05:49AM EST - Sorry for the later than expected start - we are still waiting to be let into the auditorium. Our emails all said the event would start at 1045 UTC

05:51AM EST - Compared to CES, the number of press for the Intel event here seems to be an order of magnitude fewer

05:52AM EST - There is another event on the other side of town in two hours - I suspect most press are there instead

05:53AM EST - Andrei and Anton are covering that one for us

06:01AM EST - Just had a chat with one of my Intel contacts. They're still doing final prep. I wonder rig they are planning to sync with a winter Olympics event being streamed that is delayed

06:02AM EST - I've been told another 10 minutes to sit down

06:03AM EST - Now we're in. In like Flynn

06:08AM EST - About 250 seats. All packed. A lot of customers

06:09AM EST - OK here we go

06:09AM EST - A video about the olympics to start

06:10AM EST - Talking about the amount of data that comes through an event like the olympics

06:10AM EST - Not only stats, but tracking

06:11AM EST - Talking about 5G implementation at the olympics for data transfer

06:11AM EST - Korea Telecom and Intel partnership

06:11AM EST - NTT Docomo too

06:11AM EST - Streaming the closing ceremony to the press event over 5G

06:12AM EST - Shaun Collins, CEO of CCS Insight on the stage as the MC

06:12AM EST - Various execs will come to the stage, talking about Tokyo 2020 olympics as well

06:13AM EST - Aicha Evans to the stage, Intel CSO

06:13AM EST - 5G is the link between Olympics and MWC

06:14AM EST - The amount of technology at the games is a massive broadscale testbed

06:14AM EST - Imagining the future of the games

06:14AM EST - Interaction of technology with the athletes is key to going forward

06:14AM EST - Moving from a PC centric to data centric company

06:14AM EST - Deriving analytics from data

06:15AM EST - Memory, AI, VR, 5G

06:15AM EST - Intel partnering for the next 8 years at the Olympics (Summer/Winter)

06:15AM EST - What you see at the olympics will become broadscale around the world

06:15AM EST - The focus on this games, it's all about how the spectators experience the games

06:16AM EST - The mobile network for 5G is the foundation of the whole ecosystem

06:16AM EST - Korea Telecom seems to have executed properly for Intel

06:17AM EST - 5G is more than just comms - bringing the compute, wireless and cloud altogether

06:17AM EST - On top of that, AI, video, and analytics

06:17AM EST - Defining standards, working with partners (and competitors)

06:17AM EST - Involvement with Korea Telecom instigated the relationship with the IOC for the olympics

06:18AM EST - KT inspired Intel to sponsor the olympics

06:18AM EST - Focus on Tokyo 2020 technologies

06:18AM EST - Sandra Rivera to the stage - SVP and GM of Netowrk Platforms Group

06:19AM EST - 48 TB of network capacity of 5G at the olympics

06:19AM EST - 360 degree video capture at the olympics

06:19AM EST - underlying all of it was the network

06:20AM EST - Took on the task of mass 5G deployment with multi-vendor involvement

06:20AM EST - Extreme temperatures as well, providing data to 1000s of attendees

06:20AM EST - Lots of compute infrastructure

06:21AM EST - FlexRAND and MEC servers for main compute and edge

06:21AM EST - Bringing compute to the edge

06:21AM EST - Attendees could engage first hand

06:21AM EST - Ice rink had 100 cameras to deliver 360-degree views

06:21AM EST - sent to nearby edge-compute servers by 5G

06:22AM EST - Data then sent to KT servers over 5G

06:22AM EST - Viewers could pick their seat

06:22AM EST - Preferred viewpoint, and revisit moments from any viewpoint

06:22AM EST - Also another demo in Gangneung Ice Arena

06:23AM EST - Use commercial edge servers, based on Intel, to manage the data

06:23AM EST - High-resolution media at high speeds with low latency

06:23AM EST - Giving users personalised control

06:24AM EST - Multi-view technology on the slops, triggered by GPS

06:24AM EST - 5G connected cameras, connected to nearby base-stations

06:24AM EST - Tablets in the viewing zone so attendees could see athlete of choice/angle of choice and athlete data

06:25AM EST - Also 5G connected car demos

06:25AM EST - Used mmWave spectrum

06:25AM EST - Intel's 5G Go automotive platform

06:25AM EST - In one of the most crowded locations in the world

06:26AM EST - In one of the most crowded locations in the world

06:26AM EST - KT and Intel provided a VR experience, attendees could explore KT's pavilion in the olympic arena 100s of miles away

06:26AM EST - 5G zone downstairs at the press event afterwards

06:27AM EST - mmWave, beamforming

06:27AM EST - 5G brings the compute to the edge

06:27AM EST - A broadly distributed 5G network needs to deliver all the capabilities

06:27AM EST - The Olympic demo was a full-scale infrastructure deployment using Intel innovation and ecosystem partners

06:28AM EST - CTO of KT to the stage

06:28AM EST - Closing ceremony is in process right now

06:29AM EST - Delighted to partner with Intel

06:29AM EST - World first broad-scale 5G network

06:29AM EST - Proud to have been chosen to deliver the challenge of bringing 5G to the Olympics

06:29AM EST - Gigabit speeds, live streaming, low latency

06:30AM EST - KT's own 5G inspirations, and demonstrates to others about 5G investment

06:30AM EST - The specifications of various deployments are now available to others

06:31AM EST - Showing 5G devices that actually work

06:31AM EST - Continuous coverage and high capability

06:31AM EST - It was a successful deployment

06:31AM EST - One of the challenges was securing the deployment. Working with partners but also platform specifications

06:32AM EST - 5G specifications released much earlier than expected

06:32AM EST - Part of the challenge was developing the experiences

06:33AM EST - Four separate significant demonstrations of the technology: OmniView, Interactive Time-Slice, 360-degree VR, Sync View

06:34AM EST - Focusing on ultra-low latency

06:34AM EST - Now discussing 5G connected car

06:34AM EST - Intel is the key partner to put 5G in a lot of devices

06:35AM EST - Virtualization and cloud capabilities are key to a 5G network, and will collaborate with Intel

06:35AM EST - Beneficial to customers in terms of costs and services for 5G to take off

06:35AM EST - Aicha back to the stage

06:35AM EST - Intel's focus is now on 2020

06:35AM EST - Already working on the plans

06:35AM EST - Such as 8K and 360 VR

06:36AM EST - Preparing the infrastructure for 8K

06:36AM EST - Also looking at connected cars and smart cities

06:36AM EST - The full four weeks of the olympic games is one big smart city in action

06:36AM EST - Focus more on the AI with athletes and training

06:36AM EST - Using the abilities and data to better the performance

06:37AM EST - Announcing that Intel will be partnering with NTT Docomo for Tokyo 2020

06:37AM EST - Intel wants a broad scale deployment

06:37AM EST - By 2020, 5G should be in commercial deployment anyway

06:37AM EST - Dr Nakamura, CTO NTT Docomo to the stage

06:38AM EST - NTT Docomo very impressed with South Korea Games

06:38AM EST - Next is Japan's turn

06:38AM EST - NTT Docomo planning commercial 5G services in 2020

06:38AM EST - Multiple possibilities to expand social through 5G

06:39AM EST - One is 'style innovation' for consumers

06:39AM EST - using AR/VR

06:39AM EST - also enjoy AI to enhance the data

06:39AM EST - Also industry-level deployments

06:40AM EST - Remote control (cars and robots), but also music and others

06:40AM EST - Advanced services enabled through 5G

06:40AM EST - Operator can not to it alone - collaboration with industrial partners

06:40AM EST - Docomo 5G Open Partner Program - 600+ partners

06:41AM EST - 600+ and growing

06:41AM EST - co-create new markets

06:41AM EST - 2020 combining Olympics and commercial 5G in Tokyo

06:41AM EST - Sandra Rivera back to the stage

06:42AM EST - First interoperable 5G demo with Toyota in Tokyo earlier this year

06:42AM EST - The future of autonomous driving is more than just connectivity

06:42AM EST - Requires significant edge computing implementations

06:43AM EST - Toyota GM to the stage

06:43AM EST - President of Automotive Edge Computing Consortium

06:44AM EST - Connected vehicle is already here

06:44AM EST - Goal to make 100% of vehicles in US and Japan connected vehicles

06:44AM EST - Leveraging the vehicle data for services

06:44AM EST - Helping develop the next generation of vehicles

06:45AM EST - 1-2 exabytes per month expected

06:45AM EST - We need more bandwidth and more compute

06:45AM EST - For example, directing taxis

06:46AM EST - Using localised data between multiple vehicles to improve services

06:46AM EST - Automated vehicles need more information that might not currently be available for edge cases

06:46AM EST - 5G is a key change in technology to help enable this

06:47AM EST - It enables edge computing which requires 5G

06:47AM EST - More companies are aligning their implementations

06:47AM EST - To realise a unified future

06:47AM EST - MC back on the stage, for a Q&A

06:50AM EST - Q: Intel decided on the Olympics on July 21st 2017?

06:50AM EST - A: People said we were crazy - said it wouldn't happen. Dealing with the IOC and logistics, and working with partners, but we were proud we were able to do it. Looking forward to 2020

06:50AM EST - Q: What were the ecosystem challenges?

06:52AM EST - A: You end up working with everyone at the same time in a very short time frame. All the partners stepped up. The challenge to bring media and broadcasts and wireless was tough, and managing all these ecosystem partners was amazing. Proud of being able to deploy with all the technologies and the partners.

06:52AM EST - Q: What is required for network transformation for 5G?

06:54AM EST - A: The network is usually the most challenging aspect for experiences, because of the equipment deployment over many sites. We had 10 sites, 22 5G links, all running massive amounts of technology behind them. It was more than a showcase, but the broadscale 5G infrastructre deployment. It is fundamental in 5G to have an infrastructure that is scalable and programmable. This includes core, edge, and cloud. The ability to build cloudlets at the edge was a key part of this. All of it takes advantage of server volume economics with pooling infrastructure and virtualization technology. This is visualizing cloud business models. Demos available at MWC

06:54AM EST - Q: What happens with 5G in Korea now the Olympics are finished?

06:56AM EST - A: The Olympics was the trial - Korea is now changing towards the 5G deployments. All the resources are now changing to the commercial phase. We are expecting more movement in June for 5G commercial services, and mobile applications planned for Q1 2019

06:57AM EST - A: 5G is not only about the technology issues, it is always business issues. 5G has to make money as well! The olympics was a great demonstration of how 5G can be deployed in commercial environments for commercial services. Finding the Killer applications

06:57AM EST - Q: Why was Intel chosen as a partner?

06:58AM EST - A: Intel is a very essential partner. Intel can deploy 5G in more devices - cars, drones. This is a difficult technology that Intel was able to do. Intel also has virtualization technologies based on high-performance processors. 5G relies on virtualization, and Intel was ready

06:59AM EST - Q: What is the Automotive Edge-Computing Consortium?

07:01AM EST - A: Because of the size of the data we have to deal with in the future. The centralized cloud is not able to do this - we need to cache the data close to the devices. The edge-computing platform needs to be able to support the amount of data and processing - this requires a lot of compute for low latency. Even just sharing immediate basic data requires a high amount of locality, you rely on edge compute implementations. It is also distributable across the network, especially as the number of connected vehicles increases. The equivalent of putting a small data center in lots of locations. That kind of locality has to be clearly standardized across many companies - it has to be an industry standard. So we have a lot of partners in the consortium.

07:02AM EST - Q: What is NTT Docomo doing now about the Tokyo 2020 games? What happens for 5G in Tokyo?

07:04AM EST - A: We are expecting to have commercial deployment for 5G in Tokyo in 2020. Not only is it about the technical services for the operator, it is about creating new markets for partners on how to use this deployment. This includes industry. We started last May on 5G trials. We have similar partners to create the use cases for 5G - low latency, high bandwidth. During this collaboration with our industrial partners, we learn a lot! This thinking is now a lot more clear than before. We are building the acceleration of how 5G is used with our partners. We are also explaining the benefits of 5G to our partners with our demonstrations. The 600+ partners are creating new ecosystems by 2020

07:04AM EST - Q: What can you learn from the Olympics now?

07:05AM EST - A: We want to bring a lot of KT experience over to Tokyo! After today we will have a chance to discuss with KT to help us understand the deployment. We are good friends!

07:05AM EST - Q: Of all the things you think about 5G coming forward. Do you think there are things you will do differently with 5G in Tokyo?

07:07AM EST - A: 5G is a good keyword to trying new things! We are thinking about migration in the future. 5G is not a standalone thing - there is collaboration 4G networks. We are using the non-standalone approach with 5G technologies, adding 5G on top of current deployments. We aim for seamless migrations, either 4G or 5G. 5G is really good for 5G-specific features. We are determining what can be done with 4G and 5G.

07:10AM EST - Aicha - the 5G money question is that the last few decades, the wireless industry has introduced so many new technology changes. Always the discussion turns to money, and with every transition there is a lot of money being made and new companies come about - no matter how great everything is today, it will be better in the future with better experiences. We will all figure out how to make money in this ecosystem. This press event will show the end of the Olympics

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  • serendip - Sunday, February 25, 2018 - link

    When did Aicha Evans get back to Intel? I thought she left in 2016. The whole mobile team was so enthusiastic back then, acknowledging they were behind on baseband but they just needed a bit of time. Not enough time, it turns out.

    As for 5G, looks like Intel wants to get into IoT and connected autonomous stuff. They were so far behind on 4G consumer terminals that they probably felt it was better to jump one generation to try to leapfrog the competition.
  • witeken - Sunday, February 25, 2018 - link

    She never left. She was promoted to Chief Strategy Officer last year. https://www.fool.com/investing/general/2016/04/25/...
  • yeeeeman - Sunday, February 25, 2018 - link

    I am interested only in the faster speeds that 5G brings and better coverage. I won't buy any other product with 5G apart from a phone. I really don't like the thought of having my fridge, my TV, my shoes, my tooth brush and my toilet brush all connected to the internet.
    I don't even want to think about the amount of radiation that we will have because of all these interconnected devices. I know there are studies and they "prove" that these radiations are harmless to us, but in what quantity? How can they limit that quantity when we will have all things connected?
    Progress is when you look at your choices and you choose to do something that will improve your way of life, yes, but this will cause a LOT of health issues that will, for sure, be unrelated or clinically proven to be linked with radiations.
    In the end, it is all about the money, so who cares...
  • Hurr Durr - Sunday, February 25, 2018 - link

    I think you can rest easy on the toilet brush. Throne itself handles that.
  • zodiacfml - Monday, February 26, 2018 - link

    Interesting capabilities. I haven't read a definitive guide what 5G really is. For example, if it uses those millimeter wave frequencies, it must have the characteristics of 802.11ad?
  • serendip - Monday, February 26, 2018 - link

    So it would be like 802.11ad but with public access points controlled by carriers? The backhaul requirements would be massive compared to LTE.
  • neo_1221 - Monday, February 26, 2018 - link

    I've been curious about that too - it would be great if Anandtech did a 5G primer *hint hint*

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