 here's a new MediaTek 10 nanometers this is the MediaTek X30 partnership with TSMC they're doing 10 nanometer which is a crazy cool multimedia powerhouse it does all kinds of 4k is a tri cluster 10 core all right so let's check it out here at the booth so hello hi I'm Wendy from MediaTek and they have the X30 in actual prototype phone right here yep so it's actually running in there and it works yes definitely so I'm gonna show you X30's great thermal performance so right here you're comparing with the Samsung S7 so right here it's a it's a live demo and we're auto running a browsing so we can see that the thermal performance is exceptionally good on the X30 it's just cold you can there's no heat just has been running on here since you know it's been for running for three or four hours already and you can see that our X30 performance is thermal performance is at 35 point 35 degrees versus our competitor is at 40 degrees 35 is like a temperature human kind of it's not too hot yeah it's gonna be fine it's not gonna explode like Samsung it's great for it's yeah it's it's it's great we got really good because of our core pilot 4.0 technology that's on the X30 that's why we have great thermal performance so yeah what is it showing here this is showing so this is something we pre-recorded so elephant stress is a benchmark so we're basically saying that we have better benchmark scores you can see that we have great benchmark scores yet you have very excellent thermal performance as well so in terms of different ass browsing so you can see how great is it perform the benchmark score is it the best on the market yeah but we will we compare with the competitor flagship so it's great so what's the cores you have is a 72 dual a 73 2 a 73 for 53 and 435 so this 53 and 35 yeah so it's a through a tricluster 10 nanometer 10 cores cool now I'm gonna show you a lot of our performance so so you can see here that this is running this is running the browsing app and you can see that in terms of when we run browser you know Facebook Navigator and gaming we have we have a great power with Delta game so in terms of us versus competitors when we do a browser you know we're only using the power consumption is only 400 something milliamps while competitors over a thousand million so basically over 50 around 50% power Delta game in these apps so all this is you know based is because of our core pilot technology and our pilot 4.0 technology is the newest our previous generation at the x20 chipset is running on the core pilot 3.0 and now we're running on the core pilot 4.0 technology so that's why it's giving all this great sustainable and low power performance core pilot 4.0 so core pilot 4.0 basically we have a very intelligent task scheduling system so that that that intelligent task scheduler basically determines when a when a task comes in it determines how much how big of a loading in need how how much power it needs and because we've got the tri cluster technology going on it will determine say this load requires mid cores or lower cores only then you'll actually designate the correct core so when our competitors have only large and smaller cores it maybe there's some wastage in terms of in certain terms of power on cores use so you have very small algorithms yeah and you can do the same performance as the half the power what does it mean what's the competitor yeah so basically like here we're running navigation right here yeah we're running navigation this so this is recording the slides live recording we're running navigation right here and navigation you can see that actually it's using 382.4 milliamps while competitor it has consumed 935 milliamps so the delta is actually 59% so we were we're 60% lower in terms of power consumption right up for that app so would you say that the the tri cluster is really paying off it really makes sense yes definitely it really helps yes in terms of thermal management low power performance and and also powering all our multimedia it's a lot of to do with 10 nanometers also right as well definitely that definitely does play a part as well so you know it's great that we have 10 nanometer 10 core tri cluster technology all playing hard to make this a really great platform and over here only on these apps we were saving power we also we also specifically save power for gaming as well so you can see that we have an intelligent power saver here and on this intelligent power saver so here we have a side-by-side comparison of this power saver technology on versus off right so when the power saving technology is on you can see that when we're running these games again when it's up it has you know it's consuming 229.98 milliamps when it's on it's actually consuming 30% less power so it can optimize the game based on what's happening inside the game that's so basically we're saving power at the PCB level and also in terms of different apps we're saving on all these social media apps most commonly used apps cost gaming and also on the screen so basically one of the most so one of the most power consuming power consuming things on the phone is the PCB and this the screen yeah so so basically exactly so we also have to know so what are we looking at here so we're looking at here is energy smart screen is it an OLED because it says it works for both LCD and OLED but this is on the LCD so I'll show you here that so energy smart screen here we have you can't so here we are having fun at the top of this on right then we had this the life power meter and see once it's powered on you can see that the the power meter is measuring that the power consumption is dropping so basically you smartly use less brightness actually it's based on the content we determine how much how bright well our display is gonna show it doesn't look like it's blinking right no of course not it's basically the it's basically the same visual experience so okay let me talk about so when I come back to this power meter that's that's measuring you can see that it's automatically going up so this is nice so this is both LCD and OLED yeah and it's included with your chip yeah let's talk about multimedia so maybe I think they're talking about so we're comparing with the iPhone 7 and basically it's two times optical zoom and we have when we zoom up to 10 times yeah you can see that look at the big difference look at all the noise look at the noise that you can see on but it's not it's because you have dual cameras no no this is a dual camera and so and so it's basically we have this is the magic 2.0 ISP and so we have very crispy images great noise reduction the excerpt sorry we're gonna toggle what is in there it's on and off switch so basically we're basically simulating that when you that we can auto adjust to auto exposure really really quickly nice so so so when we switch you can see that the X30 inside is the quickest and responding to the lighting nice all right HDR so this is the X30 and this is the iPhone 7 so this is a 4k HDR ready so you need a 4k HDR this way this is no I mean no basically yes this is this is basically saying that we have we can we're the most to be able to decode on hardware so we have a hardware that's dedicated to decode in 4k HDR I think competitors use it on software based so it's more power so you do it hardware accelerated 4k HDR and phone yeah so basically now that you you know you have a lot of content that's already 4k ready 4k HDR ready and now you can actually view it on your on your smartphone with you know obviously with the right display and with the right way or some other guys talk about HDR phone software yeah when they're talking about 4k HDR playback yes that's software I mean you can see the big difference here so like for example this is this we put this is iPhone and when iPhone is differences basically because iPhone doesn't support HDR content yeah iPhone is only SDR all right and then there's a lot of other stuff over here is does that have anything to do with X30 all this stuff this is 5g is gonna be supported in X30 and 28 gigahertz it's all the some other stuff that's coming with me and then there's also IOT IOT and a car so X30 is and what do you have right here you talk about what are you talking about this car yeah yeah so we are focused on a mini wave technology here so currently what we are using is kind of a hierarchical pink warming technologies here because I actually as we can know that passers-by are pretty high right so we have to do a pink warming at the mini wave frequencies right and the other thing is that we also have to do the pink tracking right so what we're using that we want to use a hierarchical pink warming technology right so first of all we use a cross pin here like roughly identify the direction of the mobile device right and then we can use narrow beam and five beams right to maintain this signal quality yeah right so basically to realize this kind of technology so I think it is very difficult because we have to maintain by the beam patterns right so actually we need to propose a I mean design right a lot of a face-to-face calibration methods right to maintain by the beam shape yeah so now we can let it come move right so you can see the performance of the of the beam tracking so that means it's gonna be a part of 5G maybe yeah you're right you want to make it part of 5G this right so right now what we're seeing is the 5G right it's the 5G what is it 28 gigahertz huh it says 28 gigahertz right yes is that part of 5G yeah so currently 25 is a disgust right most of the vendors okay so we focus on 28 gigahertz first but actually our company also focus on 39 15 gig right because actually this say a minimum minimum of frequencies right are more popular okay so what you are seeing currently this kind of concept is already agree right in the previous standard right so actually have high potential to be a future spec and you say a special thanks to Corvo right what do they do so currently we use their face shifter face shifter yeah because we have to do a big warming right and we have to adjust by the face of each antenna right and face array I mean the face shifter is coming from our global and what is a 5G smart link I think a 5G smart link is a pretty simple concept so basically if we are using 5G millimeter wave right so basically it would be bracket frequently right so if it is bracket so basically the data rate would drop very quickly okay so if we can have the link with 4G LTE right so then we then we can switch back to the LTE network right if 5G is bracket right this way right we can maintain the data rate okay the 5G only right it's a bracket I mean 5G millimeter wave right it's bracket then the data data rate drop if 5G plus 4G right then we can switch back and forth then we can maintain the signal quality cool so is 5G going to be part of the X30 or is later it's not the inside X30 right X30 is still a 4G 4.5G the X30 is LTE but this is how soon in the future 5G so based on my standing right because I'm not the y'all I am I'm just saying that engine engineer so I'm an engine engineer for 5G yes yes for 5G so actually maybe millimeter wave will come after 2021 2021 yes so it's a few years more yeah exactly but for the subsist gigahertz maybe welcome coming soon okay yeah so that is my understanding cool and all this stuff for the this how can I help you hello so so who are you you talk about the IOT here the media technology sorry what are you doing I can see here it says MT2503 that's a Cortex M3 so that's a Cortex M4 and is that a new one yeah this is pretty pretty new this is from last year and the last year this is 2523 7687 and 25 and many many devices with the solutions already yes we have customers already sharing and 2601 that's a that's the Android Wear that's a Cortex A7 right or A7 yes yeah rich application yes is there a follow-up on the 26 is a 2602 no this is only 2601 there is not 2600 and what is the MT3233 GPS Genesis solution prices of both GPS by do and this one and that's in the smartwatch yes this bar is using that is that a Cortex M no this is from our customer is it but is it this a Cortex A or Cortex M no it's a social based on A7 all right so there's a lot of development in the IOT space for media tech yes absolutely and focusing on many different things like you already announced you Cortex M33 license for the future right it's a security software support all your platforms development kids everything yes we do have the happening in the sense that especially on the IOT side yes