 Hey, good afternoon, everyone, and welcome to CES. Thank you so much for joining us here today. So today I'm pleased to be here to announce that we are launching six new 9th generation core desktop processors from core i3 all the way up to core i9. We'll also be bringing 9th generation core processors to our mobile family, our H series line just next quarter in Q2, bringing that same high level of performance for gamers, content creators, productivity to our mobile H series line. So stay tuned for that. We're very, very excited. So for the first time anywhere in public today, I'm going to demonstrate and we're going to show our Ice Lake first volume 10 nanometer client, SOC. This is it right here. This is Ice Lake in my hand. This is way more than just the CPU, and it's packed with a bunch of firsts. So to show that off a little bit, I wanted Chuck to come out and show us Ike Lace in action. We've written a little script here. I'm going to go ahead and enter on both of these. Now this script is going to go through. It's going to look at all those hundreds of photos that I have on each system. You're going to see it's going to look through all the system I've put in a category of water. So it's going to find all those pictures I have that have water. And you're going to see with each of these systems, even though I have a core i7, 8th and 10th CPU here, when I bring in the advantages of Ice Lake, it's going to happen and go through those pictures much, much faster. You're going to see actually, in this case, a 1.5x improvement when I go through and look for pictures with water. Before in the past, when you had a system this thin, this light, you had to sacrifice something. Usually it was that CPU performance and GPU performance, but now with Ice Lake, you're not sacrificing nothing. So we've also got Thunderbolt on this one system. So you see one cable. I've got a cable here so you can hear the game, but I got one cable going to a monitor, keyboard, mouse and external storage. And I still have that tremendous Gen 11 graphics performance to give you this type of gaming solution all in one simple solution. So now you got to take a breath because we did that really fast. You showed Ice Lake in the form factor, great CPU, graphics, AI workload acceleration, gaming and Thunderbolt 3 integration all in that package. Exactly. Awesome. I'm going to get a little bit geeky for a minute, so bear with me. But at the same time, I think you'll appreciate how some of these new technical innovations are helping us bring new value to our partners and to end users at the same time. So what I'm going to talk about now for the first time anywhere is one of the first products that takes advantage of that architecture and innovation, and that is code named Lakefield. I'm going to show you a little animation on how Lakefield was put together. We took a new approach that's allowing us to integrate different CPU core architectures into a single product, and we call that a hybrid CPU. So what you're looking at in this animation is a processor that has five cores. It has a 10 nanometer high performance Sunny Cove core, and it's combined with four atom based cores so you get low power efficiency, immersive graphics, IOMemory, all in this tiny SOC, which is approximately 12 millimeters squared. We're pairing this hybrid CPU architecture with an innovative 3D packaging approach that we call Foveros, where we're able to actually stack different pieces of IP together in three dimensions instead of just two. So that SOC is now packed with all the technology in 3D that people come to expect. Drives longer battery life, performance, connectivity. We can do smaller chips, smaller boards, more efficient, better designs. It's going to unleash some great performance, some great platform innovation in the industry, and even more innovative devices. So we're not talking about just a minor decrease in size. I wanted to show you the Lakefield board that we built inside of Intel. Here it is. This is Lakefield on a reference board that we have done in house. This is our smallest full PC motherboard. I'm super excited to show you exactly how far we've come with these Lakefield boards. Here you can see I've got a smaller system. I've got a video up and running. I've also got the display monitor running so you can see the heterogeneous computing display working up there. And I've also got a little larger form factor here. I've got a movie playing, full desktop OS experience, looking fantastic. We wanted to go even beyond and show you Lakefield working in systems today, that it's possible scaling down to very, very low standby power and small designs that he's got there, but also scaling up in performance to kind of full PC experience. I'm happy to announce that we at the tail end of 2018 began shipping our next generation Xeon codenamed Cascade Lakes. Cascade Lakes is designed to handle processing the world's data. Today I'm excited to talk about a way in which we're expanding our collaboration with Alibaba. We caught up with Alibaba's chief marketing officer, Chris Tung, just a couple of days ago at their headquarters in Hangzhou, and I'll let him tell you a little bit about it. Alibaba and Intel are both worldwide partners of the Olympics, and I'm happy to announce our next collaboration that will take us there. Alibaba Cloud and Intel will deliver the first ever AI-powered 3D athlete tracking during the 2020 Olympic Games in Tokyo. This groundbreaking technology will provide fans with more compelling insights into how world-class athletes perform and compare to one another. We are very proud to work with Intel to reimagine the future of the Olympics. We've developed a novel technology concept called 3D athlete tracking. Unlike the way this is done today, there's no special suits, there's no special sensors here. We're taking the data from regular cameras, we're applying an AI algorithm, a bunch of compute power, and what you end up with is a super accurate digital model of the athlete's performance. You can imagine that you can analyze that information in many different ways. We've been working with some great Intel engineers to see just what Xeon processors could do for wrench AI. There are two systems running wrench AI, so both systems are now tracking the human movement in the video, on the exact same video. With our current solution on a GPU, we're inferencing around 90 frames a second, but on the Cascade Lake platform optimized with Intel DL Boost, we're inferencing at 450 frames, which just blows my mind. Today we're announcing that we are expanding our decade-long investments in network infrastructure with a new network SOC code named SnowRidge that is being developed specifically for 5G wireless access. What you see on the animation on the screen is a simulation of the traffic being generated by this machine. It's now being flow, it's flowing through SnowRidge on this machine. What SnowRidge is able to do is it's able to differentiate between these different applications and prioritize the application that is most latency sensitive. In this case, the remote surgery application literally could mean the difference between life and death in terms of the responsiveness for that application. You can see that it's running at 100 gigabits of traffic, and it's able to prioritize that remote surgery application over the others. This example, for example, imagine a world where a surgeon and a patient could be in a different location, and the surgeon could use a remote robot that mimics his hand gestures to instantaneously operate on a patient in a different location. I'm going to show you another product now on 10 nanometer, our Ice Lake server silicon that follows Cascade Lake. This is the first time we've demonstrated this publicly, and what you can see here is that we are running a machine learning simulation with Ziva dynamic software, and we're using it to create this character, Zeke the lion. On the left, what you can see is a machine learning simulation that's running on that Ice Lake server, and this is the model that's being used to create this character, Zeke. On the right, what you can see is the Ziva software is then creating Zeke layer by layer from the bones to the muscles to the skin and then finally adding the fur, and you can see how the end result is incredibly lifelike, so we're very excited about Ice Lake coming to the market in 2020, the follow-on to Cascade Lake. In sum, what you've seen over the course of this presentation today is we've demonstrated for you four products running on our latest 10 nanometer process technology. Ice Lake client, Lakefield client, Snow Ridge for the data center, and Ice Lake for the data center, all having in common the 10 nanometer process technology from the ultra-low power in Lakefield to the highest performance in Ice Lake. Thank you very much for joining us. Have a great CES. Thank you.
 Hey, good afternoon, everyone, and welcome to CES.
 Thank you so much for joining us here today.
 So today I'm pleased to be here to announce that we are launching six new 9th generation
 core desktop processors from core i3 all the way up to core i9.
 We'll also be bringing 9th generation core processors to our mobile family, our H series
 line just next quarter in Q2, bringing that same high level of performance for gamers,
 content creators, productivity to our mobile H series line.
 So stay tuned for that.
 We're very, very excited.
 So for the first time anywhere in public today, I'm going to demonstrate and we're going to
 show our Ice Lake first volume 10 nanometer client, SOC.
 This is it right here.
 This is Ice Lake in my hand.
 This is way more than just the CPU, and it's packed with a bunch of firsts.
 So to show that off a little bit, I wanted Chuck to come out and show us Ike Lace in
 action.
 We've written a little script here.
 I'm going to go ahead and enter on both of these.
 Now this script is going to go through.
 It's going to look at all those hundreds of photos that I have on each system.
 You're going to see it's going to look through all the system I've put in a category of water.
 So it's going to find all those pictures I have that have water.
 And you're going to see with each of these systems, even though I have a core i7, 8th
 and 10th CPU here, when I bring in the advantages of Ice Lake, it's going to happen and go through
 those pictures much, much faster.
 You're going to see actually, in this case, a 1.5x improvement when I go through and look
 for pictures with water.
 Before in the past, when you had a system this thin, this light, you had to sacrifice
 something.
 Usually it was that CPU performance and GPU performance, but now with Ice Lake, you're
 not sacrificing nothing.
 So we've also got Thunderbolt on this one system.
 So you see one cable.
 I've got a cable here so you can hear the game, but I got one cable going to a monitor,
 keyboard, mouse and external storage.
 And I still have that tremendous Gen 11 graphics performance to give you this type of gaming
 solution all in one simple solution.
 So now you got to take a breath because we did that really fast.
 You showed Ice Lake in the form factor, great CPU, graphics, AI workload acceleration, gaming
 and Thunderbolt 3 integration all in that package.
 Exactly.
 Awesome.
 I'm going to get a little bit geeky for a minute, so bear with me.
 But at the same time, I think you'll appreciate how some of these new technical innovations
 are helping us bring new value to our partners and to end users at the same time.
 So what I'm going to talk about now for the first time anywhere is one of the first products
 that takes advantage of that architecture and innovation, and that is code named Lakefield.
 I'm going to show you a little animation on how Lakefield was put together.
 We took a new approach that's allowing us to integrate different CPU core architectures
 into a single product, and we call that a hybrid CPU.
 So what you're looking at in this animation is a processor that has five cores.
 It has a 10 nanometer high performance Sunny Cove core, and it's combined with four atom
 based cores so you get low power efficiency, immersive graphics, IOMemory, all in this
 tiny SOC, which is approximately 12 millimeters squared.
 We're pairing this hybrid CPU architecture with an innovative 3D packaging approach that
 we call Foveros, where we're able to actually stack different pieces of IP together in three
 dimensions instead of just two.
 So that SOC is now packed with all the technology in 3D that people come to expect.
 Drives longer battery life, performance, connectivity.
 We can do smaller chips, smaller boards, more efficient, better designs.
 It's going to unleash some great performance, some great platform innovation in the industry,
 and even more innovative devices.
 So we're not talking about just a minor decrease in size.
 I wanted to show you the Lakefield board that we built inside of Intel.
 Here it is.
 This is Lakefield on a reference board that we have done in house.
 This is our smallest full PC motherboard.
 I'm super excited to show you exactly how far we've come with these Lakefield boards.
 Here you can see I've got a smaller system.
 I've got a video up and running.
 I've also got the display monitor running so you can see the heterogeneous computing
 display working up there.
 And I've also got a little larger form factor here.
 I've got a movie playing, full desktop OS experience, looking fantastic.
 We wanted to go even beyond and show you Lakefield working in systems today, that it's possible
 scaling down to very, very low standby power and small designs that he's got there, but
 also scaling up in performance to kind of full PC experience.
 I'm happy to announce that we at the tail end of 2018 began shipping our next generation
 Xeon codenamed Cascade Lakes.
 Cascade Lakes is designed to handle processing the world's data.
 Today I'm excited to talk about a way in which we're expanding our collaboration with Alibaba.
 We caught up with Alibaba's chief marketing officer, Chris Tung, just a couple of days
 ago at their headquarters in Hangzhou, and I'll let him tell you a little bit about it.
 Alibaba and Intel are both worldwide partners of the Olympics, and I'm happy to announce
 our next collaboration that will take us there.
 Alibaba Cloud and Intel will deliver the first ever AI-powered 3D athlete tracking during
 the 2020 Olympic Games in Tokyo.
 This groundbreaking technology will provide fans with more compelling insights into how
 world-class athletes perform and compare to one another.
 We are very proud to work with Intel to reimagine the future of the Olympics.
 We've developed a novel technology concept called 3D athlete tracking.
 Unlike the way this is done today, there's no special suits, there's no special sensors
 here.
 We're taking the data from regular cameras, we're applying an AI algorithm, a bunch of
 compute power, and what you end up with is a super accurate digital model of the athlete's
 performance.
 You can imagine that you can analyze that information in many different ways.
 We've been working with some great Intel engineers to see just what Xeon processors could do
 for wrench AI.
 There are two systems running wrench AI, so both systems are now tracking the human movement
 in the video, on the exact same video.
 With our current solution on a GPU, we're inferencing around 90 frames a second, but
 on the Cascade Lake platform optimized with Intel DL Boost, we're inferencing at 450 frames,
 which just blows my mind.
 Today we're announcing that we are expanding our decade-long investments in network infrastructure
 with a new network SOC code named SnowRidge that is being developed specifically for 5G
 wireless access.
 What you see on the animation on the screen is a simulation of the traffic being generated
 by this machine.
 It's now being flow, it's flowing through SnowRidge on this machine.
 What SnowRidge is able to do is it's able to differentiate between these different applications
 and prioritize the application that is most latency sensitive.
 In this case, the remote surgery application literally could mean the difference between
 life and death in terms of the responsiveness for that application.
 You can see that it's running at 100 gigabits of traffic, and it's able to prioritize that
 remote surgery application over the others.
 This example, for example, imagine a world where a surgeon and a patient could be in
 a different location, and the surgeon could use a remote robot that mimics his hand gestures
 to instantaneously operate on a patient in a different location.
 I'm going to show you another product now on 10 nanometer, our Ice Lake server silicon
 that follows Cascade Lake.
 This is the first time we've demonstrated this publicly, and what you can see here is
 that we are running a machine learning simulation with Ziva dynamic software, and we're using
 it to create this character, Zeke the lion.
 On the left, what you can see is a machine learning simulation that's running on that
 Ice Lake server, and this is the model that's being used to create this character, Zeke.
 On the right, what you can see is the Ziva software is then creating Zeke layer by layer
 from the bones to the muscles to the skin and then finally adding the fur, and you can
 see how the end result is incredibly lifelike, so we're very excited about Ice Lake coming
 to the market in 2020, the follow-on to Cascade Lake.
 In sum, what you've seen over the course of this presentation today is we've demonstrated
 for you four products running on our latest 10 nanometer process technology.
 Ice Lake client, Lakefield client, Snow Ridge for the data center, and Ice Lake for the
 data center, all having in common the 10 nanometer process technology from the ultra-low power
 in Lakefield to the highest performance in Ice Lake.
 Thank you very much for joining us.
 Have a great CES.
 Thank you.