Asha Keddy, Vice President, Intel’s Communications and Devices Group and General Manager, Next Generation and Standards

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Smart Devices

WirelessTechnology

AccessNetwork

Core Network

Cloud

MM WAVE

NB-IOT

LTE

WIFI

NFV

SDN

Intel Architecture, FPGAs, Software, Security

Intel’s Scale Meets 5G Scope

Intel 5G — Network. client. Cloud.

Cloud CoreNetwork

AccessNetwork

WirelessTechnology

SmartDevices

Powerful analytics required to make

sense of massive datafrom moving vehicles

Network will isolate vehicle data in a

‘slice’ separating it from other types

of data

Cloud computing at the mobile edge lowering latency

5G radios integrate ‘vehicle to vehicle’ and‘vehicle to everything’

connectivity

Vehicles will have intelligence to manage internal systems and

connect to cloud

PUTTING IT ALL TOGETHER: autonomous driving

5g end-to-end portfolio2016 2017

Smart Devices

WirelessTechnologies

First Commercial

Network

First Public Showcase of 5G Devices

WI-FI*

LTEMM WAVE

NB-IOT

Network Infrastructure

MEC Network SlicingFlexRANMassive MIMO FlexRAN

FPGAMobile TrialPlatform

Continuously evolving

2nd Gen 3rd Gen 4th Gen

RF/ HW28 GHz Sub 6 GHzSub 6 GHz 39 GHz Sub 6 GHz39 GHz

BBICBB 1.0 BB 2.0 5G-IOTBB 3.0

+XMM

Rel-14End Q1’17

Rel-15 NSA-NR Q4’17

Rel-15Q3’18

Rel-16Q4’19

LTE-A Pro

2018 2019 2020

5G-IOT

Field Trials and Measurements

1 2 3 456

Test APLocationPoint “A”

Scenario Measured Results

LOS path loss (O2O) Measured path loss aligned with model

Material loss (various types) 3~10dB measured across material types

Outdoor to IndoorData connectivity achieved in various indoor positions

Bands 3.8-4.2GHz, 28GHz

O2O Material Obstruction O2I

Ecosystem Partner Examples:

Nokia Solution Labs Partners with Intel To help operators bring 5G innovations to market

• Nokia and Intel are creating joint testing facilities in US and Finland to focus on 5G from the network to cloud to client

• Labs will develop 5G applications in a commercial ready environment to help communications service providers derive deployment options and comprehend operational models for commercial solutions as 3GPP standards are defined

• The labs will leverage core technologies: Nokia AirScaleand Nokia AirFrame networks, and infrastructure platforms running on Intel® Architecture as well as wireless devices with Intel 5G connectivity solutions

• Labs will develop 5G solutions in a ‘live’ environment to address deployment and operational models as standards are defined for commercial solutions

Intel & Ericsson Launch 5G Innovators Initiative:

Accelerating 5G innovation across industries5GI2

• 5G Innovators Initiative (5GI2) to drive collaboration among leading technology companies, industry leaders and academia to explore, test and innovate with 5G network and distributed edge technology.

• Honeywell, GE and the University of California — Berkeley join as founding member & first participants in open industry initiative.

• Drive 5G value & use case creation, early focus on industrial and media. Innovation acceleration through wider ecosystem.

• Proof-of-concept approach to result in blueprints for new usage models to accelerate the adoption of 5G technology and standards development, accelerating the transformation to a smart and connected society.

Potential Use case example: IndustrialAsset Virtual Inspection using Drones • MEC Server: an open application platform,

virtualization makes a server into more than one logical servers running real time applications

• Media : 360 degree VR video

• Sends Video & data to 5G VR terminal through 5G technology

• IOT Edge Gateway pulls and sends data

• 5G Network With Drones• Reduced latency to ~15ms, 1/3

reduction compared to 4G

AnalyticsMedia

Hypervisor

5G vRAN + vEPC

5G Network in a Box

Potential Use case example: Connected Worker

Edge Node (MEC/FOG)

FlexRan(LTE)

Smart Helmet with AR/VR

Example of Future Networks

Example: Airlines Sliced or Segmented Network Specific Local Apps Licensed, Unlicensed

Example: Health (Private Network as a Service) Sliced or Segmented Network Specific Local Apps Secure Private Multi-RAT

COTS necessary, enables broader ecosystem, new business opportunities, workload convergence, i.e., Network in a Box for enterprises

Today’s network Tomorrow

Custom, Proprietary, Static, Hardware Defined

Flexible, Versatile, Dynamic Network SlicingAnalytics, Open, Software Defined

eNBEPC Subscriber

Mgmt/Charging

Backhaul

DC

RRH

vBBU, MEC, vEPC

RegionalData Center

vBBU, MEC, vEPC

VR & MediaSmart &

Connected HomeSmart Cities Autonomous Vehicles

Bringing 5g applications to life at mwc 2017

VR extends Beyond Gaming and into multiple industries

The STRIVR* training program is in use by a handful of NFL* teams and over a dozen college programs

GE* using the Oculus Rift* to showcase deep sea technology and subsea factory space

Alchemy VR*, Google’s Expeditions Pioneer Program,* and other programs are using VR to educate students

spor

ts

Ente

rpris

eed

ucat

ion

Hollywood will rapidly embrace VR with projects like Fox Innovation Lab’s The Martian VR Experience*

Film &

TV

Heal

thca

reMi

litar

y

Canadian soldiers using VR to help enhance combat effectiveness and increase situational awareness

VR can be used in healthcare training through surgical simulations, or be integrated into treatments (e.g. PTSD)

5G will transform lives

Broadband to HomeMobile Office

Healthcare Emergency Services Autonomous Driving

ManufacturingSupply Chain/Logistics

Virtual andMerged Reality Entertainment

Smart AgricultureSmart Cities

Drones

Embedded Intelligence: every sensor, device & component

Networks: flexible, efficient & personalized for each use case

Technology valued not just for the devices it produces –but for the problems it can solve and the experiences it makes possible