5g market potential and status update€¦ · why net neutrality matters network neutrality...
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Ericsson Internal | 2018-03-12
5G Market Potential and Status Update
Painel Telebrasil 2018IEEE 5G Summit
Tiago Machado Ericsson Brazil 2018-05-22
Ericsson Internal | 2018-03-12
The Generations: from Voice to IoT
Ericsson Internal | 2018-03-12
New revenue streams from 5G
Ericsson Internal | 2018-03-12
New revenue streams from 5G
Ericsson Internal | 2018-03-12
5G evolution goes beyond Radio Access
Ericsson Internal | 2018-03-12
5G high level time plan
5G in Brazil
Ericsson Internal | 2018-03-12
Brazilian citiesMotivationfor Rural Coverage
(2017) Brasil Centro Oeste Nordeste Norte Sudeste Sul
Cities 5.570 8,38% 32,21% 8,08% 29,95% 21,38%
Demographic Density 24,4 hab/km² 9,88 hab/km² 36,84 hab/km² 4,65 hab/km² 94,04 hab/km² 52,58 hab/km²
Populational densityinhabitants/Km2
[2017]IBGE and EMPRAPA
Ericsson Internal | 2018-03-12
5G RANGEOverview
5G-RANGE – 5G-Remote Area Access Network for 5Th GEnerationEU-Brazil Joint Call - H2020-EUB-2017
List of ParticipantsEU Partners
Universidad Carlos III de Madrid (Spain) - Coordinator
Technische Universität Dresden (Germany)
University of Oulu (Finland)
Telefónica I+D (Spain)
Brazilian PartnersInatel (Instituto Nacional de Telecomunicações)
CPqD (Centro de Pesquisa e Desenvolvimento em Telecomunicações)
USP (Universidade de São Paulo)
UFC (Universidade Federal do Ceará)
UnB (Universidade de Brasília) - Coordinator
Ericsson Brazil
Ericsson Internal | 2018-03-12
5G RANGEOverview
— Context
— Limited availability of Internet Broadband access in remote areas
— Demand not met with current technologies and products
— Low population density
— Geographical barriers
— Large distances
— Usage of licensed bands
— Objectives
— Design, develop, implement and validate the mechanisms to enable the 5G network to provide an economically effective solution for Internet access for remote areas:
— Use of cognitive radio approach employing both licensed and unlicensed frequencies
— New waveform in order to provide the desirable dynamic and fragmented spectrum allocation.
— Cell radius above 50 km (>100Mbps at the edge)
— Novel contributions on 5G standards in support of global industry consensus e.g. through submission of joint contributions in these fora by EU and Brazilian players
— Internet Penetration
80%
10%
Ericsson Internal | 2018-03-12
High Capacity Transport
2016 Cities withoutOptical Backhaul
Midwest 181Northeast 1.095North 250Southeast 651South 168
In blue: cities with Optical BackhaulIn blank: cities without Optical Backhaul
Optical backhaul [2016]ANATEL
Ericsson Internal | 2018-03-12
Infrastructure and digitalization are key enablers
SpectrumAvailability
SpectrumCaps
SpectrumPricing
SiteViability
— Infrastructure enablers
Ericsson Internal | 2018-03-12
Infrastructure and digitalization are key enablers
SpectrumAvailability
SpectrumCaps
SpectrumPricing
SiteViability
— Infrastructure enablers
NetworkNeutrality
DataPrivacy
Cybersecurity
IndustrialPolicy
— Digitalization enablers
Ericsson Internal | 2018-03-12
Spectrum for 5G introduction
Ericsson Internal | 2017-12-19
Three layers of spectrum are needed: Low, Mid, High
High Bands 6GHz
Mid Bands 1-6GHz
Low Bands < 1GHz
Super data layer
Coverage & Capacity
Coverage Layer
Ericsson Internal | 2017-12-19
POTENTIAL
Available bandwidth in 600MHz in Brazil100
MHz
APPLICATIONS
FWAeMBB Rural IoT
BASE
Potential reuse of existinginfrastructureRural coverage
GlobalRoaming
Lower bands enable coverage
Logistics
High Bands 6GHz
Mid Bands 1-6GHz
Low Bands < 1GHz
Super data layer
Coverage & Capacity
Coverage Layer
Ericsson Internal | 2017-12-19
POTENTIAL
Available bandwidth in 2.3 + 3.5GHz in Brazil, considering LSA inC-Band
500MHz
APPLICATIONS
IoTeMBB Industry 4.0 Smart Cities
BASE
Potential reuse of existinginfrastructureUrban coverage
GlobalRoaming
Mid-bands have the balance of Coverage x Capacity
High Bands 6GHz
Mid Bands 1-6GHz
Low Bands < 1GHz
Super data layer
Coverage & Capacity
Coverage Layer
Ericsson Internal | 2017-12-19
POTENTIAL
Available bandwidth in
millimeter Waves above
24GHz up to E-Band in
Brazil>10
GHz
APPLICATIONS
Self Driving
Cars
Remote
Medicine Robots VR/AR
BASE
Indoor, urban,
private, local, short
range, multi-layer Global
Roaming
mmWave will add 10x more capacity
High Bands 6GHz
Mid Bands 1-6GHz
Low Bands < 1GHz
Super data layer
Coverage & Capacity
Coverage Layer
Ericsson Internal | 2017-12-19
3.5GHz is available worldwide: the prime 5G band
100MHz or less
200MHz
300MHz
400MHz
Ericsson Internal | 2017-12-19
Millimetric bands under study at ITU WRC-19From 24.25 to 86GHz, a total of 33GHz is targeted
24.25
27.5
31.8
33.4
37
40.5
42.5 45.5 66.0
76.0
81.0 86.0
52.6
50.4
43.5 50.247
47.2
allocations to the mobile service on a primary basis
may require additional allocations to mobile
Ericsson Internal | 2017-12-19
Millimetric bands under study at ITU WRC-19From 24.25 to 86GHz, a total of 33GHz is targeted
24.25
27.5
31.8
33.4
37
40.5
42.5 45.5 66.0
76.0
81.0 86.0
52.6
50.4
43.5 50.247
47.2
allocations to the mobile service on a primary basis
may require additional allocations to mobile
1 24GHz24.25-27.5
Global Priorities
Ericsson Internal | 2017-12-19
Millimetric bands under study at ITU WRC-19From 24.25 to 86GHz, a total of 33GHz is targeted
24.25
27.5
31.8
33.4
37
40.5
42.5 45.5 66.0
76.0
81.0 86.0
52.6
50.4
43.5 50.247
47.2
allocations to the mobile service on a primary basis
may require additional allocations to mobile
2 42GHz40.5-43.5
1 24GHz24.25-27.5
Global Priorities
Ericsson Internal | 2017-12-19
Millimetric bands under study at ITU WRC-19From 24.25 to 86GHz, a total of 33GHz is targeted
24.25
27.5
31.8
33.4
37
40.5
42.5 45.5 66.0
76.0
81.0 86.0
52.6
50.4
43.5 50.247
47.2
allocations to the mobile service on a primary basis
may require additional allocations to mobile
2 42GHz40.5-43.5
3 70GHz66-76
1 24GHz24.25-27.5
Global Priorities
Ericsson Internal | 2017-12-19
Millimetric bands under study at ITU WRC-19From 24.25 to 86GHz, a total of 33GHz is targeted
24.25
27.5
31.8
33.4
37
40.5
42.5 45.5 66.0
76.0
81.0 86.0
52.6
50.4
43.5 50.247
47.2
allocations to the mobile service on a primary basis
may require additional allocations to mobile
2 42GHz40.5-43.5
3 70GHz66-76
4 48GHz45.5-52.6
1 24GHz24.25-27.5
Global Priorities
Ericsson Internal | 2017-12-19
Millimetric bands under study at ITU WRC-19From 24.25 to 86GHz, a total of 33GHz is targeted
24.25
27.5
31.8
33.4
37
40.5
42.5 45.5 66.0
76.0
81.0 86.0
52.6
50.4
43.5 50.247
47.2
allocations to the mobile service on a primary basis
may require additional allocations to mobile
2 42GHz40.5-43.5
3 70GHz66-76
5 32GHz31.8-33.4
4 48GHz45.5-52.6
1 24GHz24.25-27.5
Global Priorities
Ericsson Internal | 2017-12-19
Millimetric bands under study at ITU WRC-19From 24.25 to 86GHz, a total of 33GHz is targeted
24.25
27.5
31.8
33.4
37
40.5
42.5 45.5 66.0
76.0
81.0 86.0
52.6
50.4
43.5 50.247
47.2
allocations to the mobile service on a primary basis
may require additional allocations to mobile
2 42GHz40.5-43.5
3 70GHz66-76
5 32GHz31.8-33.4
4 48GHz45.5-52.6
6 85GHz81-86
1 24GHz24.25-27.5
Global Priorities
Ericsson Internal | 2017-12-19
Ongoing draft laws in Brazil
— PLS 330 / 2013
— PL 5276 / 2016
Main topics
— Data protection authority
— Personal data
— Sensitive data
— Anonymized data
— International Data Flows
— Consent: explicit vs implicit
— Identifiable vs identified user
US approach
— Focus on private contracts
— Broader trade and competition regulation
— Implicit consent
— Open data flows
EU approach: GDPR
— Focus on user protection
— Data protection authority
— Explicit consent
— Limited non-EU data flows
— EU Digital Single Market
Digitalization Enablers: Why data privacy matters
Ericsson Internal | 2017-12-19
Digitalization Enablers: Why net neutrality matters
Network Neutrality
— Science of limited resources
— From homogeneity to network slicing
— FCC stance versus Europe
— Latency over throughput
— The myth of fast lanes
US movement vs EU instance
Brazilian Internet Civil Framework & Decree
Definition of Net
Neutrality
Userdemand
BusinessOpportunity
Techevolution5G & IoT
MarketEquilibrium
Basic Rights
andRules
Ericsson Internal | 2017-12-19
Key topics
— Data localization
— Critical Infrastructure
— Cyber-espionage
— Legal Interception
— Vendor and technology vetting
— Security by design
— IoT and 5G introduction
Digitalization Enablers: Why cyber security matters
Network Security Information Security
Local Systems Cloud
IT Specific Industry-wide
Data exposure Data Corruption
Computers & Phones IoT
Networks Access Ubiquity
Preventive & Reactive Proactive measures
Ericsson Internal | 2018-03-12
Public policies for Cybersecurity, Net Neutrality and Data Privacy will be key enablers or roadblocks for 5G introduction .
mmWave should be prioritized, especially 26GHz and 42GHz, to enable high-demand use cases including IoT.
Key steps for 5G
Early 5G introduction will be viable in 3.5GHz to cope with data growth in urban areas, while benefiting from global ecosystem.
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