5g harmonised research and trials for service evolution between...
TRANSCRIPT
5G Harmonised Research and Trials for service
Evolution between EU and China
Uwe Herzog
EURESCOM
6th Global 5G Event, Rio de Janeiro
November 28-30, 2018
GA No. 814956
H2020-ICT-22-2018 | EU-China 5G Collaboration
5G-DRIVE in nutshell
5G DRIVE aims is to bridge current 5G developments in Europe and China through joint trials and
research activities in order to facilitate technology convergence, spectrum harmonisation and business.
30-month (September 2018 – February 2021) Research and Innovation Action project, funded under the
Horizon 2020 Framework programme.
17 partners from 10 European countries (Germany, Finland, Belgium, Italy, Switzerland, Poland, Greece,
Portugal, United Kingdom and Luxembourg).
5G-DRIVE Consortium
5G Product Large-Scale Trial Consortium
eMBB V2X
Spectrum Usage Techn
ical In
no
vation
Join
t Trials
Slicing SDN
/NFV
V2N
V2V
Common 5G KPIs
5G N
R MEC
Arch
itectu
re Security
6th Global 5G Event, Rio de Janeiro 2
Project objectives
Technical Research and develop eMBB and V2X key technologies
and services, and trial them based on pre-commercial
end-to-end testbeds in three EU locations: Surrey, JRC
Ispra and Espoo.
Analyse potential system interoperability issues in
Europe and China and provide joint reports, white
papers, and recommendations to address them
accordingly.
Submit joint contributions to 3GPP and other 5G
standardisation bodies regarding the key 5G
technologies developed and evaluated in the project.
Regulation
Evaluate spectrum usage at 3.5GHz
for indoor and outdoor
environments in selected trial sites.
Investigate regulatory issues
regarding the deployment of V2X
technologies.
Business Investigate and promote 5G
business potential.
Strengthen industrial 5G
cooperation.
Promote early 5G market
adoption.
Surrey trial site for eMBB
Espoo trial site for eMBB and V2X
JRC Ispra trial site for V3X
6th Global 5G Event, Rio de Janeiro 3
EU-China 5G trial collaboration
Espoo trial
site
eMBB
V2X
Surrey trial
site
eMBB
Hangzhou
trial site
eMBB
Shanghai
trial site
eMBB
C-V2X
Guangzhou
trial site
eMBB
Suzhou
trial site
eMBB
Wuhan
trial site
eMBB
System interoperability
5G key technologies
Spectrum usage
Network slicing
Edge computing
SDN/NFV
AR/VR
5G NR
JRC Ispra
trial site
V2X
5G-DRIVE collaborates with 5G Large-scale Trial project led by China Mobile
Cover from terminals, RAN, transport network, core network, and 5G services
5G trial cities in Chinese twinning project
V2N, V2V,
V2I
5G Use
Equipment5G Radio Access
Network
5G Transport
Network
5G Core
Network
5G
Services
eMBB and C-V2X Joint Trials
VR/AR
CUDU
DU
5G NR/Massive MIMO
Network Slicing
Service-based Architecture
SDN/NFVMobile Edge
Computing
MEC SDN Controller
Trial
Research
6th Global 5G Event, Rio de Janeiro 4
eMBB trial sites
5
Surrey trial site
Espoo trial site
• 4km2 test area
• 44 sites and 65 cells outdoor deployment
• C-RAN architecture for coordinated joint
processing
• Support eMBB and URLLC
• Spectrum at 3.5GHz, 28GHz, and 60 GHz
• 2km2 test area
• Outdoor and indoor deployment
• Connect to MEC platform
• Very high accuracy timing facility
• Support eMBB and URLLC
• Spectrum at 2.6GHz, 3.5GHz, and 26GHz
FUNET Internet
VTT OpenEPC
Otaniemi vEPC
Cloud core
UH EPC
MEC
Otaniemi, Espoo
MEC
Latency emulation
Otaniemi indoor LTE picos
LTE
VTT indoor LTE picos
LTE
VTT Micro-turbine labIndoor LTE pico
LTE
Otaniemi outdoor LTE macros
6th Global 5G Event, Rio de Janeiro
V2X trial sites
6
JRC Ispra trial site
Espoo trial site
• 36 km road of real-life driving conditions
• 9 vehicle emissions laboratories
• High resolution localisation and mapping
• LTE/5G networks and V2X equipment
• MEC infrastructure
• PKI for security and trust in road transportation
• 5G network infrastructure for V2X
• MEC for vehicle data sensing
• Road-side unit and infrastructure for V2I and V2N
• Demo vehicle (Marilyn) available for autonomous
driving test
6th Global 5G Event, Rio de Janeiro
eMBB key trial topics
Evaluate 4G/5G integration, outdoor/indoor deployment, key technologies,
coverage and latency measurements
Challenges 5G network deployment and service support
4G and 5G network integration
Planned Trial 5G eMBB service support for AR/VR
5G network KPI and analysis
Interoperability test
5G eMBB duty cycle evaluation
Partners Univ. of Surrey, VTT, JRC, Orange, OTE, Orion, Univ. of Kent
7 6th Global 5G Event, Rio de Janeiro
V2X trial topics
Evaluate end-to-end PC5 based V2X services, interoperability problems,
mobile edge cloud, and key network performance for V2X services
Challenges High security, low latency and high reliability for C-V2X services
System interoperability problems
Planned trials Interoperability between different mobile network band frequencies
Mobile edge computing for low latency V2X services
Latency measurement and analysis
End-to-end V2X service validation and performance evaluation
Partners Dynniq, VTT, BMW, ERTICO, JRC, Orange, Univ. of Kent, Univ. of Luxemburg, Vedia
8 6th Global 5G Event, Rio de Janeiro
Project time plan
5G-DRIVE
Q3 Q4 Q1 Q2 Q3 Q4 Q1 Q2 Q3 Q4
Phase 1 Phase 2
Trial setup, focus on technologies Continue test, focus on commercial deployment
2018 2019 2020 China twinning project ends
China twinning project starts
6th Global 5G Event, Rio de Janeiro 9
Collaboration Agreement between twin projects signed
6th Global 5G Event, Rio de Janeiro 10