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Tap into New Growth with Intelligent
Connectivity
Digital Transformation and 5G
Adam Lane | Senior Director, Public Affairs
1
Bring digital to every person, home and organization for
a fully connected, intelligent world.
Vision and Mission
Huawei at a Glance
180,000Employees
1480,000
No. 68 in170+
No. 72 in the
R&D institutes /
labs/centersR&D employees
Interbrand's Top 100
Best Global BrandsCountries
Fortune Global 500
Focusing on Smart Devices, Connectivity, Computing, and Cloud; Providing
Products and Solutions for Three Customer Groups
Global carriersHundreds of millions of consumersGlobal enterprises,
governments, and industries
Consumer
Products & ServicesIconic global technology brand
Carrier
Products & ServicesBest strategic partner for carriers
Enterprise
Products & ServicesEnabler and preferred partner
for digital transformation
Cloud
Products & ServicesCloud partner with reliable,
trusted, evolvable services
Storage and servers
Data center
Private cloud
Enterprise EI
AI platforms
Big data analytics
Cloud services
Video surveillance
Enterprise
communications
Network energy
Info
rma
tio
n D
istr
ibu
tion
&
Pre
se
nta
tio
n
Info
rma
tion P
roce
ssin
g &
Sto
rag
e
Information Learning and Inference
Smart devices Connection Computing and cloud
Information Transmission
+Intelligent
Smartphone
Wearables
Smart home devices
Vehicle-mounted terminals
Life services for all scenarios
Wireless networks
Fixed networks
Core networks
Operation support systems
Intelligent O&M
Enterprise networks
IoT networks
21 Years of Huawei in Kenya
Chin
SGR
Communications System
Intelligent Transportation
System
7 Smart Traffic Lights for
KURA
Huawei ranke
East Africa Training center.
23 ICT Academies
nationwide
Chines
RuralStar
Delivering Mobile Broadband
for 2/3rd less for Safaricom
PDTP
Award for Supporting
Innovation
Improving Safety with
Safaricom for National Police
Service
NOFBI connected 312
buildings, 11,549 employees
400 employees; 2,000+ jobs
created per year. More than
100 internships per year
Drivers Behind Continuous Growth
Strategic direction30 years of sustained focus on
Pipe Strategy: ICT infrastructure
Core
Values
Sustained investment
in R&D to drive breakthroughs
Value-driven system
that shares value to maximize
value creation
Huawei Core Values
Stay customer-centricCreating value for customers is the only way for Huawei
to guarantee its value. Our success depends on our
customers' success.
Inspire dedicationA reasonable, effective value assessment and sharing
system inspires employees to create greater value for
the company.
PersevereCustomer expectations are rising, and our industry is
evolving. Whether or not we can continue to survive
depends on our ability to persevere with long-term
focus.
Grow by reflectionReflection leads to continuous improvement, prepares
us for external challenges, and prevents inaction.
Corporate Governance Structure: An Employee Owned Company
Board of DirectorsExecutive Committee
Supervisory Board
Human Resources
CommitteeFinance Committee
Strategy & Development
CommitteeAudit Committee
Shareholders' Meeting
Human Resources FinanceCorporate
Development Strategy Marketing Quality, BP & IT
Group Functions
Regional Organization (Regions and Representative Offices)
Carrier
BG
Enterprise
BG
Consumer
BG
CEO/Rotating CEOs
2012 Laboratories
Supply Chain, Purchase, Manufacturing
Huawei Internal Service
Huawei University
Independent Auditor
Cyber Security &User Privacy Protection
Huawei Leadership Mgmt Dept PR&GR Legal Affairs Ethics & Compliance
Products &
Solutions
Internal Audit
Cloud
BU
4th Industrial Revolution: Technological Advances Driving Global Development
1st Industrial Revolution 2nd Industrial Revolution 3rd Industrial Revolution 4th Industrial Revolution
Steam engine Electricity Information technology Intelligent technology
Sustainability New growth of digital economy
Upgrade to smart city
Digital transformation of industries
Better consumer experience
Scenario-specific solutions
Global macro trends
We Are Entering an Intelligent World
Artificial
intelligenceBroadband Cloud computingData center IoTBig data
Digital twin
Digital survivalTemperature, space, and touch
Sense of smell, hearing, and vision
Ubiquitous connection, wide connections,
multiple connections, and deep connections
All Things Sensing All Things Connected All Things IntelligentSensing the physical world,
mapping it to digital signalsData goes online to power machine intelligence Big data and AI power new applications
ICT infrastructure will be the foundation of the intelligent world
Society: ICT Drives Sustainable Development
ICT is a leading indicator of sustainability
(90% correlation)
Good Health and
well-being
Industry, Innovation
and InfrastructureSustainable city
and communityClimate action
Quality education Gender Equality
0
1
2
3
4
5
6
7
8
9
10
0
50
100
150
200
ICT
Sco
reSD
G S
core
Front runnersAdoptersStarters
ICT helps countries achieve the UN
Sustainable Development Goals (SDGs)
Countries: 170+ Countries Have Digital Strategies. Digital Economy Is the New
Growth Model
Russia: Digital
Economy Strategy
China: Digital China,
Broadband China,
Internet+
Japan: White Paper on
Manufacturing
Industries
South Korea:
Manufacturing Industry
Innovation 3.0
India: "Made in India"
and "Digital India" for
the future
Singapore: Smart Nation 2025
Thailand 4.0
Digital Malaysia
Australia: Digital
Economy Strategy
UK: Digital economy
strategy 2015-2018
Canada: Digital
Canada 150
US: Strategy for
American Leadership in
Advanced
Manufacturing,
Industrial Internet
Germany: Industry 4.0,
Digital Strategy 2025
Brazil: Efficient Brazil
Strategy
Saudi Arabia: "Vision
2030" supports digital
economy growth
Over 170 countries worldwide have published a national digital strategy (ITU)
• 20% ↑ in ICT investment = 1% ↑ in GDP
• ICT investment returns 6.7x non-ICT
• Digital economy growing 2.5x faster than
world economy
Huawei’s Global Connectivity Index (GCI) maps a country’s
transformation into a digital economy
Traditional Economy Digital Economy
The GCI provides a comprehensive and objective assessment of a
country’s connectivity from both a national and business perspective,
and assesses the current status, future trends and challenges
associated with digital transformation. It quantifies the value generated
by connectivity for a country’s transformation into a digital economy
serving as a reference for regional and national policy makers.
94 Countries 97% GDP 87% PopulationStrong ICT infrastructure improves the quality of economic
growth.
A one-point increase in GCI
does the following for your economy
1 ptIncrease in GCI
2.1%Competitiveness
Innovation
2.2%
Productivity
2.3%
12
DEMAND EXPERIENCE POTENTIALSUPPLY
IOT IoT Investment IoT Installed Base IoT Experience IoT Potential
BIG DATA Big Data Investment Analytics Data Creation Big Data Experience Big Data Potential
CLOUD Cloud Investment Cloud Migration Cloud Experience Cloud Potential
DATA CENTERS Data Centre Investment Data Centre Equipment Data Centre Experience Data Centre Potential
BROADBAND Fiber Optic/4G Coverage Broadband Subscriptions BB Affordability / BB
Download SpeedBroadband Potential
5 T
ec
hn
olo
gy E
na
ble
rs
Fundamental:e.g. ICT laws, Application, e-Government, R&D etc.
GCI Methodology Matrix: 4 Economic Pillars by 5 Technology
Enablers GCI Scoring Model
A country’s evaluation is based on 40 indicators based on the 4 economic pillars & 5 technology enablers 13
Digital Economy Heat map
Average GDP Per Capita: US$3,700
GCI score: 20-34
20 35 56 85
ADOPTERS FRONTRUNNERSSTARTERS
These countries are in the early stage of ICT infrastructure
build-out. Their focus is on increasing ICT supply to give more
people access to the Digital Economy.
Average GDP Per Capita: US$16,300
GCI score: 35-55
Nations in this cluster experience the biggest GDP
growth from ICT Infrastructure. Their focus is on
increasing ICT demand to facilitate industry digitization
and high-quality economic growth.
Average GDP Per Capita: US$54,100
GCI score: 56-85
These nations are mainly developed economies. They
continually boost user experience, and use Big Data and
IoT to develop a smarter and more efficient society.
14
81 Pakistan 25
82 Bangladesh 24
83 Mozambique 24
84 Zambia 24
85 Ethiopia 23
86 Angola 23
87 Malawi 23
88 Swaziland 22
89 Sierra Leone 22
90 Lesotho 22
91 Madagascar 21
92 Liberia 21
93 Comoros 20
94 Burundi 20
60 Jordan 34
61 Egypt 34
62 Lebanon 34
63 Vietnam 34
64 India 33
65 Venezuela 33
66 Indonesia 33
67 Morocco 33
68 Algeria 32
69 Ecuador 31
70 Ghana 29
71 Kenya 29
72 Nigeria 29
73 Botswana 29
74 Namibia 29
75 Zimbabwe 28
76 Rwanda 27
77 Paraguay 26
78 Tanzania 25
79 Uganda 25
41 Saudi Arabia 44
42 Belarus 44
43 Bulgaria 44
44 Brazil 43
45 Kazakhstan 42
46 Mexico 42
47 Oman 42
48 South Africa 42
49 Ukraine 41
50 Uruguay 41
51 Thailand 40
52 Mauritius 40
53 Turkey 39
54 Serbia 39
55 Columbia 39
56 Argentina 38
37 Peru 37
58 Seychelles 36
59 Philippines 35
21 Spain 55
22 Estonia 54
23 UAE 53
24 Lithuania 52
25 Portugal 52
26 Solvenia 51
27 China 51
28 Italy 50
29 Czech Republic 50
30 Hungary 49
31 Slovakia 49
32 Malaysia 48
33 Chile 48
34 Croatia 46
35 Greece 46
36 Russia 46
37 Kuwait 45
38 Poland 45
39 Romania 45
40 Bahrain 45
1 United States 78
2 Singapore 75
3 Sweden 73
4 Switzerland 71
5 United Kingdom 70
6 Finland 68
7 Denmark 68
8 Netherlands 67
9 Norway 65
10 Japan 65
11 South Korea 64
12 Australia 64
13 Germany 63
14 Luxemborg 63
15 Ireland 62
16 New Zealand 62
17 Canada 62
18 Belgium 61
19 France 61
20 Austria 60
Country 2018 Rankings
ADOPTERS SCOREFRONTRUNNERS SCORE STARTERS SCOREADOPTERS SCORE
80 Bolivia 25
STARTERS SCORE
15
The “Matthew Effect” – the digital divide becomes a digital chasm
GCI score
+2.8
+5.2
Starters
Adopters
Frontrunners
+6.0
26.629.4
40.0
45.2
60.166.1
20 30 40 50 60 70 80
2018 S-curve
2015 S-curve
Average scores 2015
Score change
An expansion of the S-curve (GCI score vs. GDP) shows widening inequality between Starters, Adopters & Frontrunners
Average scores 2018
STARTERS ADOPTERS FRONTRUNNERS
Economy
16
Inequality among the three clusters remains a prominent issue for key indicators
ICT investment
per GDP
IT workforce
per capita
IoT installed
base per capita
App downloads
per capita
Mobile broadband
subscriptions
per capita
2% 0.8%2
21 80%
5%2.8%
9
38116%
Starters and Adopters
in SSA
Frontrunners
Economy
17
Intelligent Connectivity enables industry transformation which
will shape a US$23 trillion digital economy by 2025
2.9
1.50.9
1.7
5.0
6.4
0.5
3.0
1.1
Government
ServicesRetail Transport Finance ManufactureICT Utilities Others
Professional
services
Industry
Intelligent Connectivity
18
20 20 21 2122 22 22 22
23 24 2425 25
2728 29 29 29 29 29
36
40
42
15
20
25
30
35
40
45
0
20
40
60
80
100
120
140
160
180
GCI 2018 Scoring Comparison: SSA Countries
Supply Demand Experience Potential GCI Score
12345678912 11 101516 14 13171819202223 21GCI Rank
Countries within SSA, in particular, are concentrated at the start of
the digital journey - only SA, Mauritius & Seychelles have reached Adopter development stage
All of the countries in SSA have to make concerted efforts to improve the supply dimension, expanding rollout of basic connectivity
infrastructure to more parts of the country, or at least the economic corridors/zones of activities. At the same time, focus on the
Demand pillar has to be increased to ensure end users access and are able to use the newly deployed services while will ultimately
improve other, more advanced pillars like Experience & Potential. 19
GCI 2018 key findings for Sub Saharan African
region
True impact of ICT on economic growth is still to be realized and balance struck
between social spending now and ICT Investment with benefits realizable in the
mid to long term future
Economic
Impact
Transformation of different traditional and nontraditional economic sectors is slow
despite stagnating or slowing sectorial growth, yet ICT is key to delivering value in
new ways in existing industries
Industry
Impact
To tap into the inherent value of technology and ICT particularly for its people and
businesses, countries must establish and complete the foundations including
ubiquitous Broadband, Government Data Centers and cloud technologies.Technology
Impact
20
Industries: Industries Are Entering a Cycle of Digitization, Presenting New
Opportunities
• Industries are entering the cycle of digitization. All enterprises face the same problem: How can they adapt and
flourish as their industry goes digital?
As technology continues to advance, technological changes may become more frequent and industry lifecycles shorter
1780 1845 1896 1945 1985 2040?2007-11
1. Steam engines/
Textiles
2. Internal combustion
engines/Railways
3. Electrification/
Automobiles
4. Oil/Airplanes
5. Digitization/ICT
Watt's engine,
spinning jenny
Next
30 years
Digital opportunities 2025
Source: Huawei GIV 2025
1.7 trillion
5.0 trillion
ICT
1.5 trillion
Retail
Finance
0.5 trillion
Utilities
2.9trillionSocial&Personal Services
6.4 trillion
Manufacturing
1.1trillion
Others
3.0trillion
ProfessionalServices
0.9 trillion
Transportation
Cities: Digital Platform Integrates Full Stack of Technologies into an Intelligent
OS That Supports Successful Digital Transformation
Smart transportPublic safety Smart city Smart campus
Ecosyste
m
part
ners
Customer
value
AI
Smart city applicationsPublic safety
applications
Smart transport
applications
Smart campus
applications
Op
era
tio
ns &
se
cu
rity
Cloud (private/public/hybrid)
Data integration Service synergy Agile innovation
FTTx/WTTx Wi-Fi Campus networks IoTEnterprise wireless
networkConnect
Sense Industrial sensors Industrial devices Intelligent cameras …
Digital Platform
Big dataIoTVideo Converged
communicationsGIS …
Integrated intelligence
Data flows free
Shared resources
Efficiency up
Integrated new ICT
Ongoing optimization
Seamless evolution
New ICT capabilities
Industry partners
Industry expertise
Incubating new apps
Industry innovation
Businesses: ICT Supports Digitization of Businesses, AI Drives Upgrade to
Intelligence
x100
x1000
x10000
x10
Business Value
Adoption Speed40 years 20 years 5–10 years
Support
systems
Operations
systems
Decision-
making
systems Low-level
High-level
Front Desk,
Office… UC&C…
Version Control
Production Monitoring
CRM, ERP
Lights-out Manufacturing
Autonomous Logistics
UAV Delivery
Tactical Planning
Branding Strategy
Risk Identification &
MitigationFinancial Diagnostics
+ Intelligence
Next 10 Years: Companies Will Be the Primary Users of Cloud
• The next 3 to 5 years will be a critical period for
enterprises migrating to the cloud.
• In the next decade, more and more industries and
enterprises will "grow with cloud" as they adopt
cloud technology. Cloud computing will become a
basic technology for every industry in the era of
Cloud 2.0.
• By 2025, all enterprise IT solutions will be cloud-
based, and 85% of enterprise applications will be
on the cloud.
• Core enterprise applications, AI and IoT will be the
major drivers for customers migrating to the public
could in Cloud 2.0. Data analytics and intelligent
transformation will be the strongest driver for
enterprises migrating to the cloud.
• Full-stack capabilities of cloud + AI are key
elements for selecting cloud services.
Business MindsetTechnology
Cloud 1.0: Born in Cloud Cloud 2.0: Growing with Cloud
Rise of industry clouds:
Companies drive cloud
Intelligent
manufacturing Intelligent grid
Intelligent
healthcare
Intelligent
transport
...
Internet companies led
the first wave
AI Will Transform Every Industry
Computing powerData center and cloud
investment
Labeled DataIoT installed base and
analytics data creation
AlgorithmsSoftware developers
and AI investment
AI readiness
"AI + Industry" will generate new
ecosystems and new business models.
More established industries will benefit
the most from AI.
Public
utilities Education Healthcare Media Pharma Logistics Finance
Insurance Retail Manufacturing Telecom Oil & gas Agriculture
Emerging Technologies Drive Digital Growth While Bringing New Challenges to
Cyber Security and Privacy Protection
New technologies New opportunities New challenges
Mobile networks and sensors help us
achieve high-density interconnection.
Cloudification enables resource sharing
and service platforms transform from
closed platform to open platforms.
AI and big data power in-depth mining
of information.
The traditional protection boundary
becomes more and more blurred.
Data processing is more complex and risk
of data leaks is increasing.
The attack surface is larger and
vulnerabilities are increasing.
Cloud SDN/NFV AI
5G IoT
Huawei's Digital Transformation: Leading the Industry in Efficiency and
Customer Satisfaction
Huawei's digital transformation journey
Digital Vision
R&D Sales OfficeSupply Service Finance Envm't Admin …
Customers
(B2B)Employees
(B2E)
Suppliers
(B2S)
Partners
(B2P)
Consumers
(B2C)P
Innovation Demand Supply Workplace
Application as a Service
Shared data foundation
ICT infrastructure
Cloud
Digital transformation drives more efficient customer service, supply chain, product
management, processes, and organizations. Huawei has realized the ROADS
experience internally, and leads the industry in terms of efficiency & customer
satisfaction.
Over the past 30 years, Huawei has built a wide array of IT
systems, such as ERP and CRM. These systems made
management and reporting possible, but they did not lock in
sustainable growth. IT systems formed data islands that
blocked information flow. High-value data was not shared, and
its value was lost.
In 2016, Huawei realized that it must digitally transform itself
for better development in the future. The company decided to
realize ROADS experience internally, and set its sights on
leading the industry in terms of efficiency and customer
satisfaction. (ROADS: Real-time, On-demand, All-Online, DIY, Social)
Huawei's goals for digital transformation
ROADS experience
Digital transformation
5G is in reachA Closer Look at 5G Infrastructure, Progresses and Policies
28
Key Usage Scenarios Drive for 5G
Enhanced Mobile Broadband
5G connections will go beyond human beings’ communications, and will enable intelligent internet of things in the future. Next
generation of telecommunication technologies will be adopted by a wider range of industries and sectors.
4K/8K UHD
VideoAR & VR Cloud Gaming Enhanced Mobile Media Home Broadband
& TV
In-venue Wireless
Broadband
In-car
Operations
Ultra-reliable Low Latency Communications
Ultra-reliable applicationsSelf-driving VehiclesIndustrial Automation Remote Manufacturing/Surgery
Source: Recommendation ITU-R M.2083
eMBB
10 Gbps
mMTC
1 million connections/km2
URLLC
1 ms
Massive Machine type Communications
Smart Homes/Buildings Energy & Utilities Smart Agriculture Logistics Smart City
29
5G-based Fixed-Wireless Access can Provide Gigabit Broadband to Homes
FWA
Stage 1: FWA User Improvement Stage 2: Enhanced Home APP Stage 3: In-venue Ecosystem Exploring
• Broadband + 4K + VR • Home Cloud, Home Security • Smart Home, Wireless Health/ Education, etc
Home Security Home Health
Home Entertainment
Home Management Home Automation
Data
VR
Camera
LTE-A 5G
Protect
interactConnect
SMARTHOME
IPTV
5G will provide an attractive alternative to complement existing provisioning of gigabit home broadband. Close cooperation
between the telecom operator and the service creator will help to improve chances of success in the market.
SMARTHOME
30
Enhanced Mobile Broadband Brings New Experience of Quality
5G will carry the heavily loaded data transmission required for VR/AR graphics, industrial video for machine monitoring, live
stream etc., where large amounts of media and data will need to be supported for uplink or/and downlink communications.
Tactile Internet 4K/8K, UHD Video HD Augmented RealitySports Stadiums Virtual Reality
Speed DL UL
Speed experienced by users 100 Mbps 50 Mbps
Peak rate 20 Gbps 10 Gbps
Peak spectral efficiency 30 bps/Hz 15 bps/Hz
Sources: ITU-R, Minimum requirements for IMT-2020, Huawei
Resolution 2D 3D
4K ~25Mbps ~50Mbps
8K ~100Mbps ~200Mbps
eMBB
3G
4G
1 Mbps
10-20 Mbps
100-200 Mbps
Cloud Gaming
Cloud PC
Cloud VR/AR/MR…
31
e.g. Enhanced Mobile Broadband Empowering VR/AR Services Cloudified
Cloud AR/VR
Content
providerChipsetHMD
Rendering &
Cloudification
Online
storeNetwork
• HTC Vive
• Oculus Rift
• PSVR
• Microsoft
Video Game Education Industries
• Whaley
• iQiyi
• Migu
• 3Dbobo
• VeeR
• Youku
• Tencent
• Letinvr
……
• V-Sensory
• NineD
• OneShow
• Enjoy Future
• Kukrgame
• Battle Times
• Achiact
• UBISOFT
……
• Idealens
• Cylon
• FlyVR
• Vrschool
• ChocEnglish
• HeiVR
• Elernity
……
• Tourism
(NineD)
• Medical
(OneShow)
• Retail(JD)
• Social
(BeanVR)
• Mfr. (GDI)
• Realty.(Shadow
Factory)
……
50+ top VR
industrial partners
2 Cloud VR Openlabs
(Shanghai/Shenzhen)
12 Cloud VR
scenarios
Cellphone based
PC based All in one
• HBD
Daydream
• Pico Neo /
Goblin
• DPVR M2
• 3Glasses
• PiMax 4K
• Oculus Go
remote experiencetourism, live streaming,
remote maintenance, etc.
simulative realityrole preparation, simulation, etc.
augmented realityholograms, training, etc.
visual realitymedia, entertainment, etc.
shared realityvideo calls, design collaboration, etc.
hyper realityVR assisted surgery,
human-machine interaction, immersive service, etc
Ecosystem
Steam
VIVEPORT
Oculus Home
Sony PSVR
Cyber Cloud
NVIDIA
HTC(TBD)
Telcos & Huawei Qualcomm
32
Latency
Bandwidth
≤100 ms
≤20 ms
≤3 Mbps ≤15 Mbps
consecutive small packets
Patient location, Wireless infusion, Wireless monitoring
video & audio + medical image
Wireless specialist diagnosis, Emergency rescue, Surgery teaching, Robot/mobile inspection
video & audio + medical images + Haptic feedback
Remote robotic ultrasonic/endoscopy/surgery
AI+ vehicle to provide mobile medical diagnosis & treatment
Video-assistedmedical diagnosis
Data collection, monitoring, and analysis
Source: Huawei, Wireless Healthcare White Paper
5G Potential Usage in Wireless Healthcare
Concerning medical video services, 5G provides suffitient bandwidth to support multi-channel HD videos and VR/AR in
healthcare. As for medical operations, 5G supports remote sense of touch and eye tracking.
Medical monitoring & nursing
Medical diagnosis & guidance
Remote operation & control
Smart Healthcare
33
First Movers Exploring 5G Use Cases
NextGen mobile user experience Gigabit broadband to the home
5G 4K IPTVSouth Korea LG U+
5G hologram video callJapan NTT DOCOMO
5G 4K UHD streamingChina Mobile
5G Live AR/VRDeutsche Telekom
5G VR Sports LiveKT
automated drivingGerman Aerospace Center (DLR)
5G remote drivingChina Mobile, SAIC
5G remote drivingVodafone, University of Surrey, Technical University of Munich
5G smart driving busChina Telecom, Shenzhen Bus Group, BYD, Haylion
5G ball balancing robotFesto
3.5 GHz CPE + drones for VR live streamingSouth Korea LG U+
5G Cloud VRHuawei
Digital industrial ecosystemsFuture corporate networks
5G can provide high-speed enhanced
mobile broadband and related services
such as VR, AR.
5G can provide gigabit speeds and
better infotainment services to
homes.
5G can provide high-speed and
high-reliability networks to improve
productivity and reduce costs.
5G will provide an ecosystem that
brings multiple solution providers
together.
eMBB URLLC/mMTC
34
5G Drives New Era of Technology Innovation
5G is composed of LTE evolution and NR innovations to improve spectrum efficiency and enable multiple services.
Air interface
New waveform F-OFDM
New channel coding Polar, LDPC
New high order modulation DL 1024QAM,UL256QAM
New frame structure self-contain, short slot, slot aggregation
Soft AI
New physical signal
flexible numerologies
CRS Free, new DM-RS
35
Evolutional Path to 5G: Non Stand Alone/Stand Alone Architecture i.e. mixed 4G/5G
and pure 5G
Taking a Rational Look at 5G from Industry’s Perspective
Strategy
2017 2018 2019 2020 2025
EU early deployment 5G at least in 1 city of MS all urban areas and along main paths
UK auction, e2e 5G trial testbed spokes commercial use high quality coverage
Germany auction the conditions for the rollout having 5G connectivity
France trials and pilots freeing up of bands, first devices frequency allocation coverage of main routes
Japan system trial securing frequency bands achievement of 5G services
Korea test projects, band distribution commercial use national coverage additional 4.4 GHz(2026)
Canada test projects test projects auction
Australia 3.6GHz auction new spectrum management framework
• Making 5G a success for Europe
• Position Europe as the global lead market for 5G
• Be a global leader in 5G and creating aworld-leading digital economy that works for everyone
• Making Germany a lead market for 5G applications
• Making 5G a priority for France
• Be home to the world’s first 5G applications in industrial sectors
• Supporting 5G realizationfor 2020 and beyond
• Creation of a super-connected, data- and service-centered network environment
• Provision of 5G network with high performmance
5G for Europe:
An Action Plan
Mid- to Long-Term Master Planin Preparation forthe Intelligent Information Society
36
e.g. European 5G Framework
Strategy
EU has been focused on “Giga Society” and “Industrial Digitalization”, with key actions such as coordinated/synchronized
introduction of 5G, joint R&D programme, regulatory certainty and updates as well as international cooperation.
New Gigabit broadband targets for 2025>=100 Mb/s(up to 1 Gb/s) access for all EU households
Connectivity Package
5G Action Plan for Europefully commercial 5G services in Europe by the end of 2020
European Electronic Communications Code“5G-ready” review of the telecom framework
R&D since 20135G PPP
Sectorial initiatives
Transport, etc.C-ITS Strategy, etc.
Alignment of 5G
objectives and
schedule across
EU
Radio spectrum
Dense networks
Technology
standards
Business
innovation
(demand side)
• Venture capital to foster innovation
• Public sector as a primary user
• Industrial engagement ('focus group') on joint trials ('trial roadmaps') and ecosystem development with 'verticals'
• Basic standards by end 2019
• Broad approach: network access and core
• Based on industry experiments involving vertical sectors
(5G-PPP role)
• Roll-out goals for fibre deployment (backhaul) • Administrative best practice for small cells
• Common authorisation models (>24 GHz)
• Band identification ('pioneer' bands and beyond)
• Common timetable to meet connectivity targets (2020 &
2025)
• National 5G roadmaps (in broadband plans)
• '5G-ready' cities; support for field tests
5G Coordination
Source:5G for Europe: An Action Plan, 2017
37
Strategy
Recommendations on Strategy
Aspiration
Roadmap
Making spectrum available in a timely manner
Reviewing existing telecommunications regulatory arrangements to ensure they are fit-for-purpose for the future
Stimulating the experiment and demonstration to promote the taken-up of technology(coverage, penetration, etc.)
Streamlining arrangements to allow the carriers to deploy infrastructure by timetable
Actively engaging in the international standardization process
Task & Tool
Spectrum
Resourceful Policy Decretory Policy Participant Initiative Economic Incentive
It’s dedicated to settle down the targets, leverage existing resources, unlock bottlenecks, ease the procedures and provide the
certainty for investment over the long term.
Approval Limits
Easing Obligation
Interdepartmental management
Data sharing
Platform for dialogue
Platform for cooperation
Funding for R&D&I, USF
PPP
Tax deduction & exemption
38
How 5G will Influence Economies
Economy
2020 2021 2022 2023 2024 2025
8%
17%
22%
25%
29%
34%
Global 5G coverage and adoption
5G connections(billions)
Populationcoverage
Source:GSMA Intelligence
0.1
0.3
0.5
0.8
1.1
Contribution of 5G to Canadian Economy
Source:Accenture strategy, fuel for innovation, Canada’s Path in the Race to 5G
Global 5G value chain output and employment in 2035
Gross output $719B
Employment 3.4M
United States
Gross output $120B
Employment 963K
Korea
Gross output $492B
Employment 2.1M
Japan
Gross output $76B
Employment 605K
United Kingdom
Gross output $202B
Employment 1.2M
Germany
Gross output $85B
Employment 396K
France
Source:IHS, The 5G economy: How 5G technology will contribute to the global economy
5G’s productivity benefit on real Australian GDP per capita in 2050
Shorter benefitLagged rollout
Shorter benefitQuick rollout
longer benefitLagged rollout
longer benefitQuick rollout
Source:Australian Government, Impacts of 5G on productivity and economic growth
Per
person
by 2050$1,900 $7,600$2,700 $8,400
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Industries with More Intensive Telecom Use could be the Biggest Initial Users of 5G
Economy
Source:BCAR estimates derived from ABS Input-Output data for 2014-15 (Cat. No. 5209.0.55.001
eMBB is the clearest potential 5G use case in early deployments and will support the delivery of high-definition video, immersive
communication and smart city services, under laid by capacity, latency, MEC, virtualized networks and network slicing.
Home broadband and TV
AR & VR
Cloud gaming
Enhanced mobile media (advertising, video, music, etc.)
In-car entertainment
Haptics
In-venue media
5G Early Applications from Enhanced Mobile Broadband
Source:Ovum, How 5G will transform the business of media & entertainment
Priority Use Cases in Early 5G Deployments
74%
21%
5%
Enhanced mobile broadband
Massive IoT 4G NB IoT and eMTC from the start
Ultra-reliable communications (critical services, etc.)Less priority due to uncertainty and trade-off with ROI
Source:GSMA, CEO 5G survey, 2016
40
Prospects for Potential Influences of 5G Applications
Economy
IndustryEnhanced
Mobile Broadband
Massive Internet
of Things
Mission Critical
Services
5G-enabled output
(2016$, M)
Percent of industryoutput
Agriculture,forestry,fishing 510 6.4%
Arts, Entertainment 65 3.5%
Construction 742 4.7%
Education 277 3.5%
Financial, insurance 676 4.6%
Health, social work 119 2.3%
Hospitality 562 4.8%
Info, communications 1421 11.5%
Manufacturing 3364 4.2%
Mining, quarrying 249 4.1%
Professional service 623 3.7%
Public service 1066 6.5%
Real estate activities 400 2.4%
Transport, storage 659 5.6%
Utilities 273 4.5%
Wholesale, retail 1294 3.4%
All industry sectors 4400 3600 4300 12300 AVE: 4.6%
When taking into account the economic activity supported in other sectors of the economy, the total economic output enabled
globally by 5G by 2035 is estimated as $12.3 trillion.
Source:IHS, The 5G economy: How 5G technology will contribute to the global economy
No impact High impact
e.g. the impacts of mobile broadband and 5G in UK
“A report, by Development Economics for
O2, predicts that national 5G infrastructure
will directly contribute an additional 7
billion a year to the UK economy by 2026,
with an additional 3 billion per annum
through indirect impacts through the supply
chain.”
Direct impact
Indirect impact
Induced impact
Associated with the operators undertaking the investment.
Associated with the operators supply chains, in terms of businesses from which they purchase goods or services, and in turn the supply chains of those businesses.
Induced impacts associated with increased employment and economic activity, which then generates higher spending by both consumers and businesses.
41
Combination of Frequency Bands for 5G Usage
Spectrum
To address diversified requirements from the envisioned 5G usage scenarios, 5G needs access to high, medium and low
frequencies, e.g. 3300-3800 MHz, 700 MHz, 24.25-29.5 GHz and 37-43.5 GHz, etc..
eMBB
eMBB, URLLC, mMTC(wide-area but no deep
coverage)
mMTC, eMBB, URLLC
High Frequencies
Addressing specific use cases
requiring extremely high data rates
Medium Frequencies
Best compromise between capacity
and coverage
Low Frequencies
Wide-area and deep indoor coverage
Above 6 GHz
800 MHz assignments
(contiguous)
2 - 6 GHz
100 MHz assignments
(contiguous)
Below 2 GHz
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Recommendations on Spectrum
Spectrum
Regulatory frameworks need to support the 5G technology innovation. Technology neutrality will be critical for
smooth introduction of latest technologies and services in existing and new bands. Regulatory masks should be
revised to support the statistical nature of massive MIMO antenna systems.
100 MHz per operator will be needed to make the most benefits of the 3400-3800 MHz spectrum.
Contiguous spectrum is recommended to prevent its fragmentation and scarcity.
A combination of high, medium and low bands is required to address a wide range of usage scenarios and
requirements.
Exclusive national licences have been a key underpinning of the phenomenal success of mobile services.
It’s critical to ensure affordable access to spectrum for 5G. Auctions represent a fair regime by providing a rational
market value of dedicated exclusive spectrum to users who value it the most; therefore auctions:
- should be designed to stimulate spectrum usage
- should be designed to maximise benefit for society
- should be designed to stimulate investments in infrastructure
1234
5
6
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Fits for the Purpose for 5G Networks Roll-out - Access to Utility Poles, etc.
We recommend that governments and public sector organizations push for sharing of public infrastructures with network carriers
(e.g. sidewalks, street lights, roofs of public buildings) so that they can build 5G base stations more efficiently.
eMBB Service: High Peak-to-Average
Ratio
Pole Site Eliminates Gaps of User
Experience
Easy Deployment on Site
Room Limitation in
Dense Urban70%
Buildings under
Poor Coverage560Mln
Room Limitation Leads to Poor Coverage in Dense
Gbps
100 Mbps1000 X
THR
TimeBusy Hour Idle Hour
Mbps
C Band
200MHz BW / 200W, 64TRX
Eliminate the Gaps of Gbps
Pole siteMacro site Macro site
3.5G AAU
64T64R
55%
Volume
23%
Weight
4GAntenna+RRU
Main Pole +
Secondary PoleOverlay Dual poles
4G:RRU+Antenna
5G AAU
Parapet
5G AAU
4G:RRU+Antenna
Infrastructure
44
5G Innovation & Cooperation with the Operators
5G RAN5G Transport 5G Device5G Core
BBUC-Band mmWave 5G CPE
5G chipset
5G smartphone
…50+Operators
test & trial
Telus | FWA
2017.06 NTT DOCOMO | URLLC
2017.11
LGU+ | IPTV
2017.10
DT | Live AR/VR
2017.10
Vodafone | Mobility
2017.10
Launch since
2019
>305G Commercial
Contracts
45
5G Evolution of Key Lengths
UERAN
Core
network
RRC/UP cipher
(2G-64Bit/3G&4G-128 Bit)4G NAS cipher
(128 Bit)
Summit, the supercomputer
The 2/3/4G key is 64/128 bit
• Summit is by far the most advanced supercomputer for use at Oak
Ridge National Laboratory, US.
• Only a small number national laboratories run supercomputers.
Security is guaranteed even for 2G, 3G, or 4G networks.
UEgNB
5GC
RRC/UP cipher
(128/256 bit)NAS cipher
(128/256 bit)
128 bit X seconds
Future quantum computer
256 bit Trillion years
5G keys can be enhanced to 256 bit Standard organizations start research and discussion
* The concept of quantum computers was put forward in the 1980s. So
far, no one quantum computer has really come out of the lab. There is
no real quantum computer now.
64 bit 3–4 seconds
128 bit Trillion years
46
5G Providing Security Isolation and Slicing Technologies to Isolate Services & FunctionsHardware isolationSoftware isolation
Operations
securityDeployment
securityBearer
network
5GC
Carrie
r
Serv
ice
pro
vid
ers
VR/AR 4K/8K
3G/4G
eMBB
URLLC
eMTC
Service
provider
A
Service
provider
B
Service
provider
C
5G
Telco
Service
provider
D
Service
provider
E
Service
provider
F
Service
provider
GFW FW
47
5G NSA: No Fundamental Differences Exist between 4G and 5G Architecture
5G Core and RAN are Separated
As an Important Contributor to Industry Standards, Huawei Works with Industry
Partners to Set Security Standards
Board member Leads proposal drafting of 4
working groups; chairs DOTS
and I2NSF working group
Major contributor to
SA3, driving 5G
security
standardization
No. 1 contributor to
NFV Security Group
Board member
Executive corporate
member
As of August 2018, Huawei had submitted 335 security proposals in collaboration with industry partners, with 168 accepted, ranking first globally.
306 of these proposals were 5G security proposals with 144 accepted, ranking first globally.
48
Food Security
Establish agro-processing zones and
support SMEs
Improve irrigation
Private investment in
large-scale farming
Post-harvest technologies
reduce waste, e.g. coldchain
Credit for farmers and
SMEs
Local fertilizers and feed (and waive import
duties)
Affordable power for SMEs
Transport Infrastructure
ICT Infrastructure for farmers to get knowledge
and market information
ICT can support
ICT can drive
Key:
Big Four Plan
PRESIDENT KENYATTA SAID DIGITAL TECHNOLOGY WILL SUPPORT EFFORTS TO INCREASE FOOD SECURITY BY PLAYING A KEY ROLE
IN AGRICULTURAL VALUE CHAINS THROUGH BETTER ACCESS TO INPUTS, MORE RELIABLE WEATHER AND CROP INFORMATION, TRACKING OF COUNTERFEIT INPUTS, MORE TRANSPARENT ACCESS TO MARKETS AND FAIR PRICING.
ICT opportunities: Government Suggestion:
ICT for farmers to get knowledge /market information
Ensure MBB coverage, low-cost access to smart devices, ICT skills and suitable content for all farmers and aggregators/agricultural extension officers in all villages for farmers to access knowledge, credit and market information.
Smart logistics (IoT) Use smart logistics/coldchain to reduce post-harvest losses and enhance distribution/export markets to increase farmers’ income
Smart irrigation (IoT) e.g. water, field sensors Use IoT in irrigation, rivers, water sources to reduce water wastage & improve yields
Animal tracking (IoT) Use IoT to track and monitor the location and health of animals to reduce loss/theft and increase productivity
Affordable Healthcare
Funding for healthcare insurance
Improve efficiency and
quality of public health
Attract private investment
and partnerships
Increase NHIF sign-ups,
including using ICT and Agents
Digitization of NHIF to
reduce costs
E-health for low-cost service delivery
ICT can support
ICT can drive
Key:
ICT opportunities: Suggestion:
Devices, servers, connectivity, HMIS software and LAN for 4,000+ public facilities to efficiently provide care and NHIF services
Connect all health facilities, provide IT and HMIS for efficient delivery of care and services (reduce health budget & increase revenue)
Telemedicine and video library to provide remote consultations & live/recorded trainings Use ICT in KMTC and facilities for health worker training & patient care
Devices for 95,000 community health volunteers to sign-up NHIF and give health info Enable all CHVs to promote healthcare and recruit NHIF
Data center and Big Data platform for eHealth Hubs and Radiology Hubs Collect and analyze data for improved healthcare services, NHIF management, health resources management and delivery
Wi-fi, health content (apps, games, videos), devices at facilities and rural MBB coverage Enable citizens to get health information and prevent illness
Smart logistics and asset tracking (IoT) Use IoT in KEMSA and MEDS to improve efficiency and ensure reach rural areas. Use in facility fridges for remote monitoring of cold-chain.
Digitization of NHIF Improve efficiency of NHIF by upgrading ICT systems
Big Four Plan
PRESIDENT KENYATTA SAID TECHNOLOGY WILL SUPPORT AFFORDABLE HEALTHCARE BY DRIVING ACCESS TO INFORMATION,
BETTER FINANCING, STRONGER TRAINING FOR HEALTH WORKERS, AND, ULTIMATELY, BROADER ACCESS TO SERVICES.
Manufacturing
Incentives and policy for
manufacturers
Industrial zones and
parks
Attract private investment
and partnerships
Warehousing, logistics and
coldchain
Support and finance
entrepreneurs and SMEs
Increase exports
Strengthen innovation ecosystem
ICT can support
ICT can drive
Key:
ICT opportunities: Suggestion:
Konza for BPO Provide connectivity, data center and devices in Konza to grow BPO industry
ICT for individuals, schools, TVET and community centers
Provide connectivity, devices, content at all educational and community centers to facilitate e-learning and online jobs as part of Ajira to upskills manufacturing workers
Smart logistics (IoT) Use smart logistics to grow distribution/export/e-commerce to increase SME income
Smart campus Provide connectivity and ensure safety of industrial parks so they can grow
Funds, mentors, PR for innovators Support and promote local software developers/apps so they can generate income
ICT training and internships Build advanced ICT skills to increase ICT jobs
Big Four Plan
Affordable Housing
Make public land available
for housing
Funding and incentives for
affordable housing
Modern technology & methods to reduce costs
Easy and fast permitting
ICT can support
ICT can drive
Key:
ICT opportunities: Suggestion:
Fiber to all homes Policy: all new housing to be fiber-ready to enable residents to get online work. Require all estates to provide a community center with ICT.
Digitization of land records and expansion of Huduma Centers/access points
Create Digitization Office in ICT Authority (Ministries should pay; ICT Authority should give Quality service) to improve government services
Public Wi-fi and devices in community centers/cyber cafes
Policy requiring estates to provide free wi-fi/cyber cafes or Ajira program to provide, for residents so they can get online work
Safe Community (cameras, lights, ITS) Build digital police Station and safe community for thriving communities
Linkedin/job portal Portal with verified certificates and feedback on employers and employees to facilitate easier hiring of quality staff and as formal workers
Big Four Plan
Public Goals and Budget Statement for Big Four Emphasize 6 Other Enablers
Huawei’s Vision for Kenya
• Agriculture: use of sensors, big data and drones to increase yields and market efficiency leading to increase incomes, more food security and less food wastage.
• Education: use of video-on-demand, live video, and real-time testing enabling higher quality teaching, more personalized content, and better feedback for student and teacher performances.
• Energy: use of sensors, meters and more efficient transformers to monitor performance, reduce loss of electricity in power lines and more revenue from customers enabling reductions in power generation and investments in additional power generation.
• Environment: use of sensors, drones and big data to more efficiently monitor environmental degradation, human, animal and nature’s activities, and thus prevent environmental damage.
• Health: use of digital devices to provide preventative healthcare, remote monitoring and diagnosis, and to collect data to improve government resource allocation, disease monitoring and patient treatment improving public health.
• Security: use of sensors, surveillance and big data to improve prevention and prosecution of crime improving public safety.
• Transport: use of sensors, cameras and big data to improve traffic and public transport planning, management and control reducing infrastructure investments and environmental impacts.
• Water: use of sensors and meters to monitor availability, flows, transfers, reduce leakage and generate more revenue from customers enabling less usage of water and investments in protecting water sources.
Copyright©2018 Huawei Technologies Co., Ltd. All Rights Reserved.
The information in this document may contain predictive statements including, without limitation, statements regarding the future financial and
operating results, future product portfolio, new technology, etc. There are a number of factors that could cause actual results and
developments to differ materially from those expressed or implied in the predictive statements. Therefore, such information is provided for
reference purpose only and constitutes neither an offer nor an acceptance. Huawei may change the information at any time without notice.
Thank you
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