5G - enabling the 4th industrial revolution - 5G Champion
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5G – enabling the 4th industrial revolution 1 © Nokia 2016 Public
First Second Third Industrial Industrial Industrial Revolution Revolution Revolution
Fourth Industrial Revolution
4.5G 5G GSM 3G 4G 4.9G
5G introduces huge technological advantages
10 Gbps data rate, 1ms latency and ultra-reliability – when and where needed
>10 Gbps
peak data rates
100 Mbps
whenever needed
Capacity
Latency Edge Core
Connectivity 5G
Expanding the human possibilities – from 4G to 5G
Multiple connections Individual network ‘slices’ Fully cloudified networks
simultaneously for different needs and applications
4G One radio connection Single network for broadband First steps into the cloud
at a time video and machine type traffic
6 © Nokia 2016 Public
5G design
Economics
~3x economic impact vs previous
generation
3X
3X
2G 3G 4G
7 © Nokia 2017
Consumer 5G survey key findings
> 86 %
~ 50 %
Need or would like Likely to purchase a
faster connectivity on phone that supports
next smartphone 5G next
€€
Top use case — use Willing to pay extra for
cellular connectivity 5G
everywhere
Top 3 reasons for 5G:
10x 10x More
cost-effective
faster quicker
speeds response time data plans
Source: “Making 5G a reality: Addressing the strong mobile broadband demand in 2019 and beyond,” September 2017,
jointly published by Qualcomm Technologies, Inc. and Nokia.
© Nokia 2017 ConfidentialNew 5G band
Global snapshot of 5G spectrum Licensed
Unlicensed / shared
Around the world, there is a pattern of band allocation Existing bandRight mix of 5G coverage and capacity by combining diverse spectrum
High bands for capacity | Low band for IoT and low latency critical communications
5G mm- 1000x local
waves capacity 20 Gbps / 1000 MHz
5G 3500 10x capacity w.
mMIMO LTE grid with 2 Gbps / 100 MHz
LTE1800 massive MIMO
LTE700 IoT and critical
communication 200 Mbps
5GCoherent 5G industry roadmap
5G standards roadmap
Pre-standard 3GPP 5G Phase 1 3GPP 5G Phase 2 3GPP 5G Rel 17 Optimized standard
completing full
Industry specs Mobile Broadband, Massive IoT
5G vision
Low latency & high Shared and
reliability unlicensed
Future-X-like new core spectrum
NSA (*) SA (*)
2016 2017 2018 2019 2020 2021 2022
5G industry Pre-standards First standard based Standards-based
roadmap 5G start 5G deployments 5G mass rollout
US 28, 39 GHz Korea Japan Korea EU US < 6 GHz Global
28 GHz 4.5 GHz 3.5 GHz 700MHz 600MHz availability
EU/CN 24GHz 2.5GHz > 24 GHz
5G spectrum usage 3.5 GHz
*) NSA: Non standalone; SA: Standalone … functional freeze …protocol (ASN.1) freeze
© Nokia 2017 ConfidentialThe power of 5G lies in the hands of end-users
Each of us consumers, enterprises, venues, governments, cities…
Coverage first deployment Use-case led deployment
12 © Nokia 20175G early market use cases
Nokia study unveils high value use cases and their business models
Dedicated Highway Public transport Dense city area
use cases use cases use cases use cases
Hotspots
Drones
Healthcare In-vehicle infotainment 8K video
Hotspots VR/AR
Home streaming
Truck platooning
Structural 5G 5G use case
deployment area
Industry
Events
13 © Nokia 20175G event experience – get close to the action
Experience more Increased
Be there, security
when you
can’t be 20-50
there HD
Emergency
response teams
Guaranteed uplink
Dynamic
scalability 20-50
14 © Nokia 20175G for connected healthcare
Remote care Remote examination and surgery5G industry experience
Manufacturing and
process automation
Wireline
connections
Intrusion detection
today
>90%
Maintenance
16 © Nokia 20175G in-vehicle infotainment – additional business with urban 5G deployments
5G 5G
5G
5G
5G WiFi
17 © Nokia 20175G use-cases go beyond the early adopted use-cases
Limited only by our imagination of the human possibilities
Events and Automotive
tourism
Homes and People Industry 4.0
buildings & Things
Health Mega
cities
18 © Nokia 2017www.networks.nokia.com/innovation/5G 19 © Nokia 2016
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