1 © Nokia 2016

Global Analyst Forum 2016

© Nokia 20161

Making 5G a commercial realityHossein Moiin

Chief Technology Officer

Nokia Mobile Networks

Public

2 © Nokia 2016

Mobile industry is evolving once again

Innovations needed to remain viable

Our customers’ imperative: How to grow revenue and remain profitable?

Our view: Leverage innovations on path to 5G

100 Mbpswhenever needed

Ult rareliabilit y

10 000x more t raff ic

>10 Gbpspeak data rates

<1 msradio latency

Massivemachine

communication

ExtremeMobile

Broadband

Crit ical machine

communication

1 MillionConnect ion/ SqKm

Connect ivity on Demand

Capacityon Demand

Coverageon Demand Security

on Demand

Mobilit y on Demand

Path

to 5G

Expanding the addressable Markets in three dimensions System requirements

Public

eMBB

mMTC(Massive

sensors)

URLLC(Ultra

Reliability and

low latency)

• Infotainment

• Assisted driving

• Remote Sensors

• Indoor metering

• Fleet Mgmt

• Asset Tracking

• UBI Insurance

• Remote Diagnostics

• Vehicle recovery

• Traffic Mgmt.

• Automated driving

• Collaborative Robots

• Public Safety

• Tele-protection

• Video Surveillance

• Remote Sensors

• Environment

• Fleet Mgmt

• Asset Tracking

• Traffic mgmt.

• Wearables

• Patient Tracking

• Fleet Mgmt

• Asset Tracking

• Wearables

• Disaster mgmt.

• 50Mbps everywhere

• Video Surveillance

• Dense Urban Services

• Video Surveillance

• Remote

• Diagnostics

• Drone Surveillance

• Tactile Internet

• (AR/VR) for venues

• Improved Comfort

• Home protection

• 50Mbps

• Everywhere

• Gaming

• Remote computing

• Patient Tracking

• VR diagnostics

• Disaster mgmt

• AR/ VR Gaming

• Remote Office

(1 Gbps

everywhere)

3 © Nokia 2016

Making 4G -> 5G a ‘successful’ commercial reality

Requires a different approach than 3G -> 4G

Maximize use of Pre-5G-technologies

Multiple Operator strategies possible. Defining a clear strategy matters

EcosystemDevelopment beyond telcos

Services transformation is a pre-requisite

Fundamental Architecture evolution is required

Massivemachine

communication

ExtremeMobile

Broadband

Critical machine

communication

Public

4 © Nokia 2016

Defining a clear strategy matters

Public

100s of possible ways to reach 5G! Massivemachine

communication

ExtremeMobile

Broadband

Critical machine

communication

Operator

strategies

Coverage Spectrum Segment Use cases

Dense urban

Urban

Suburban

Rural

Highways

Venues

….

<3 GHz

3-6 GHz

~28 GHz

~39 GHz

~70+ GHz

….

Retail consumer

Enterprise

Industry vertical

Government

….

Non-Critical: Massive sensors*

Operator cloud Services*

Tactile: AR/VR - Ultra Low Latency and Real Time Sensitive*

Automated, elastic capacity scaling

Pervasive Video (Streaming and Communication*)

Mobile Video Surveillance*

50 Mb/s Everywhere *

Industry: Robot/Drone Control*

Automotive: On-board Infotainment

Connected Car: Automated Vehicle Assistance*

Public Safety*: Remote Video Surveillance

eHealth*

SW update scheduled based on network occupancy

Flexible Application Traffic routing

Multi Access network integration

Everything as a Service - XaaS/EaaS

Connected utilities: Critical latency/reliability

5 © Nokia 2016

Maximize use of Pre-5G-technologies

Public

Nokia’s innovations enable Path to 5G now!Massivemachine

communication

ExtremeMobile

Broadband

Critical machine

communication

Pre-5G

techn.

Intelligent

beam forming

Centralized

RAN

Cloud

core

TDD-FDD

convergenceCarrier

aggregation

Smart

Scheduling

, eICIC,

CoMP

Real time big

data engine

LTE for

public safetyLAA/LTE

unlicensed

Macro parity small

cells, cluster

approachAuthorized

shared access

Massive MIMO

Mobile edge

computing

evolutionLTE for M2M,

LTE for D2D,

LTE for Connected Car

5G

Service Productivity

Learning Machine

Dynamic

Experience

Management

Cloud

NOC

SON Coordination

Cloud

orchestrationSDN

Programmable

core

MBH

SON

Radio

miniaturization

4.1 Gb/s

TD-LTE

Cloud

Application

Manager

mmW backhaul

LTE for TV

broadcast

rfVIEW

Automation

Cloud-optimized

network

architecture

VoLTE QoE

Mobile

guard

Radio

coud

Predictive

operations

Wi-Fi by the Cloud

Analytics services

6 © Nokia 2016

Dynamic

Digital

Security

Fundamental Architecture evolution is required

Cognitive + Converged + Cloud-Optimized Network Evolution (CONE)

Massive

scale access

Long

fibers

Short

waves

& wires

Smart network fabric

Augmented

cognition

systems

Programmable

Network OS

Universal

adaptive core

Humans

and things

Dynamic

network

optimization

Multi-operator

federation

Dynamic

customer

services

Access agnostic

converged coreModular, decomposed

network functions

Externaldata sources

Converged

edge cloud

Machine

Learning

Integrated

Analytics

Accessing anything

Understanding anything

Controlling anything

Massive

scale access

Accessremote

Mass edge

monitoring

Trust

framework

Security

autonomics

Ecosystem

sharing

Core cloud

Commondatalayer

User

applications

NetworkAPIs

vApps

Converged

edge cloud

Converged

edge cloud

vAccess

vEdge

vCDN

vApps

3

5

67

21

4

Massivemachine

communication

ExtremeMobile

Broadband

Critical machine

communication

Archi.

evolution

Public

Scale

Security

Reliability

Operations

User

experience

7 © Nokia 2016

Services transformation is a pre-requisiteE2E workflow automation, Cloud infra, Continuous delivery

Massivemachine

communication

ExtremeMobile

Broadband

Critical machine

communication

5G

services

Design Deploy Optimize Maintain Operate

”Touch” Points/Handovers

Present Mode of Operation

• Relaxed* lead times

• Handovers and touch points

• Slow ROI

• Technology driven

Future Mode of Operation

• Ultrashort lead times

• Seamless delivery

• Fast ROI

• Business driven

DevOps Predictive Analytics

Crowd operations

Design Deploy Optimize Maintain Operate

Public

8 © Nokia 2016

Ecosystem development beyond telcos

To enable new industry vertical use-cases

Other partners and verticals

Automotive Cities Health Utilities Safety

Massivemachine

communication

ExtremeMobile

Broadband

Critical machine

communication

Ecosys.

develop.

Early engagements with 20+ world technology leaders

Nokia is a leading contributor to various standards and research institutions

Shaping 5G NAR with all major operators

AT&T

Public

0

50

100

150

200

250

5G Contributions in 3GPP

SA1 (Oct 2015-May 2016 SA2 in 2016

SA3 May RAN1 (April-May 2016)

9 © Nokia 2016

Making 4G -> 5G a ‘successful’ commercial reality

Nokia is helping operators get 5G ready

Maximize use of Pre-5G-technologies

Multiple Operator strategies possible. Defining a clear strategy matters

EcosystemDevelopment beyond telcos

Services transformation is a pre-requisite

Fundamental Architecture evolution is required

Massivemachine

communication

ExtremeMobile

Broadband

Critical machine

communication

Public

10 © Nokia 2016

World’s first to run e2e 5G on commercial AirScale radio platform

and cloud packet core

AirScale, AirFrame

First live demonstration at 5G World summit – London, June 2016 After successful 5G call on

AirScale Radio Platform (Feb, 16),

Nokia advances

commercialization with 5G radio

access connected to a cloud

packet core including MME, HSS,

and SAE Gateway all running on

Nokia AirFrame datacenter

Massivemachine

communication

ExtremeMobile

Broadband

Critical machine

communication

5G-ready

solutions

Public