Innovation in the 5G network platformErik Ekudden
WCNC 2017
Ericsson Internal | 2017-01-25 | Page 2
Mobility drives our networked society – 2022 outlook
Connected Things
29B Connected Devices
550M 5G Subscriptions
Pervasive Data
8X Mobile Data Traffic
~75% Video
90% MBB subscriptionsUbiquitous Mobility
8.9B subscriptions
6.8B smartphones
80% LTE coverage
LINK: Ericsson Mobility Report, Nov 2016
© Ericsson | WCNC March 22 2017 | Page 2
Ericsson Internal | 2017-01-25 | Page 3
Technology by region
Source: Ericsson (Nov 2016)
25% of subscriptions in North America and
10% in Asia Pacific will be for 5G in 2022
© Ericsson | WCNC March 22 2017 | Page 3
Ericsson Internal | 2017-01-25 | Page 4
BROADBAND and mediaEVERYWHERE
Smart vehicles and transport
Human machine interaction
critical Controlof remote devices
critical services and infrastructure CONTROL
5G use caseS
Sensor networks
Ericsson Internal | 2017-01-25 | Page 5
BROADBAND and mediaEVERYWHERE
Smart vehicles and transport
Human machine interaction
critical Controlof remote devices
critical services and infrastructure CONTROL
5G use casES
Sensor networks
Live TV at
scaleEvents
platform
On-demand
anything
Autonomous
vehicles
Connected
bus-stops
Connected
trucks
Connected
cars
Immersive
augmented
reality
Immersive
gaming
Surveillance
Agriculture &
Environment
Smart
buildings &
Cities
Consumers
& Utilities
Remote
control of
heavy
machinery
Real-time
process
control
Factory
automation
Public Safety
Mission
critical
utilities:
Energy
active grid
Mission
critical
utilities:
Water active
gridRemote
surgery
Tactile
internet
Smart
houses
Smart
shipping/post
Ericsson Internal | 2017-01-25 | Page 6
BROADBAND and mediaEVERYWHERE
Smart vehicles and transport
Human machine interaction
critical Controlof remote devices
critical services and infrastructure CONTROL
5G use casES
Sensor networks
Increased
data rates
Extend
usage of high
bands
Increased
spectral
efficiency
Increased
capacity
Increased
capacity
Ultra reliableUltra short
latencies
Ultra short
latencies
Increased
capacity
Ultra short
latencies
Increased
capacity
Increased
energy
efficiencyUltra reliable
Increased
data ratesIncreased
spectral
efficiency
Ericsson Internal | 2017-01-25 | Page 7
National sitesDistributed sitesAccess sites
our global architecture
Devices /
Local NWGlobal sites
Application Cloud
Transport
Cloud Infrastructure
Management & Monetization
Access - Mobility - Network applicationsMobile
Fixed
Energy efficient
Devices and Network
Embedded security, Identity
Management, Advanced Cryptography
© Ericsson | WCNC March 22 2017 | Page 7
Ericsson Internal | 2017-01-25 | Page 8
National sitesDistributed sitesAccess sites
our global architecture
Devices /
Local NWGlobal sites
Application Cloud
Transport
Cloud Infrastructure
Management & Monetization
Access - Mobility - Network applicationsMobile
Fixed
Energy efficient
Devices and Network
Embedded security, Identity
Management, Advanced Cryptography
© Ericsson | WCNC March 22 2017 | Page 8
Ericsson Internal | 2017-01-25 | Page 9
Machines
Dataflows
Infrastructurenodes
Distributed Cloud Infrastructure
© Ericsson | WCNC March 22 2017 | Page 9
Ericsson Internal | 2017-01-25 | Page 10
DEVICE ON-PREMLOCAL/
METROCOUNTRY/
REGIONAL
GLOBAL/
CENTRAL
Machine, car, train,
…
Factory, office, power-station, Micro DC, …
Central office, Hub/Antenna site, Micro DC, …
Data Center (DC), …
Data Center (DC), …
Autonomy, extreme low latency
Autonomy, security, low latency
Resilience,Network efficiency
Regulatorycompliance,multi-cloud
Scale,Cost,Efficiency
Driving forces for decentralization
© Ericsson | WCNC March 22 2017 | Page 10
Ericsson Internal | 2017-01-25 | Page 11
DEVICE ON-PREMLOCAL/
METROCOUNTRY/
REGIONAL
GLOBAL/
CENTRAL
Computervision
PROCESSING
DATA MGMT
NETWORKING
Anomalitydetection
Storage
Real-time video analysis application
© Ericsson | WCNC March 22 2017 | Page 11
Ericsson Internal | 2017-01-25 | Page 12
Software Defined Infrastructure (SDI)
Optical Interconnect
Small SiteEdge Optimized
High Density
Medium DatacenterHardware Pool
NEBS/Small Footprint/High
Capacity
Large DatacenterHardware Pool
RDS/Disaggregation/Accelerator
s
Metro/Local
Aggregation
Regional
Aggregation
Site types, hardware profiles
© Ericsson | WCNC March 22 2017 | Page 12
Ericsson Internal | 2017-01-25 | Page 13
DEVICE ON-PREMLOCAL/
METROCOUNTRY/
REGIONAL
GLOBAL/
CENTRAL
Hub
Site
Antenna
Site Central
Office (CO) Aggregation
SiteTransport
Site LOCAL
Aggregation
SiteCentral
Office (CO)
Hub
Site
Antenna
Site
Transport
Site
DC
DC
REGIONAL
NATIONAL
Operator network topology
© Ericsson | WCNC March 22 2017 | Page 13
Ericsson Internal | 2017-01-25 | Page 14
Hyb
rid
The Distributed Cloud
Fixed and
Mobile
AccessOperator DC and CO
Public Cloud
Voice, Media, Messaging
(Now)
Control Systems
Data Collection
(Emerging)
Enterprise DC
© Ericsson | WCNC March 22 2017 | Page 14
Ericsson Internal | 2017-01-25 | Page 15
Driver of earlyEU projects for 5G
Radio Test Bed5+ Gb/s Industrial
collaborations
3GPP R-15NX phase 1
World RadioConference
3GPP R-16NX phase 2
3GPP R-14
76% of leading edge operators intend to be trialing 5G
5G Standardization
started in 3GPP
Radio Test Bed10+ Gb/s
Radio Test Bed20+ Gb/s
Network slicingdemo
Outdoor radiotest network
Advanced outdoorfield trials
5G: The road ahead
3GPP based field trials
3GPP compliant NR roll-out
3GPP compliant commercial operation
© Ericsson | WCNC March 22 2017 | Page 15
Ericsson Internal | 2017-01-25 | Page 16
5g ACCESS timeplan
Rel-15Rel-14 Rel-16
5G Study Item NR Phase 1 NR Phase 2
LTE evo LTE evo LTE evo
3GPP
2015 2016 2017 2018 2019 2020
5G
Radio TestbedField Trials
5G Radio Prototypes
E2E Network and Pre-
commercial Trials5G Commercial Launches
Industrial Use Case Studies & Pilots
NR DevicesNetwork products
© Ericsson | WCNC March 22 2017 | Page 16
Ericsson Internal | 2017-01-25 | Page 17
NTTDoCoMoSoftbank
Singtel
Telstra
Deutsche Telekom
Korea Telecom
SK TelecomEtisalat
Telia
China Mobile
MTS
Orange Turkcell
Verizon
AT&T
LG UplusOoredoo
Group
KDDI
30Signed 5G operator agreements
operator partners
América Móvil
Vodafone Group
T-MobileChina Unicom
*As of Feb 2017
Alfa
TIM
Far EasTone
Swisscom
Telefónica
Lifecell
BatelcoZain
Ericsson Internal | 2017-01-25 | Page 18
› BMW, SKT & Ericsson
› 5G trial system
– Multiple sites
– Full mobility
between sites
between beams
– 28 GHz
› Sustained Gigabit/s speed
(~4Gbps) at 170km/h
First multi-vehicular 5G trials
BMW driving center in Seoul
BMW cars with
5G connectivity
© Ericsson | WCNC March 22 2017 | Page 18
Ericsson Internal | 2017-01-25 | Page 19
TP 1
Height : 4.5m
TP 2
Height : 7m
Distance from TP4
View from TP1
TP 3
Height : 4.5m
TP 4
Height : 4.5m
Race track deployment
© Ericsson | WCNC March 22 2017 | Page 19
Ericsson Internal | 2017-01-25 | Page 20
› Transmission point 2 and 3 are about 16 m from the middle of the track
– Highest requirement on selecting correct beam in time
› Typical beam with is 4-5 results in a beam width of 1.1-1.4 m
› A car traveling in – 10 km/h (2.8 m/s) 400-500 ms to pass a
beam direction
– 100 km/h (28 m/s) 40-50 ms to pass a beam direction
– 170 km/h (47 m/s) ~25 ms to pass a beam direction
Angular speed
Car
driving
here
© Ericsson | WCNC March 22 2017 | Page 20
Ericsson Internal | 2017-01-25 | Page 21
Gangnam – 28GHz
› Gangnam - dense urban hotspot
– ISD ~ 200m
– Digital 3D map
– Raytracing propagation model
› NR 800MHz TDD at 28GHz
– 2x4 SU-MIMO
› LTE 60MHz FDD up to 2.6GHz
– 4x4 SU-MIMO
~1
0cmNR base station antenna
© Ericsson | WCNC March 22 2017 | Page 21
Ericsson Internal | 2017-01-25 | Page 22
Gangnam – 28GHz
› Good coverage in low-loss buildings
– Concrete, 2-layer glass
› Large high-loss buildings may lack
deep indoor coverage and at top floors
– IRR glass and steel
› LTE and NR interworking improves
user throughput and capacity
[Gbps]
150%
Outdoor-in coverage (DL throughput)
High-loss
building
Low-loss
building
© Ericsson | WCNC March 22 2017 | Page 22
Ericsson Internal | 2017-01-25 | Page 23
Gangnam – 28GHz
› Good coverage in low-loss buildings
– Concrete, 2-layer glass
› Large high-loss buildings may lack
deep indoor coverage
– IRR glass and steel
› Higher power improves 28GHz
coverage
[Gbps]
Outdoor-in coverage (DL throughput)
High-loss
building
Low-loss
building
© Ericsson | WCNC March 22 2017 | Page 23
Ericsson Internal | 2017-01-25 | Page 24
5G Spectrum possibilitiespending decisions
1 GHz 30 GHz
600–700 MHz 3.1–4.2 GHz 4.4–4.99 GHz 24–28 GHz 38–42 GHz
3 GHz 4 GHz 5 GHz 20 GHz 100 GHz
entu
?
Longer-term
Early
Future allocations possible with Global synergies in both low & high bands
© Ericsson | WCNC March 22 2017 | Page 24
Ericsson Internal | 2017-01-25 | Page 25
5G RAN Technology
New Bands
Enhancements
New Services
› Increased data rates
› Extended usage of high bands
› Increased cell edge performance
› Increased spectral and energy
efficiency
› Reduced cost per bit
› Increased capacity
› Ultra reliable communications
› Sub-millisecond latencies
› Ready for THE killer app!
Beamforming
Multi-user MIMO
Multi-service optimized radio
Low latency
Forward compatibility
Ultra lean design
Dynamic TDD
Multi-X connectivity
Demand adaptive cell
technology
Solutions whyWhat
© Ericsson | WCNC March 22 2017 | Page 25
Ericsson Internal | 2017-01-25 | Page 26
Ericsson Radio System
CARRIER
SHARED
PORTFOLIO
TOWER
COMPANY
BOOSTER
APP
COVERAGE
SCHEDULER
LOW
ENERGY
NOTIFICATION
BANDWIDTH
Radio 4442
Radio 5121
Radio 6488
Battery 6312 MINI-LINK 6352
MINI-LINK 6693 Router 6471
Radio 4478
Vault
Radio 2268
Fronthaul 6342 Router 6371
© Ericsson | WCNC March 22 2017 | Page 26
Ericsson Internal | 2017-01-25 | Page 27
Services Security
5g for industries
ERICSSON DIGITAL SUPPORT SYSTEMS
Management, Orchestration & Monetization
ERICSSON
RADIO SYSTEM
with enhanced
5G access & transport
ERICSSON
5G CORE SYSTEM
with NFV SDN
distributed cloud and
network slicing @
NETWORK SLICING
© Ericsson | WCNC March 22 2017 | Page 27
Ericsson Internal | 2017-01-25 | Page 28
Industry Pilots & engagement
Automotive Manufacturing Transport Mining
Develop end-to-end solutions
for future mobility and
transportation services,
impact regulation and
standardization
Evaluate mobile
communication for
underground mining, incl.
safety and increased
productivity
Evaluate 5G and IoT
opportunities to improved the
production efficiency, enabled
by data analytics, cloud and
industrial IoT and more
Explore use of 5G for
intelligent transport and
investigate as-a-service
offerings and reduce fleet
operations costs
SMART VEHICLES,
TRANSPORT CRITICAL CONTROL
OF REMOTE DEVICES
INFRASTRUCTURE,
MONITOR & CONTROLSMART VEHICLES
© Ericsson | WCNC March 22 2017 | Page 28
Ericsson Internal | 2017-01-25 | Page 29
Process
AutomationRemote
Control
Factory Automation
100ms
10ms
1ms
Latency
10m 100m 1km 10km 100km 1000km
Range
Smart Grid
Intra-
substationAutomated
Driving
Smart Grid
Inter- substation
Industrial IOT - ROBUSTNESS
Automated
Guided Vehicle
Intelligent Transport Systems
Guaranteed
in-time delivery
Failure rate
< 10-5…10-9
© Ericsson | WCNC March 22 2017 | Page 29
Ericsson Internal | 2017-01-25 | Page 30
Cross-industry collaboration5G automotive ASSOCIATION
Automotive Industry
Vehicle Platform, Hardware and Software Solutions
Telecommunications
Connectivity and Networking Systems, Devices and Technologies
End to End Solutions for Intelligent Transportation,
Mobility Systems and Smart Cities
Connect telecom industry and vehicle manufacturers; work closely together to develop end-to-end
solutions for future mobility and transportation services, impact regulation and standardization
…and many
more!
Ericsson Internal | 2017-01-25 | Page 31
Launch of 5G program for us”5g innovators initiative”
• Drive technology/industry/academia collaboration in U.S. to explore,
test and innovate industry transformations with 5G network and
distributed cloud technology
• First area to explore: Industrial Internet of Things (IIoT)
• Honeywell, GE and the University of California - Berkeley join as initial
participants
• Unique proof-of-concept approach to result in blueprints for new usage
models to accelerate the adoption of 5G technology and standards
development driving business transformations.
© Ericsson | WCNC March 22 2017 | Page 31
Ericsson Internal | 2017-01-25 | Page 32
› 5G System – Openness and horizontal network end to end (5G is cloud/core, control, access and devices/sensors)
› Global ecosystem – Multiple use cases with one global eco-system (Leveraging the scale of 4G/LTE)
› 5G enabling new business – Operators driving growth in IoT, media and industry
transformation (New capabilities for digitalization and mobilization)
› The Network platform - Relevance to other industries (Speed is essential to position networks in the global web environment)
› Industry alignment - Standardization and open source approach (A broader set of use cases requires cross industry collaboration)
5g success factors
© Ericsson | WCNC March 22 2017 | Page 32
Ericsson Internal | 2017-01-25 | Page 33
› Managing massive global scale with 100X-1000X number of devices
› Integration of enterprises in the global mobile eco-system
› Multi-band wireless technology for mixed spectrum license models
› Security at all levels and in all nodes
5g industry Challenges
© Ericsson | WCNC March 22 2017 | Page 33
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