You add whatever kit you need, some displays and stuff to make it work. Where you go. It's exactly what developers have been crying out for, I think, in terms of the way they've been building the developer. Because on that Windows and ARM platform it would be nice to see 4K, 60 video editing. All the professionals, they want to do a bunch of stuff, the graphic design and all this stuff. It all needs to be supported. So there's a lot of work happening right now to recompile. There's a continuous investment into this space to make it work. We stand here, best visual experiences run on ARM, defining the future of computing. We're really proud of what ARM is enabling for developers. And in the future it's only going to be more exciting. Nice, and there we have another device right here. This is the Microsoft also. Surface. Surface. With a very powerful, very powerful full desktop experience. A laptop experience. This is my previous laptop. I've gone from that one, to the other one recently. I used the M1 Pro. It's just so smooth. It has ARM MacBooks. This is a new device from the Notebook. We have it on load. This is really interesting. This is the Novo Tab Xtreme. It's pretty immediate. The Dimensity 9000. It's on load for us for the show. It's a great piece of care. It's like a home computer experience. Basically a crazy display, crazy sound, and great performance. And long battery. Of course. And here's another immortalis. It's another feature that's coming into gameplay from the desktop experience. Variable rate shading. Enabling us to vary the capabilities of the load on the GPU whilst gaming, so that we get the optimum performance for the visual experience for the gamer. It's just fantastic. There's so much performance in these little devices. You want to get it out to a huge display to actually use the whole performance sometimes. So it's great when I see smartphones that have a video output. Because it's pretty much like a game console in your pocket. But it's hard to see everything in a little display in your pocket, right? One of the things about the OEMs is the way they're looking at how you connect devices together. Also, larger form factor displays wherever you go. That allows you to consume twice as much. That's also amazing. It's building on top of the performance that we're providing. And we just really like to see this kind of thing. Because what ARM is trying to do is we're always trying to provide the right compute platform in the right space to enable people to innovate and to build the solutions that they need to build. So my ARM devices.net website is hosting an ARM server. Really? Ah, Superstar. Server is an old ARM also, right? Yeah. So are you talking about some of the latest stuff in the server? I'm a bit busy to hear that, but yeah. That's a little guy. You just call. I'll just call it here for a second. Okay. Yeah, hi. My name is Rob McManus. I'm a principal product marketing manager here at Red Hat. And I hear you're doing something new. A new announcement you're talking about. Optimizing the 5G and ARM devices. Yeah, that's right. So this week we've made an announcement. It's to do with our collaboration with ARM. It's in the context of telecommunications, specifically around enterprise or private 5G. And the collaboration is really around trying to address huge energy costs that we see from service provider networks. And predominantly those, the biggest energy costs come from what we call the radio access network. So really our collaboration with ARM is there to sort of see what we can do in terms of reducing energy because we know that's a big problem for service providers. And we want to try and really make the infrastructure more sustainable. But when we do all of these efficiency measures, we do have to be very mindful of performance because we know in these environments, these networks have to highly perform. They have to deliver exceptional bandwidth and they also have to deliver very low latency. So in a moment, I'll show you an architecture diagram, but it's essentially the work we've done with ARM is really integrating what they call their NeoVerse based CPU into the Red Hat OpenShift Container Platform, which is essentially an application platform that service provider network functions can use in a radio access network environment. And then in terms of benefits, it's about, as I mentioned, energy efficiency. It's also about giving service providers the ability to do very flexible networks. It's allowed them to deploy these networks at scale in a very sustainable manner. But again, just coming back to this really important point at the bottom, it's to ensure performance as well as efficiency. So let's look at the architecture. So you're talking 40% better priced performance. Yeah, that's right. It's huge because everybody wants to be connected and it's too many people who want to do too much Internet, too much 5G, we need to find a solution, let's go ARM. We do. And that demand is only ever increasing all the time. So service providers are really looking to the vendors and the software manufacturers to come up with innovative ways to address this surging demand and to make their networks as energy efficient as possible. So in terms of our collaboration with ARM, we can see here the initial work that we've done. There's a server you can see at the bottom there. The ARM processor, in this case the Ultra CPU, is then fully integrated into the Red Hat OpenShift container platform. So the Red Hat platform is essentially an application platform, application being the key word here, which has the ability to integrate different applications, in this case from a partner that we've also working with here called Fnet. So you can see here something called a CU or centralized unit and also a DU or distributed unit. So both of these are used in open round or virtualized or cloud run networks and we've also integrated the core. So with all of these components, this actually creates an end-to-end 5G network. And you can see over on the right-hand side as well another partner involved in the collaboration, Benetel, they actually provide what we call the RU or the radio unit. But think of it as a end-to-end fully sort of package solution for radio access networks. What's happening over there? How is it different from what you've been doing before? Really no different in the sense that the OpenShift is this layer, this application platform or layer that allows different applications from different partners that we collaborate with to put their functions into OpenShift. So the key difference is down at the bottom here where we've worked with ARM to use their processor and their essentially very efficient architectures to really deliver better efficiency but not at the price of performance within this environment. This ampere CPU sounds pretty awesome. 80 core, sounds like it. Very powerful. Can do a lot of stuff. Very powerful, yeah. I mean, this is just one context. There'll be other applications that we could use this for, for example, in the 5G core. So not shown here, but the 5G core itself has to sit on some form of infrastructure. So within that environment for 5G core, we could also use ARM CPUs again to get the same efficiency gains. All the stuff Red Hat has been doing with ARM servers in the previous years. So this is like next level stuff? It's just an ongoing collaboration. It really comes down to choice for our customers which essentially are the Talco service providers. So they want choice, they want the flexibility to go and work with the partners that they want to work with and Red Hat is essentially the same. Red Hat Mantra is open source, of course, and we always say customer first, partner always. That's another one of our mantras. So that's the key to this. It's about flexibility, freedom of choice and making sure that all of these applications, processors, platforms and everything else that's involved in the solution all work. Because at the end of the day, this actually adds a little bit of complexity. With these types of collaborations, we can ensure that all of that complexity is simplified and we integrate and make these solutions fully interoperable. I understand 5G has a lot to do with many more base stations. You want to have closer base stations to all the people. So that means ARM is a perfect solution because you don't necessarily want to do as big base stations as before, as powerful, or maybe you could. You could, but you're absolutely right. You might want to save power, that's the most important. 5G tends to deliver very high bandwidths, but you have to get the equipment closer to the end users. So what you're seeing in a lot of networks is what we call disaggregation. So everything's being broken into smaller parts and those smaller parts can then be put in different places within the network. So in this particular picture, we can come back to this. 5G Core would typically be in a central location but the things like the distributed unit or the radio unit will be in very distributed locations really close to the edge of the network. And that's important in 5G really to ensure good performance but extreme low latency as well. You have to get as close to the edge of the network as you can. And hopefully no drop frames when you're live streaming. That's a joke. So do you want to talk about some more in that presentation? That's most of it. That's most of it, so let's just give you a few key takeaways. So really the collaboration with ARM and the other partners that are mentioned here in the slide, it's really about deploying sustainable private 5G or enterprise 5G networks that you can see here. And the main or the key benefits that come out of a collaboration like this is essentially lower total cost of ownership or TCA. It's about reducing that energy but also reducing the complexity and as we've discussed really meeting this exponential demand that we see all the time only ever increases. So those are the key takeaways. Nice. Awesome. Thanks a lot. Does that work? And customers hopefully are going to say this totally works. Let's go 100% into the ARM world. That's what I'm hoping. I hope so. Let's hope so. But again it comes back to choice. What we want to do is give customers choice and the flexibility. If they want to use ARM, then we've done all of the interoperability testing and make sure that it all works together so that it can come to somebody like Red Hat and we're ready to hit the road. Cool. All right. Thanks a lot. Is it good mobile local grass? Yeah, it's very good and very busy. Lots of meetings. Yeah, it's been a good two days so far. Thanks a lot. Thank you. Thank you. All right. I'm going to give you my card so you can find the video there. Chris. Oh, you have it there. Did I get your contact when you changed? I haven't got a card to give you but you can take a picture of my badge if you want. So when will this go out? Where will it be published? It was live. Oh, it's live? Yeah. All right. Can we go and get the... But I'll split it out as a separate video tonight. Tomorrow will be like a separate video. Right now it's part of day two. Gotcha. Okay. Two hours in. Okay. But if you want to send me a little email... I might drop you now because I'd like to go there. I'll type some good texts I can use about this. Okay. If you want. Yes, please. Just a little email and then I'll put all that in the YouTube description so we get more views, people search and we'll find it. Yes, please. I'll do that. All right. Thank you. Thank you. And in the future there's more cool stuff to talk about. Where are you going? I'm based in the UK. Okay. We know if there's more videos that can be done it can even be remotely by video chat. Okay. Whenever there's new and also I like the arm stuff, you know. Yeah. Anything. All right. Thank you. Okay. All right. That was interesting, right? That was pretty awesome. Red Hat is totally on the arm. I'm sure John Masters is going to be happy this video. I hope so. Hopefully we went into all the smart details but maybe there's a lot of things that I didn't think of asking you. So here we have HCL Tech. Wind. ATOS. Okay. Console Connect. I need to go and check if the guys are welcome and if there's a group that can work. And Media Tech would be available. All right. What might Micron be having here at the show? Is it genuine? Do you know if it's possible to do video tour of the booth with somebody talking about what you have here at the show? Yeah. Yeah. We hear the whole show so hopefully we'll swing back when it's good time and then maybe you'll have some cool things to talk about. Yeah. Thank you. Thank you. Thank you. Bye-bye. Cloud. What is a Google Cloud talking about here? Bunch of stuff I'm sure. So I think this is all three over there. 5G. AA. Is it possible to do video with you talking about what you have to talk about here? Yeah. I think it's better if you work nice to do it. Yeah. You'll just get more intelligent responses. Yeah. And we hear the whole show so just in case if you're not here right in a few minutes but maybe we'll go in the whole three, come back later or tomorrow also. So I mean, do you have an appointment to do this? Yeah. You can, on my email you let me know when you want and we swing back when it's good. No, it's my YouTube channel. I have 70 million views but maybe it's maybe it's cool to show it's actually live streaming right now. Okay. Yeah. Yeah. Over 4G because this one only supports 4G and it keeps disconnecting. I don't know what's happening. Yeah. Okay. Send me an email when it's good. Yeah. Yeah. Okay. Thank you so much. Okay. Have a good day. Okay. Let's go. Let's go right here. The 5G automobile association. Because once, oops, sorry, once you connect once you connect up the 5G once you connect up the 5G to the automobile then they will never crash again. That's what I hear. Some people talk about. They'll just speak to each other, right? I don't know if they will, I don't know if that's the real way but I guess it is the way that they need to be connected. They need the one car says to the other, hey, I'm coming. Be careful. So, let's see if we can do a video with them. Tomorrow? What is Nokia? Wow, Nokia. Check the Finland. Nokia. And MediaTek is right here. Philogic. Genio. Hi. Do you know if you have some guy or girl who can speak about everything at the booth? Nothing? Everybody okay? Sound like something fell. Was that an earthquake? I hope not. Yeah? Somebody who speak about the dimension, the latest, the latest CPU. So, I just go to the booth and I ask them and it's okay. Everybody is okay to be on video? If they ask, if they say yes, it's okay? Okay. Okay. Thank you. Okay. Let's check if anybody is here. You're on. All right. Hey. Do you know if somebody wants to speak about the dimension on video? Yeah. Thank you. This CNN. I'm joking. Not CNN. Okay. Okay, this one. Charback. This one. All right. So, MediaTek here. If anybody is watching the live stream, please write the questions. Go on the Google. Check on this. The density, 5G and whatever MediaTek has been announcing. And 1 plus 11. Yeah. I just did the video. If you scroll back one hour, you'll see it. I did the video about it. With also the cooling, liquid cooling, 1 plus. Thanks for the question. One hour back, you'll find it. So, what are they showing here? Dimensity. 100, 9,000 plus. And then we have stuff going on over here. Let's just do the size together. About power consumption. Power power. That's what you call the Dimensity. Dimension of the city. Look at this device. Cool. I was looking to do a video. This is Dimensity? 9,200? Yeah. Cool. You want to be in video? No? Okay. Your colleague is checking there maybe. To do video. Yeah. To do YouTube. Yeah. He told me to come here but they're checking back there and they'll be back here maybe. We'll see. Hi. Hi. Kitty. How are you? Great to meet you. All right. You can do video? No. I'm not a spokesperson. I'm part of the PR team. Yeah. Anytime is good. Like anytime that works for you, we'll be back. 5 p.m.? Yeah. Yeah. I have 7 million views on armed devices. I have 500 videos about Media Tech already. Okay. From the last 15 years. From the latest, most powerful but also like the highlights of the booth. Yeah. Just in case maybe the same person can talk a little bit about everything. That would be cool. Yeah. And I think it is available at that time. 5 p.m.? Yeah. So in about 30-ish minutes. Okay. We'll be back. Cool. Thank you so much. And I'll just be hanging around by the desk or something. Yeah. Yeah. That would be great. What's the name of? Finbar. Okay. Thank you. In an hour, we'll get the Media Tech on video. Oh my God. There's Nokia booth. Look at that. Nokia is busy. You'll be filming with Nokia. So let's check if Qualcomm is available. And here we have the segue. Cool stuff. There's Intel. Who knows? Maybe Intel is available. Let's check right here. Hi. Do you know if somebody can be on video at the booth? Do you know if it's possible to do a tour video? If somebody can speak about it? Maybe? Yeah. Yeah. Yeah. Yeah. Yeah. Yeah. Yeah. Yeah. Yeah. Yeah. Yeah. Yeah. Yeah. Yeah. Yeah. After 5 p.m. later, yeah? Yeah. What time is closed? Is it 7 or 6? Six. Six. So after 5, somebody maybe. OK. What is the name of the person that I should find? Or I'll ask you again. Yeah. OK. OK. OK. Thank you. 530 is OK? Yeah. Maybe. OK. See you. OK. So Intel is also available later. Cisco. Do they have some routers? Vodafone. That's my SIM card. It kept dropping off yesterday. But I set the bitrate down to 3 megabit. The maximum this YoloBox Pro can do is 8 megabit. But I went down to 3 because there's too many mobile devices at the mobile world. So let's see if we can do a nice booth tour with Qualcomm. Hi. Hi. Do you know if I can do a video? A video with somebody at the booth talking about all the latest. This is my YouTube channel. I did like 500 videos with Qualcomm before. Qualcomm devices in the last 10 years. It could be the latest stuff with the Snapdragon or it could be anything. Anything that's really cool and new at the event. OK. Thank you. One second. Thank you. So look at this cool Qualcomm booth right here. Lots of lights everywhere. Snapdragons, VR, AR, hundreds and thousands of different phones, models, 3D, 5G. All right. Let's see if we can get a good, a cool video with Qualcomm. If you're watching the live stream, thanks for Googling and helping me to ask better questions. So I'll check your live chat, you know. If you write something cool, I'll use your question. And the interview. That'd be nice. Let's see. Show the OnePlus 11. A full little screen with good aspect ratio. The squared screen devices look awful. I need to test that keyboard. I'll take a roll of this out. Just after. Hi. This is Jeff. Hello. Hi, how are you? Nice to meet you. I'm going to do a recording of some of our demos. I'd love to see the latest and greatest. Okay. And it's going to be for his YouTube channel. Yeah. And he would like to try my response. Okay. Nice. Thank you. Nice. Up to you. Okay. And are you interested in more like consumer type brands? Both. Consumer infrastructure, everything. Like anything you like to talk about. The most awesome. Everything that's awesome at the booth. Are you going to dub it? No dubbing. No dubbing, okay. Yeah. It's actually live streaming. Live streaming. Is that okay? It's a Qualcomm powered device. Okay. And it's taking all the live chat and stuff. And we're doing with two cameras. And I'm switching. Okay. And then, but I haven't released, we haven't really started yet. But I mean it's, as soon as you're okay, we can start. Where do you think we should start? Should we start in the front and then walk this way and then after this way? We can. How do you like fill the time and then we're in between them? We just walk. Okay. Yeah. One walk. Yeah. Yeah. How about that? Are you allowed to say anything about the Nuvia stuff and infrastructure or anything? Oh, the server chips. Okay. Yeah. Okay. So let's start over there and then just because it's cool, the intro and then. Yeah. Okay. And then we'll probably be heading over on this time. Yeah. Yeah. All right. So let's get right here. I'm getting connected to the metaverse with my earplugs, live connection. See all the people watching. Okay. All right. So you guys, you're not gonna be recording, are you recording me or what are you gonna record? Yeah. All right. So you want me to start here? Yeah, sure. Okay. Oh, sorry. Do you mind if you just take that? Oh, sure. Okay. Good. Okay. Let's do. Okay. Let's do. Okay. Ready? Right there. One second. You need the whole thing? Move over here. Three seconds. Let's be quick. Here? Can we do it here? Yeah. Let's go there. Just take it. Take it, right? Start a little bit back. That's okay. We can just walk around them. We just go around. That's fine. Okay. Okay. Ready? One second. Let me just get it started right here. So please introduce yourself. Sure. My name is Jeff. I'm from Qualcomm and we're here at Mobile World Congress. And really we're at Qualcomm's booth and we're showcasing a number of areas. You may have known Qualcomm from our days of being a communications company. And we still are very much a communications company. We're talking here about our Snapdragon processors that go into money consumer devices. So we're going to go ahead and walk over to our Snapdragon area that really talks about the power of Snapdragon as well as 5G communications, millimeter wave communications that allow us to get, we're talking about gigabit or fiber like speeds from our millimeter wave chipsets. So what I'm going to do is I'm going to come back over here and we're going to look at some communications on where did my colleague, Laramie, Laramie. So if you give me a second, let me bring my colleague over. So my colleague here is going to talk a little bit about our commercial network that we're actually on here at Mobile World Congress in millimeter wave. And he's going to talk about some of the throughputs and the data pass that we got going on. Right. So right here we have a 5G millimeter wave with our partners from Movistar. And we can see we have three devices connected at the same time. Right here we have this computer connected to this Wi-Fi hotspot. We're pushing here more than 1.3 gigabits per second on this device. Okay. And at the same time, that computer over there here, this is a Qualcomm powered computer. We're also pushing more than a gigabit per second on this computer. And then this guy here, let's test here what we get, getting 1.6, 1.7 gigabits per second. And this is real. It's here at the show. This is happening right now. This is just for this demo only. No, no, no. This is at the show. So if you are a Movistar customer and you have a millimeter wave phone, you are connected to this network. And also, if you're a Verizon network, they have a roaming agreement. You are also using millimeter wave. Right. So it's better than the Vodafone SIM card that I got? Well, I don't know about the deal they have with Vodafone, but specifically this is a Movistar network. But it is commercially available if you're here and you have them. Because I've been trying to livestream the last couple of days. And sometimes it's hard. There's so many people. It's a huge show. Everybody has mobile phones in their pockets. That's interference, right? Yes, that's a lot of it. Is 5G better for this stuff? Right. So millimeter wave is actually a spectrum that is very empty. So if you try to use Wi-Fi right now, it's extremely, extremely crowded here. That's one of the big advantages of having a 5G millimeter wave that the spectrum allows you enormous bandwidth. And right now it's very empty. So this is the sort of input you can have. But the trick is to not use this as a Wi-Fi hotspot. You need the ethernet directly. Then you get the speed. Right. The Wi-Fi is crowded. The Wi-Fi is crowded, yes. So that was my mistake. I was doing the Wi-Fi hotspot yesterday. Yeah. Now Wi-Fi is incredibly crowded right here. So yeah. So you want to be on the 5G spectrum. You want to be streaming straight via 5G. Nice. Yeah. All right. So there's so many phones with 5G now. There is. Yeah. And all these phones, they're 5G powered. All these phones here. This first row here is the Snapdragon 8 Gen 2. So these are our latest devices. Those devices on the other side are Snapdragon 8 Gen 1. So these are devices from previous years, but they're also millimeter-eight enabled. What's the better with Gen 2? Well, with Gen 2, we can go through the list, but it has better graphics, better CPU performance. We have a newer modem. It's the refresh that we make it better every year. How is the modem better? Well, we're able to aggregate more carriers, just more spectrum, more power efficient. We've also been enabling artificial intelligence within our modem as well. So now when we start talking about wireless communications, we can now start to talk about how we do beamforming within our own antennas or using artificial intelligence to augment our modem for either reducing power or giving more power for better coverage. So if we want to kind of move along here, we can show you some other areas that we're looking on. There's another area that we wanted to look at in terms of our Snapdragon Compute platform. When we saw the Snapdragon Compute platform, it really is a chipset for PC. So in this case, this is a Microsoft Surface Pro 9, has integrated 5G, but the important thing about this one is it's got artificial intelligence built in into the audio system. Now we've all been on conference calls where someone is typing in the background or someone's dog is barking or your gardener is working with a leaf blower. This technology has AI models that restrict all those audio, all that noise and only sends the prominent voice over. So we're going to give you a demonstration. My speaker is on that's connected to the back and I'm going to go ahead and start recording, right? Chris, this is right here. So what I'm going to do is I'm going to go ahead and I'm going to start clapping my buttons, clapping my hands and I can use the keyboard here as there is no keyboard to make the keyboard noise. But let's just go ahead and click this. Is it recording? No? No, let's see. Start recording, I'm recording right now. My name is Jeff and I'm clapping. We also hear a lot of background noise. I'm clapping, we're knocking and I'm going to go ahead and turn on. I'm going to turn on the noise cancellation. Now I'm going to do that same test where we're talking, we've got a lot of background noise. I'm clapping, I'm knocking on my keyboard and I'm going to stop this now and let's go ahead and play this back. Okay, now you're going to have to listen up here. This is recording, I'm recording right now. My name is Jeff and I'm clapping. We also hear a lot of background noise. I'm clapping, we're knocking and I'm going to go ahead and turn on. I'm going to turn on the noise cancellation. Now I'm going to do that same test where we're talking we've got a lot of background noise. I'm clapping, I'm knocking on my keyboard and I'm going to stop this now and let's go ahead and play this back. Just in the background noise, there was a significant reduction in that noise and then all the other noise. And this is done, again, within AR models we can actually block a number of different noises whether it be a dog barking or someone clapping keyboards. It's really about the model that is put within this platform here to omit those certain noises. And this is in all the latest Windows and ARM. In this case, this technology was using Qualcomm's Hexagon DSP Processing but specifically for Microsoft's Surface Pro right now. And then this is awesome ThinkPad. I see a ThinkPad with a Qualcomm chip set. This is a Lenovo ThinkPad X1 3S. These are just another sample using our HCX Gen3 chip set specifically designed for our laptops and compute platforms. Now if we kind of come back over here, this is another area where Qualcomm is working on. I mentioned that we're mainly working in communications but we're really broadening our horizon. These are all XR devices and we talk about XR, we're talking about virtual reality, augmented reality and mixed reality. These headsets here are a combination of those. These can be virtual reality is where you put the device over your head and you're completely engulfed in a new surrounding. There's other ones here that are mixed reality where I can see through the lenses as well as have virtual reality. And then the far left-hand side you start to see augmented reality classes where we're now putting glasses, they look like more like eyeglasses or sunglasses and we now talk about having kind of being able to anchor objects or being able to show virtual representations of objects within our real world. Now how we do that is these are Qualcomm reference designs. What we do is we reduce the size of what you see here because what we do is we leverage the cell phone technology and we create a high-speed wireless link between my cell phone and the glass and we do some of the processing on my phone and some of the processing on the glass to be able to get that longer life of battery and the better performance. In addition to that, you see... So are these on the market? No, these are mostly reference designs that are early prototypes that we work with and some of our partners that we work with in terms of Gore-Tec using our latest AR chip sets. Lenovo Think Reality is using some of our chip sets. These are just mostly early prototypes of how we can actually build our application processes and build the use cases to be able to show the value of how we can use this technology. So some of these are available publicly but more from a development side. And on the other side? Again, showing the concept that Qualcomm is really working in a lot of different areas. We're talking about earbuds, we're talking about wearables. We're talking about Snapdragon Sound in the sense that we can now, as an artist, produce this video, they do it from a... they record that video. They do it in the most pristine area. So typically when it gets down to our Bluetooth headsets, there's a lot of lossy signals there and we lose a lot of the value or the accuracy of the music itself. What we do with Snapdragon Sound is we create a lossless environment so you hear exactly what was produced within the studio when the artist created the content. And smartwatches? Smartwatches, these are wearable platforms. All have Snapdragon processors in them. And how do you support the Google Wear? I think most of them do. They're all on our Snapdragon Wear 4100 platform. I'm just trying to think here which ones are... That's the one that's Google Wear. Okay, Google Wear right there? That's the one. Mont Blanc, so that's cool. The coolest smartwatches. Yeah, so we also have our CPE equipment in terms of talking about millimeter wave within devices here. So we now talk about, as opposed to building an infrastructure with base stations you can now use this equipment to be able to communicate and phones would be able to communicate directly to these devices as more like cell phone hotspots if you will for lack of a better term. And then on this side obviously we're talking about leveraging the power of our Wi-Fi chipsets for Wi-Fi 7 using technologies like HBS and even aggregation of channels across different bands to get the most throughput that we can. So you do power the best Wi-Fi in the world and then when you go over here it's kind of like mini-base stations. It's 5G extension. 5G extensions will actually have the ability for cell phones to really park or camp on our 5G networks to be able to help more in a kind of a small cell environment so to speak. So if we kind of walk this way, we'll get into a little bit more of the IoT-based use cases. That was really more of our snap ring. And by the way, yep, no, walk this way. So it's getting kind of crowded in here on our IoT side. You can see there's a lot of activity within our IoT space. So I'd like to... Are you filming here? Can you guys do a demo over here at all? Yes. Well, I'm going to turn you guys over to my colleague Merle and he's going to talk to you a little bit about our Qualcomm Aware platform. It is an IoT-based solution and I'll turn it over to Merle. Hey, how are you doing? Earl Martin with Qualcomm. So what we're showing you here is Inclinometer. That's part of the Qualcomm Aware platform. The idea is to be used with utility poles out in remote areas. As you know, it takes a lot of resources, time and money to sync crews out in those areas to report and maintenance on the poles that are out there. So now we have an Inclinometer that allows you the ability to track online the condition of your pole. So as you see here on screen, we have our pole in which we set a tilt breach mark at 9 degrees, right? Physically, this pole is at 15. That if it's past that breach, we'll get indications over time that that pole is tilting so that it gives us the ability to go out and monitor it. The other thing that we're able to do is that if that pole gets impacted and what you'll see in the next two minutes, it'll register a hard red line which will indicate impact. This is the one before that. So in the next two minutes, you'll see that breach as well as the impact line that will be indicating that somebody or either somebody or debris from a natural disaster or whatever has hit that pole. But the good thing is that you not only get the fact of showing that information but you can also find the location. As you can see here, we're in the FIRA here in Barcelona. It's actually tracking the location of which pole is being utilized for this demo. So as you can see at 446, when I hit the pole, it registers that hard line that someone hit it and a red dot to show that it exceeds the nine degrees that the pole is being tilted. So now I can deploy a team out there to investigate and now it can come back and reset the pole back to zero. In regards to the inclinometer that you see here on the pole itself, it is solar powered. So basically as long as it has sunlight to recharge, it'll last long lifetime. If it does not have any sunlight for 60 days, it'll last for 60 days until sunlight hits it again and recharge. But as long as it keeps recharging, it'll continually be used. And what's the technology for sending this message? So the device uses a combination of GPS, Wi-Fi and cellular. So when it sends the data out, primarily it's using cellular. Wi-Fi for triangulation with APs. If not, it'll use cellular and GPS. It's just a minimum cellular once in a while. It's all based on when the device is being used based on the company, how frequent they want that update to happen. It's going to be two minutes. It's going to be once a day, once a month. It's all up to the end user. Is this stuff in the world? Right now we just announced it here at the show this week just as of yesterday. We are working with manufacturers to produce the finished products. And also we've allowed the blueprints to be available to integrators around the world. This could go on bridges. Wherever the use case is we can work with them to build either an inclinometer or even a tracking device of their design. But a lot of these features are leveraging Qualcomm technologies and it evokes connectivity as well as tracking capabilities. Alright. Thanks a lot. Thanks. It's realizing the promise of IoT. Yeah. What other stuff do you want to show here? We can show some robotics platforms. So if I can come out over here. Here we have what we call an RB5 which is an IoT robotics platform. It's really a reference that we use. In this case we're talking about the connected intelligent gateway application. And I'll turn it over to my colleague here and he's going to talk a little bit about how we can leverage this device to really make other devices kind of smart using artificial intelligence. Hi. So here we are trying to demo intelligent connected intelligent gateway where you know the idea is that in an industrial setup where you have multiple devices, sensors spread out to your facility you want to but those don't have any intelligence you want to aggregate all those data and give a consolidated picture of what's happening in the facility in a graphical interface way to the people like managers or admins so that they can have a holistic view of what's happening in the on their facility. So that's the use case that we are trying to What's this little thing here? So this is the intelligent part which provides the connectivity means wireless, both types of connectivity means and it also has the ability to connect to a private 5G or 4G cellular network So you know if you have Dragon board? Yes. The cellular connectivity is provided by XZX55 based chipset and the actual compute and intelligence is coming from QRP we have a chipset called QRB 5165 which is a very powerful you know SOC which has got octa core up to 2.8 GHz support VSP, GPU support hardware accelerator for both computer vision computer vision AI accelerators so all those is inside this is a development kit what we are trying to show is you can use this reference development kit to solve this kind of real industrial use cases with an existing reference platform you don't have to worry about the platform bring up everything is there and you can just focus on the application development part What is this box? So this is a kind of what you get as a package the RB5 reference platform RB5 RB1,2,3,4,5 from 3rd we went to 5th and we also have 6th Is it because you don't like the number 4? You have 6th also What does 6th do? 6th is more or less same as RB5 but it has got more AI processing power so if you want to do on the edge compute it is able to provide around 200 processing power within the platform RB5 has around 5 tops but if you have new if you need a higher processing need then you can move to RB6 platform One more spot if it's okay Thank you sir If you come on this way I want to really talk a little bit about our X75, our latest chipset I am going to bring you over here Hi, how are you? So what are you showing here? So we are showing here the X75 So this is the X75 is the latest modern RF system from Qualcomm launched this about 3 weeks ago So this is our 6th generation of modern RF for 5G that Qualcomm is bringing to the market now So we have a significant change here in comparison to the previous versions as we have a new architecture for the transceivers So we are integrating subsets and millimetre waves in a single transceiver as you can see here So instead of having more than one or several we are integrating these in a single one having impacts especially for instance in the power consumption So we are reducing the power consumption Another aspect is the 5G AI processor So we have introduced the first generation of one AI processor last year and we are bringing the second generation right now So which has impacts on the performance especially on performance of radio conditions So for millimetre waves we are enhancing the link robustness decision for instance for GNSS navigation so for GPS applications And on the top of that we also have the enhancements on the spectrum side So we are enhancing downlink and especially uplink capabilities adding more carriers and adding for instance FDD MIMO So this is introduced for the very first time from Qualcomm side So it's a huge flash, it's a huge package we are bringing it to the market So supporting sub six, 5G millimetre wave and satellite Snapdragon satellite when it's ready for the market Is this complete and full 5G potential? Correct, yes Everything that's possible in 5G is in there We are supporting all commercial bands for sub six and 5G millimetre wave which are in the market right now And that's just going to allow for better modems? It's going to allow better modems It's going to allow better and more flexible utilizations So we are hoping that there will be adoptions also from the fixed wireless exercise side because we have a much more I would say efficient millimetre wave connection utilising our silicon So for fixed wireless access we are getting more and more traction for 5G We believe it's very important to take this technology in adoption On the top of that we also hope to have adoptions also from the PC side because you see more and more 5G penetration in the networks and the PCs can be you know connected via 5G as well PCs and also tablets I got this amazing little thing in Switzerland where because I live in a village and it's not very fast they give me a little device to boost my internet So you can combine 5G together with copper internet And this is you are speaking about fixed wireless access so your example in Switzerland is a very good one because we are just with the 5G as we have more spectrum available especially for fixed wireless access which is using millimetre wave so we have a much much higher spectrum bunch so if you compare to for instance having a highway so with several lanes instead of having one or two lanes you have like five or six lanes that you can allocate and then you can transfer more data utilizing the pipe or the RF pipe that you have available So I was thinking when I get this extension and it's 8pm maybe I won't get that much bandwidth but actually 5G it's just allowing more and more bandwidth for everybody at the same time It depends if you speak from that viewpoint it would depend also on the operator side so I mean we are speaking now from the device side right so from the device side we do have the capability to offer that but in this case you spoke about the time so that could also rely on the operator side if the operator is ready to offer you a package that you have a limited connection at every time And all this technology you show here does it come to the smartphones? This is coming also into the smartphones so it's important to say that we are now X75 is ready for shipping at this moment and we are expecting commercial devices more to the end of the year depending of course on the OEMs When it's a smartphone it puts the modem together with the SoC it's kind of like a different thing right? This is just for the 5G Essentially yes, essentially yes for the 5G but we are speaking here about the system it's not only the SoC so we have also the RF bar included because we are speaking about the 5G mode system it's not only the X75 which is new but we also have the RF bar including the millimeter wave quality and the RF front end Does every country adopt all this stuff? Like this stuff is 6GHz some countries have and not others yet and stuff It would depend of course on the country regulations right? so that I don't comment but we do offer the flexibility for the OEM to offer this Alright, thanks a lot Thank you very much indeed Okay I think we covered quite a bit you can see that Qualcomm is in a number of other areas just outside of the modem we really kind of looked at the IOT stuff we looked at a lot of the Snapdragon Compute devices some 5G millimeter wave data tests we looked at some XR devices we looked at wearables we looked at Haribos in terms of air devices we did an echo cancellation or noise cancellation demonstration so you can see how Qualcomm is really exploring a lot of different areas and creating technology and disrupting markets It's an amazing job you have right to work in a company where it does so much technology for the planet for the humans and bringing so many new things all the time and I tell you what one of the best things about Qualcomm is really mostly an engineering company we solve complex problems and we make it easier for our customers to deploy really creative use cases and that's the beauty we're all here to solve problems and really disrupt markets so everybody can live a much better life and have conveniences and technology and communication in almost every bit of our lives if you look at your house today almost a lot of these devices have Wi-Fi as I looked at the other day and I had 40 devices on my Wi-Fi hotspot that's because my refrigerator my washing machine and my dryer and all my kids have all their devices you can see how this is going to grow and you can see how we're going to need all this extra spectrum just to be able to work within our normal life and soon as three nanometers then it'll be one and when it's below one the efficiencies continue to come up the smaller these devices the resistors that we can fit in them the lower power that we get so there's just so much so much efficiency there's a lot of challenges that go along with it but just saving of power and heat goes a long way in developing these products thanks a lot, you bet thank you very much do you have my card? the video is right here and it went live with this Qualcomm Qualcomm 660 powered device it has 4 HDMI inputs oh nice and it's switching using Qualcomm oh nice but this one only has a 4G inside and yesterday I was trying to use a 5G Wi-Fi Wi-Fi hotspot but I could also connect it on the Ethernet and I did that once I was using two different things together let me show you these are all the access points for 5G networks right now this is just a Wi-Fi scanner so when you try to communicate there's a bazillion access points in this area right so when you're trying to communicate you're competing against everybody on all those access points so there's so much interference it's very challenging when you're at a show like this to be able to get any reliable communication now we just showed you some millimeter wave stuff right where the millimeter wave stuff was going in and it doesn't interfere with the millimeter wave these are all on different spectrum I think the millimeter wave stuff is at 28 GHz this is all at 2.4 and 5 GHz this is the 2.4 band but the other one that I just showed you the 2.4 band is still pretty crowded the 6 GHz band which is really Wi-Fi 7 which is really not I don't think that we're allowed to broadcast in Spain in the 6 GHz but you can see it's empty right so in the United States we can actually broadcast in the 6 GHz space over Wi-Fi so this band is very open and will be open to be able to create new use cases and new bandwidth more bandwidth for new applications awesome I added this at the end of the video awesome thanks a lot thanks for your time is it possible to have contact with some kind of marketing what can I take with you I'll send you the link for the video cool, thanks a lot thank you which one? oh yeah that was a cool video welcome, never disappoints amazing booths with all these different things all this new stuff let's go back to MediaTek let's check if they're available just need to check my phone for one second alright ok I'll just put you in a break for one second Qualcomm is launching something in 7 minutes in 4 minutes really? I filmed the video just 8 minutes too early ok but I'm at MediaTek now so try to do the video at MediaTek thanks for waiting I need to put you in a pause so I don't film people before them knowing they are being live streamed trying to be respectful that way that's why you're in a pause introduce yourself sorry so please introduce yourself hi, so I'm Fenbyr Moynihan I'm the vice president of corporate marketing at MediaTek and this the latest is very powerful so our latest well we've got a number of latest ones but we have our Dementity 9000 which is our flagship line the latest product on that was the Dementity 9200 which we launched in November we've also got an 8000 line for the premium products and the latest one there is the Dementity 8200 which we launched in December and then just before Mobile World Congress this year we launched the first of our 7000 series Dementity 7200 and how powerful is the 9200 the highest end it's our latest flagship product checks all the boxes so like 4nm, 2nd generation TSMC technology the latest ARM IP so we've got a Cortex X3 CPU for the big core we've got the Cortex A715 and the Cortex A510s for the big and the little cores we've got the latest ARM Mali Immartalis G715 graphics which supports features like hardware ray tracing on mobile of course we can do 200 megapixel cameras we've got 8k video support Wi-Fi 7 support lots of high end features and this ARM Cortex X3 X3 is one very big powerful core so the way we architect these flagship chips is we have one so called extreme core and that's the Cortex X line and the latest version of that is the X3 so we run that over 3 GHz and then there's big cores and little cores so you kind of move from one kind of yeah so you have one super fast core for like the highest single core computing performance and then of course as your load goes down you can migrate all the way down to a little core for low power consumption nice and here's a bunch of products and they're actually in products exactly so these are all phones that are available so for example we've got the Vivo X90 and the Vivo X90 Pro so these are two phones that are shipping already with our Dimensity 9200 so these were launched late last year already in the market in China and now in other markets as well like Europe we've got for example then some other phones here like we've got Xiaomi we've got ASUS that also launched a phone last year based on our previous generation the Dimensity 9000 plus which is the ASUS ROG gaming phone so a high end gaming phone and then these are some other examples of phones that we have with like Dimensity 9000 they have some serious products so it's just ultra smooth anything you can think of is fully supported yes, yes, super high end the other thing that's maybe interesting you can see on the other side of the table we also start to see kind of like a new wave of designs so we have for example foldables oh, we have some foldables we have some foldables so Oppo just launched the Flipp that's a Flipp phone based on the Dimensity 9000 plus and just today Techno launched a full foldable product also based on Dimensity 9000 plus nice and you got really good power power consumption I think that's the advantage of the process technology with TSMC, 4nm process technology and also the architecture that MediaTek puts into the whole design of the chip what's happening here so here we're showing some of the technologies that are integrated into the Dimensity 9200 so on the left what we're demonstrating on video is hardware ray tracing so up to now ray tracing is a technology that was only really available on high end gaming platforms so ray tracing basically does subtle light effects on the graphics so it really enhances the realistic imagery that you see on the graphics that you see here on one side is, well this is not quite the same but on one side you'll see ray tracing turned on and on the other side you'll see ray tracing turned up you can see the difference between the two here we're also showing some capabilities around the camera so we have a lot of high end features on the camera integrated into the Dimensity 9200 also on the display technologies that reduces the motion blur and this is again very important for high end gaming experiences so you don't sort of have phantom images on the display and here we're just talking about some of the power consumption so we see a massive improvement in the power consumption for the Wi-Fi because we've integrated in this platform a new Wi-Fi 7 capable chip set that's built in 6nm technology with extremely low power consumption for Wi-Fi so we see a huge reduction in the Wi-Fi power consumption with this platform nice, there's not only more performance there's longer battery which is a very important thing and you can see, I don't know if we can see it somewhere but one of the messages that we delivered as part of the Dimensity 9200 campaign was incredible performance, intelligent power so we're always trying to balance the power and the performance that you get on the platform somebody's commenting a best chip 8100, 8200 and 9200 yep, so Dimensity 8100 the new version of that line up for the premium is the Dimensity 8200 which we just launched in December and you already see some phones available from some of our customers with that and then for the flagship, the highest performance of course is the 9200 and everything is 5G now well, we still sell a lot of 4G products and those are still important for certain parts of the market but we think this year maybe close to 55% of the global market will be 5G but only anything at the high end and starting coming down into the other tiers is already 5G capable so let's have a look so this is another demo that I was showing you that I was talking about the ray tracing so you can sort of see as the bar slides ray tracing is off on this side ray tracing is on on this side and hopefully what you can see is there's a lot more subtle shadows light effects when the ray tracing is turned on so again it's all about the gaming experience having a more realistic more immersive experience for the gamer and so like I said, historically this was something that wasn't possible in a power constrained environment like a smartphone 9200 delivers that and like just a couple years ago Nvidia was saying this is a cutting edge you can get on a desktop and now it's on mobile, exactly so that's why I think it's quite revolutionary and quite amazing 120Hz well but this is a technology which we call intelligent display sync so if you think about how you use your smartphone, sometimes sometimes you want a really high refresh rate if you're gaming so you want to have like 120Hz refresh or 144Hz refresh refresh of course that's going to give you the responsiveness but it's also going to give you higher power consumption what our technology does is it detects what's happening on the screen so for example if you're just reading email or messages you don't need to refresh the display at 120Hz and you can dial it down to a lower frequency you still get the same user experience but you reduce the power consumption significantly and the real trick is then being able to respond very quickly when you want to go back to a high refresh mode so what you see here is basically no degradation in the experience but on this side it's still 120Hz here it's dropped down to in that case it was 30Hz or quarter so you can almost like save 75% of the power by doing that no loss of user experience nice awesome variable refresh rate intelligent display sync is what we call it but it's taking advantage of the fact that you can have displays with variable refresh rates cool can you go all the way down to zero no there's probably a minimum but you can probably go down to like 10Hz or something so it can go from 120Hz down to 10Hz and you can almost like think about that scaling the power consumption for that part of the system linearly so it could almost go down by a factor of 10 or 12 it depends if it's an LCD or an OLED of course so you've got to match it with the actual panel of course but that capability to sense what's happening on the display is built into the chipset and then you can take the control action the same chip can do both LCD and OLED correct that's an OEM design decision for the phone all right cool do you want to keep going maybe I'll come over to the one over here so what we're demonstrating in this corner is another maybe major story from MWC this year is around satellite connectivity or satellite connection so we've been working on this for a few years MediaTek has a solution that allows us to implement bi-directional messaging for satellite communication so I think we all know Apple launched this feature with the iPhone 14 last year but MediaTek solution is based on the 3GPP standard and it supports bi-directional connectivity so you can send and receive messages with the phone we've implemented a standalone chip that you can integrate into any phone to add this capability and we've worked with our partner Bullet who's got a number of devices that they've also announced at this show so they've got a partnership with Motorola they've got a Caterpillar branded smartphone coming out that's going to be available in the next couple of weeks and then they're also developing a satellite link product which is essentially just a standalone product that provides the satellite connectivity and then you can bluetooth that connection to any phone so what this is used for is basically emergency you know when you're camping, hiking, remote areas places where you don't have a cellphone coverage you at least have the ability to contact somebody if you have an accident or you're in trouble or you need some to come get help so that's the first generation that's different from what Elon Musk is talking about the Starlink he's just going to expand cellular in space and then you don't need but this is like a different protocol that goes directly to some specific satellites so we're like I said working with a standard space approach so it's compatible with 3GPP so the same organization that standardizes 4G, 5G etc so we work with geo constellations so high satellite constellations that give you global coverage with the satellite today so there's lots of different kind of satellite constellations lots of different kind of standards but like I said ours is available now shipping and product soon allows for the bi-directional communication which is really important so soon every phone will have this soon every phone will have the ability to add it if you want I mean I think it's still going to have a service model associated with it so will people want to do that but we have that capability now the other thing which we're demonstrating here is what's coming next and this is still maybe two or three years out and this is more of next generation satellite technology which is called NR NTN so for new radio 5G NTN non terrestrial networks satellites and this is basically what we're demonstrating here is the ability to have megabit per second data rates over satellite connectivity so in this case you'll be able to do like video call other kinds of data services over satellite so this is more of a technology demonstration actually demonstrating a video call from a satellite to a regular cellular connected it doesn't work indoors no we're not connected to any real satellites yet so what we're doing in the demonstration is we're emulating the signal that's coming from a satellite just to show how it would work do you use an LCD phase array antenna on the phone maybe not something else so this is still standards based it's using the standard like L-band or S-band that satellites use so it's a fairly regular satellite interface at those kind of frequencies nice cool I got one comment here somebody saying my Xiaomi 12T has excellent temperature management thanks to the 8100 yes that's a great device so it's a really good device and I think the Dimensity 8000 series has really kind of hit a sweet spot it's a really optimized device for premium experience but still giving you really good user experience and power consumption you have lots of infrastructure stuff maybe moving a little bit beyond the mobile space I'll just talk about a few things here so another big area of focus for us is 5G beyond smartphones so one of the trends we're seeing adopting quite a lot is 5G for fixed wireless access so basically using 5G to bring broadband to the home and what you have here is an array of products from leading operators so you see O2, 3, EE Verizon, T-Mobile, Rakuten in Japan these are all providing 5G broadband access to the home so this would replace cable DSL, fiber to bring broadband into the home that's another area of focus for us in terms of what's coming and then maybe the other one I would point out these are Chromebooks? sorry, oh yeah, these are Chromebooks with companion stuff so no, these are no, sorry these are all Windows laptops so we have a partnership with Intel and so these use our 5G module modem to provide 5G connectivity in the laptop we have our Chromebooks over here on this one how's it going with the Chromebooks? are you going to dominate this market? we are the number one arms supplier for Chromebook solutions I mean, the Chromebook market you sell more than Qualcomm? yes, yes so you can see some of the products here so we have a strong focus on Chromebooks Chromebooks are awesome they can bring affordable excellent products to the whole world and we started I think our journey in Chromebook started in the education segment which was the growth segment and of course that segment saw huge growth during the pandemic when everybody was educating people and children at home but what we focused on since is also bringing high-end features into the Chromebook roadmap so we have now three tiers of Chromebook products we call them our Compagno line so there's a Compagno 500 which is the entry product which is probably a good fit for education there's a Compagno 800 line and a Compagno 1000 line and so we are bringing high-end capability as well high-end CPU, high-end GPU AI, camera, gaming features to high-end Chromebooks and these are fully optimized for Chromebooks? correct it's not just taking a rebranding it as a Compagno these are optimized apps processors for Chromebooks, these don't have a modem in them, they obviously can have Wi-Fi so you have different tiers different display sizes but because it's like ARM-based technology for MediaTek you get this super all-day battery life which I think is very important for some of these use cases and what I think is important I love that Apple is doing the M1 and M2, it's amazing it'd be nice to see something pretty much as good but less than half the price not the quarter of the price but the third of the price and there you have solutions people can buy these for like $300-400 exactly and you see solutions from Lenovo, from HP from Asus so we have multiple brands multiple price points high-end, mid-range, entry price it's a crazy long battery life and it never slows down whatever you do with a Chromebook it's always smooth we were recently at an education event like a trade show for education for Chromebooks and one of the things we did was we ran our Chromebooks all day without having them plugged in so the demos were running on battery all day it was like complete proof of the pudding so that was kind of great and some of them they made them even drop proof, very durable and then you just give it to someone after a couple years and it's like a brand new laptop for young kids it's important even here the other major technology we're demonstrating here is the next generation Wi-Fi standard right so you've probably seen that we're moving now from Wi-Fi 6 generation to Wi-Fi 7 generation so we have here sorry we have here a demonstration of our Wi-Fi 7 access point platform so you can see from the demo we can support over 10 gigabits per second so as high as 13 gigabits per second through plus Wi-Fi so this is actually a live demo and you can see the number here it obviously changes a little bit 13.2 13 gigabits per second on the access point because Wi-Fi 7 adds 6 gigahertz channel it has 320 megahertz bandwidth so you get a lot of new features with Wi-Fi 7 that can really help the throughput but also there's some other really cool features in Wi-Fi 7 that help with latency which is very important for some applications nice so I don't know was this something we missed? I think we got a good tour so you got enough? yeah thanks a lot is it possible to have your contact? yes thanks for all the comments I've been hearing that I need to run back to Qualcomm nothing is happening at the Qualcomm we are at Qualcomm so we are going to check out the nothing the new launch here someone can speak are you guys waiting for nothing? yeah we are waiting for nothing still waiting nothing to see here? it's over in the moment we are waiting nothing happens nothing good or? nothing happens nothing happens do you think nothing is interesting? yeah nothing is interesting nothing happens today nothing happens so many message people say I should check out the nothing but there's nothing here right? yes it was nothing at least it's not boring it's not boring so do you go to the open place? what's the place of honor? tell me about it can you guys take me photos? what are these guys doing here? are you on? alright so we had nothing event I will check now in the chat so you tell me what to do I'll do it I'm your slave that's how it works the internet okay so run to Qualcomm I've already arrived I'm at the Qualcomm now so I did what you asked thank you so much my boss I'll go to AWS I'll do the AWS I'm going to ask Jeff Bezos tomorrow in a private meeting can I get a discount? when I go to Amazon I want a little code so I can get a discount when I buy my USB cables maybe that's not the question to ask if there's another question to ask you need to write it in my comment what is it that you're interested in I'll try to focus on that thank you so much I use AWS a lot I back up all my stuff let's go ask all these guys there's lots of guys around here I want to ask them what check if nothing is happening okay I'm checking if nothing is happening can I ask you something of course do you know if nothing is happening yes currently currently nothing is happening there's just loads of people here for nothing I don't know why they're here but they're here for nothing for nothing right yes weirdos completely weirdos is nothing cool or is interesting or is not I would say that they're having to take a very interesting strategy because as Don said in his interview the phone market is super crowded and the only way that you avoid I guess people not paying attention is you have to do something a bit different so I think even calling the company nothing makes it interesting and the device that he made it's a very different approach so I think that's generally what they're going to have to do they have to be a bit different at least it's not boring no it's definitely not boring and it's puns forever I mean even the fact that the countdown ended and nothing happened and then he came up I was like that's kind of cool there was a countdown nothing happened exactly it's perfect that's great apparently no there wasn't even a phone we were at MWC and there was no phone announced it's awesome everybody is really cool it's live streaming I love it it's a very cool piece of kit you know this the YOLO box YOLO box pro it's dope it's like I'm allowed to be here and it's double dual camera I like this camera look here it's switching between the cameras what is your channel Gadget's John Gadget's John actually so I run I'm running the snapdragon instagram do you run the what snapdragon instagram follow snapdragon underscore UK and you'll see all of the stuff that I've been posting from MWC how's it been going actually if you go on instagram look at the last reel I posted you'll see the coolest thing that's ever been shown in MWC you go on instagram you search for snapdragon Gadget's J-O-N go to my last reel that I posted it's the coolest thing that's ever been shown in MWC Gadget's John J-O-N John if you go on my reels it's literally the coolest thing that's ever been ever been on MWC just before we did the boost tour there's so much cool stuff there's the 5G is crazy do you know anything about stable diffusion what is that so it's an AI it's an AI machine that can generate images from text so you describe anything you want so a portrait of a man standing on a hill it's not one of the devices they've got here I'm not sure who's got it at the moment but it's on the phone you can give it all these prompts that will generate an image in under 15 seconds it's one of the craziest things I've ever seen because normally you have to use quite a powerful computer to do it so you could just say do video blogging at MWC exactly it will generate an image of you here is so much have you seen the whole channel anything android anything android related it's kind of my deal I like the stuff where they kill intel where they kill intel and windows machines this is your oh yes and also this coffee here I'm waiting for a zv100 Sony zv100 it's gonna be like a low cost version of that one interesting maybe not and maybe it'll have a good stabilizer I'm joking nothing in size this this is for my Panasonic IBIS you think you're hand stable I don't need any help city hands, I don't drink coffee so where did nothing go they're in the back nothing's in the back thanks a lot so I'm checking out the comments telecom digital business marketplace yes the aws telecom exchange I'm going to check that out for sure so here's the place to do the check on which camera I'm on here's where we do the nothing selfies so welcome to the nothing event here the mobile world congress there's nothing to see here nothing to see here I hope you don't care about nothing because if you care about nothing not sure you'll get anything you have to care about not nothing maybe that's what they're trying to say let's try to ask some other guys what happened here I'm going to check here the live chat check out if nothing's happening any news on nothing ex snapdragon run to colcom bye go welcome section I mean nothing they're announcing something at nothing please go go nothing booth nice go for nothing ask for nothing so I'm going to ask you for nothing so if you please don't super chat don't subscribe don't join don't like this video that's all I'm asking thank you very much it's awesome guys what's happened these guys are experts can I ask you something sure video hey what's up so are you here for nothing yeah I was there for nothing literally nothing came out the announcement but yeah so here at MWC 2023 checking out new stuff so how do you feel about nothing I think they're a very interesting company they started for because they have some very interesting approach to dealing with tech and they had the earbuds first and then they had the nothing phone one and now they're going premium for the phone 2 so looking forward to seeing what they do next do you know what they'll be I don't know yet but I did ask them and they're not leaving much but it's going to be interesting because they are going to go after a $600 which is going to be interesting and they're going to get full premium on $600 because they're going with 8 Gen 2 or Snapdragon 8 series it's going to be interesting that's what I've been waiting for for like a decade for nothing in terms of profits profit margin being nothing that's what OnePlus charted around with and but then prices have gotten more expensive but yeah so I think that is a right time for flagship killer to come again and I think it could come from nothing as well alright how cool is mobile world congress it's been pretty fun this year after 3 years not coming year it's good to have meet people face to face and see products and experience them it's been fun it's cool that people are traveling again wearing masks some people are wearing hats but most people are not and I think we'll know the end of the week if you fall sick but yeah but it's fun I think we have the confidence to come out and travel to come here and I think it's fun because I think more than anything else the weather has been not great in Barcelona this week we finally saw some sun today so that's good news nice it's sunny in Barcelona do you know how to tango? not really what's next you're going to do all the conferences? yes probably so I have been 2 more days to go here so you know check out most stuff this just been stuck in one hall for the last 2 days how many posts do you do during the show? yeah maybe close to 100 plus posts 100? just by yourself now? no we have a couple more couple guys more 4 days more than that average 20 per day what's the most popular right now? I think the rollable Motorola is already part of the one and then the one plus concept is also very popular and then you have the satellite thing from bullet and media tech I think that's also very popular I think SpaceX has a build here is it? yeah maybe they talk about something yeah you go check it out nice to see you it's been a long time cool ok so guys on the live chat nothing phone 2 will be having when you go here having a snapdragon 8 series SSC and be releasing in second half of the year alright so nothing is snapdragon that's a cool combination we got a snapdragon let's check these guys maybe who else I can talk with here in video I should be asking the intel there's something at intel I'd rather not film something I have to film nothing there's been like 20 comments people asking do find a nothing let's find a nothing guy and see if I can ask the nothing what's gonna be they say it's happening behind here let's go here you see there's something behind nothing but you see you have to you have to get an invitation and then maybe nothing becomes something if you get the invitation maybe you will see it should I try to see it I'd prefer not knowing what nothing is I prefer it makes me feel calm I'm not stressed I'm relaxed I'm not worried cause there's nothing to worry about it's very good okay say hi yeah he'll check the video after you should try it I will try nothing nothing is a future look at these guys they're playing around with crazy smart glasses they're checking life even thousands of people have been wearing these smart glasses nobody's afraid of wearing smart glasses right now everybody's cool to watch them let's try here hey hey do you want to be on that video can I do a little video with you yeah I think it's cool I think it's cool to be on video what are you filming so I'm here for nothing what's happened nothing happened nothing happened they announced that they're going to launch 8 gen something chips 8 series chips that's it, that's it, that's all we know there's coming a phone nothing, the new nothing where did you hear it after nothing happened nothing happened was it worth it to come all the way it's about relationships for me it was a chance to say hi to call and catch up I haven't seen him in person since he launched a phone one so I play with the phone one, I like it a lot but I want a flagship now and I want a US market phone and that's apparently the two things we're getting because of the 8 series chip so that's the nothing we found out about there's nothing in the US or there's nothing in the US there's nothing in the US there's nothing nothing in the US it's not easy to get to the US when there's all these fruit companies like people have a hard time to get in the food basket it's kind of like a dual company you know situation there's Samsung and Apple kind of something like that do you have an opinion, do you want to say something you have nothing to say no comment, nothing alright, that's cool thanks a lot alright, that's cool I will keep filming nothing alright alright, so that was a nothing show thanks everybody for telling me to come to film nothing I'm gonna try to switch things around a little bit let's try to go over here let's walk towards Intel oh, sorry you're blocking let's see if they're still open for business at the Intel let's check if it might work do you know if it's still possible or maybe not too late it's maybe okay you can film me hi yeah, is there any chance maybe they're still around behind the column there in the middle yeah, okay, thank you let's try to check out if there's a social media your camera's on hi, are you the social media guys? no okay they told me to go behind the column and look for the social media guys the other behind okay, thank you thank you, let's go here let's try here alright maybe not you are on alright maybe not let's go back to the let's go back here alright what no pause it's probably too late, right? maybe okay, so tomorrow we'll try okay, thank you do you have a business card? just in case this is where we try live stream and interview just in case, but we'll just swing anytime tomorrow okay, thank you okay Intel is out of business right now no interviews to be done I think maybe it overheated it's got too much going on and it's stopped working okay thanks for nothing that was a nothing area here so yesterday we filmed with the ZTE Honour SK Telecom even Microsoft today we got the Qualcomm, the MediaTek ARM all the stuff I'm gonna check the chat AWS please oh yeah, let's try so where is AWS? I think it's over 6pm I'm gonna check now if I can find AWS you can show my phone I click on the exhibitor I click AWS Amazon Web Services and I think it says CC what is that? this is a bunch of special meeting rooms what is this upper walkway? where is that? oh that's the entrance that's not okay so maybe I said the entrance see all this Amazon stuff is on the first floor by the entrance so I guess let's go there let's go have a look because we finished this hall hall 3 is done no more free cookies no more free smoothies time to go towards the exit which is also a new beginning because maybe the exit has our next target we're gonna go up we're going to AWS so AWS is famous for being 24-7 24 hours a day and we'll see if it's true or if they go to sleep thanks for watching I hope the connection is still on I've been wanting to do live stream at Mobile World Congress 10 years so is that north? where is the south? this way we're not going north we're going south upper walkway we're gonna go on this little thingy even though it might go a little bit faster to just walk next to it any other messages in the chat? please this is the one there was earlier you told me I need to ask about the telco exchange it's all cloud based how is it different compared to how the telco exchanges have been managed before let me know so I can ask something as if I know what I'm talking about Telcom Digital Business Marketplace this is how the end of Mobile World Congress day usually happens bunch of people all walking the same direction which is the subway everybody wants to get to the subway because forget about it you cannot get a taxi forget about it you can get the subway if you got your free ticket they give you free tickets to the subway here is the welcome room I'm not sure who they welcome for what we're nearly there now it's hall 2 HL Tech Salesforce Cap Gemini Ucla it's busy China Mobile Air Span that's how you get Mobile World Congress coverage if I speak weird it's because I'm listening to myself one second delay and I'm not sure why I do that busy to just speak like this without listening to myself I like monitoring the sound we're nearly there maybe I'll switch to my camera a little bit I'll switch to this angle my voice is not going to be very loud when I'm behind the camera so I see it AWS welcome to the next level we're going to go straight to the next level the bus is here look at this beautiful sunset here the Mobile World Congress and the AWS the corner behind there hopefully they'll welcome us with open arms since I have some instances running my website runs on AWS and the ARM instance see all these AWS rooms all the way down there hey how are you yeah it's possible to do video too late yeah so it's youtube interviews about cool technology and maybe some I get so many messages on the live stream people are saying hey AWS we want to know what's the latest or if it possible maybe an interview with Jeff Bezos like I'm sure he's here somewhere I'm sure he just hangs out in some meeting okay yeah he's not even a CEO as I remember alright not recording you but I'll put it on a break just wait a second I'll be right back so not possible to film on the AWS right now but tomorrow morning we'll be back and we'll see if they are letting us do some videos there sorry about that the AWS is not recording unless they pretty agree to maybe try to do some AWS otherwise just go on my website armdevices.net it's on ARM AWS instance and it's free on the free tier but I'm getting a lot of crash I have to reboot a bunch of times probably because it's a too small instance I don't know I need to figure that out soon and I haven't really fixed my SSL and stuff so check this is like the guy from the World Cup who says Metro left Metro left Metro left that's what they're saying I think but they say it in Catalan in Spanish Metro is left it's actually exactly what they're saying cool so thanks everybody for watching today's stream is ending right now and hopefully the 3 megabit was a bit right but something smooth not too pixelated at least it was very little drop frames 4 hours, 9 drop frames that's positive alright thanks for watching it's time for tapas we're going to the tapas okay see you