Auf dem Weg zur 5G -Technologie:
Beispiele industrieübergreifender Forschungsund Entwicklungskooperationen
Stefan Koetz
Vorsitzender der Geschäftsführung, Ericsson GmbH© Ericsson GmbH 2018 | Zukunft der Automobilität: Technologische Innovationen aus Deutschland und Japan | Ericsson

Ericsson at a glance
Enabling the full value of connectivity
for service providers

Image: Ericsson headquarters, Kista, Sweden
Ericsson Internal | 2018-02-21

Business areas:— Networks— Digital services— Managed services— Technology andemerging business

By the numbers:— 180+ countries— 201.3 b.sek in sales— 100,700 employees— 45,000 patents

Global presence
North East Asia

12,4100,700
employees worldwide

55,00010,0North Americaof our employees areactive within Services

49,224,5

Europe &Latin America

South East Asia,
Oceania & India

4,5

X 1,000 employees
Ericsson Internal | 2018-02-21

Middle East & Africa

23,600of our employees are
dedicated to R&D

Ericsson in Germany
Hamburg

Presence inGermany

Employees

Research &development

Locations

Headquarters
in Germany
BerlinFor over60

1,800(950 in R&D)

Years

ICTDevelopment
Centre Eurolab
Herzogenrath(Aachen)

11HannoverDüsseldorf
Düsseldorf

Dresden

Bonn
HerzogenrathFrankfurt

Karlsruhe
Backnang

MunichCore business segments in Germany:

Mobilebroadband

Managedservices

EricssonInternal
2018-02-21 in Confidence©
EricssonGmbH || Commercial

Core & Cloudsolutions

Systemintegration

OSS andBSS

TV and media

TheEricsson
EurolabOver 25 YEARS OF RESEARCH & DEVELOPMENT IN GERMANY
Founding

Employees

1991 ~550

Patents per year

Nationalities

80-10045+

The Ericsson Eurolab near Aachen is a strategic location for Ericsson’s global efforts inresearch and development
July 2015:
Opening of the Ericsson Cloud LabSeptember 2015:
5G-for-Germany program started (5G Proof-of-Concept Network Core)
June 2016:
Opening of the 5G Innovation Facility & Ericsson Garage Eurolab
March 2018:
Opening of the IoT Business Lab

R&D projects with partners:

EricssonInternal
2018-02-21 in Confidence©
EricssonGmbH || Commercial

In
5GIndustry
ITS

EnergyPublic Safety

In4.0 In

5G

Network technology designed to enable digitalizationof industries and society
10-100x

1000x

5x

END-USERDATA RATESMOBILE DATAVOLUMESLOWER
LATENCY

FastEricsson Internal | 2018-02-21© Ericsson GmbH 2017 | Ericsson 5GTactile

100x
MORE
DEVICESFlexibel

Cost
DEVICE COST
REDUCTION

Costefficient

10+YEARSBATTERY LIFE

Spectrumefficient+20dB
BETTER
COVERAGE

Secured5G technology requirements
are use case driven technology
Massive Machine Type
Communication

Enhanced
Mobile Broadband

Ericsson© Ericsson
InternalGmbH| 2018-02-21
2018 | Ericsson 5G

Critical Machine Type
Communication

Fixed WirelessAccessThe money in 5G for ICT in Germany
Automotive

5,1BillionEuro

Autonomous Driving, Car- andenvironmental services, Services for traffic
safety and efficiency

2026 Forecast

162
BillionEuro
Additional Revenue forecast for
the ICT-Sector driven bydigitalization of industries

61Billion
EuroPublic Transport

8,1

Billion
EuroControl- Communication- and Analyses
systems, Passenger Information systems andIntelligent Ticket-Systems

Manufacturing
Share of 5G-enabled
digitalization revenues

11,5Billion
Euro

Industrial control and automation systems,
Planning and design systems, Field devices

Share of 5G-enabled revenue potential in selectedindustries

EricssonInternalGmbH| 2018-02-21© Ericsson
2018 | Ericsson 5G

Source: Ericsson Study “The 5G Business Potential” with Arthur D. Little

Ericsson 5G-for-Germany Program

Strengthening European competitiveness in 5G
together with academic, research and industry partners
Delivering industry pilots powered by local 5G trial networks toexperiment, learn, and industrialize new use cases
across industries
Example of partners
VWAutomotive − 5G-ConnectedMobility: V2X Communication test field in Germany
Scania−CONVEX:
V2V,
V2I
basedonLTE
Audi
and RailBMW− 5GNetMobil: Tactile connected driving and platooning
Deutsche Bahn
5G pilots − 5GCAR: Automotive V2X lane merge, see through testing
bast
Manufacturing
5G pilots
Association partnerships

Ericsson Internal | 2018-02-21

PSA
5GLab− KOI: Coordinated Communication
SICK− 5G-COS: Collaborative Services Germany
DeutscheBoschTelekom− 5GANG: 5G Applied in Industries& Augmented reality
KUKA
VodafoneSiemens− FastRobotics: URLLC concept− 5G-PLC: Profinet via 5G/NR
Telefónica
Fraunhofer
TU-Dresden− 5G-BLISK: 5GNR Adaptive Production− 5Grid: Smart grid control
ITelligence
BNetzA
Stromnetz
BMVI
BerlinQualcomm
TU-Dresden
RWTH Aachen
Schildknecht
BMBF
Deutsche
Telekom
Swisscom
Qualcomm
PSI Logistics

5G-ConnectedMobility
5G-CM
Objective(5G-CM)

Accelerating 5G Research & Development (R&D) in Germany and in Europe. Facilitating the integration of technology
requirements from various industries into upcoming international 5G-standardization activities.

5G-CM Project infrastructure

5G-CM Project description› A cross-industry consortium driving 5G R&D inGermany and in Europe› Creating a network infrastructure and application
environment for 5G analysis and testing in real-timefor− Vehicle-to-vehicle− Vehicle-to-infrastructure− Railway-to-infrastructure› Test track of approx. 30 km along the A9 motorway
and a high speed railway track between NurembergFeucht and Greding› 5G-CM is part of the „Digital test field motorway“Initiative of the German Federal Ministry forTransportation and Digital Infrastructure

5GCore network
Cloud infrastructure› A dedicated infrastructure not depending on any
existing commercial network−−−

5G prototype-applications installation and testing
Network configurations flexibility
Network sites provided by Telefónica Germany, Deutsche
Telekom, ABDN and Deutsche Bahn

› Ericsson received BNetzA permission to use frequencies
in the 700 MHz band and will act as Network Operator› The core network and cloud infrastructure are operated
at the Ericsson ICT Development Center EUROLAB close
to Aachen, Germany− Connection to core network realized by Vodafone“Interconnected Access” of ABDN

www.5g-connectedmobility.com
Members of the consortium are:Supported by:

Automotive Edge Computing Consortium

Driving the network and computing infrastructure needs of automotive big data
— Building an ecosystem comprising of …
— mobile communication industry leaders— big data cloud and analytics service providers— and leading automotive industry players− Development of use cases andrequirements for connected
services for emerging mobiledevices, with a particular focus on
automobiles− Discuss and agree on referencearchitectures, such as for nextgeneration mobile networks andcloud, which are suitable for
automotive-oriented use cases
Partners:

Living Lab Aachen
Driving the Future of Mobility— Aachen as a demonstration laboratory forthe mobility of tomorrow— Electromobility— Autonomous and connected driving— Networked traffic management− Exploring smart city concepts− Improved traffic safety− Higher traffic efficiency

Partners:

5G NetMobil

5G solutions for the connected mobility of the future
Explore 5G technology for ITS use-cases in detail, extract
requirements, and develop a system architecture— High Density Platooning— Off-road Platooning— Connected driving in urban environment— Coexistence of safety critical and non-critical services− Improved traffic & pedestrian safety− Higher traffic efficiency− More cost-efficient operation of– Truck fleets– Semi-automated farming© Ericsson GmbH 2017 | Ericsson 5GPartners:

ConVeX

Connected vehicle of tomorrow— Exploring benefits of LTE-V2X connectivity— Integrate LTE-V2X into cars & road infrastructure— Benchmark achievable performance— Deploy real-time ITS & connected vehicle services− Highlight new use-cases− Optimize traffic flow
− Improve traffic safety

Partners:© Ericsson GmbH 2017 | EricssonSuccess factors to realize 5G in 2020
for Germany and Europe
Allocation and management ofsuitable spectrum

5G area coverage and fibre

The right balance
towards net neutrality

Availability of bandwidth below 6 GHz as well as
between 6 and 30 GHz
Prioritizing area coverage to population coverage.
Higher availability of mobile networks are required to complement
population coverage with fibre.
Critical services based on 5G networks will require technicalprioritization to guarantee service quality and reliability

Encourage investments in 5G forvarious industry sectors

Continuation of financial support for 5G Research- andStandardization activities to secure planning security in an innovation
friendly regulatory framework

Intensifying on 5G R&D activities
with cross-industry scope

Foundation to implement technology requirements from variousindustries into upcoming international 5G-standardization activities.

EricssonInternalGmbH| 2018-02-21© Ericsson
2018 | Ericsson 5G

Ericsson.com/5G