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5GIC Programme Introduction
Centre for Communication Systems Research (CCSR)
5GIC (5G Innovation Centre)
www.Surrey.ac.uk/CCSR/5GIC
17 March 2014
Introduction to CCSR & 5GIC
CCSR: Centre for Communication Systems Research
Established 15 years ago, a leading international communications
research centre based at the University of Surrey
Europe’s largest academic research group in mobile
communications technology
Over 160 research active personnel and research income of over
£100m to date
Surrey in the League Tables: one of the UK's top 10 universities
5GIC: 5G Innovation Center
A successful funding bid made by the University of Surrey to
the UK Research Partnership Investment Fund (UKRPIF)
Supported by additional contributions from a consortium of
enthusiastic and forwarding-thinking operators, infrastructure
and solution providers (Founding Members)
Will provide research and business engagement opportunities
for multinational companies and SMEs
Photo for illustration purpose only
For information purpose ONLY
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5GIC Founding Members
Press Release: Monday 4 November 2013
A significant number of the world’s most notable mobile
network operators, infrastructure and tools providers, media
and communications organisations and the UK’s
communications regulator have formally joined the
University of Surrey in its ambitions to deliver a specialised
5G Innovation Centre (5GIC) on its main campus in
Guildford.
The consortium, which includes: Aeroflex, AIRCOM International, BBC, BT, EE, Fujitsu Laboratories of Europe, Huawei, Ofcom, Rohde
& Schwarz, Samsung, Telefonica and Vodafone, has pledged time, expertise and other contributions which together total more than
£30 million. This will be added to the £11.6m that was awarded by the Higher Education Funding Council of England (HEFCE) under
the UK Research Partnership Investment Fund (UKRPIF) in autumn last year.
For information purpose ONLY
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5GIC’s Mission
To be recognised as a world leading centre for multidisciplinary communications research
To establish and maintain close, productive
collaborations with academic institutions, industry
and the community
To deliver innovative communications solutions in
order to generate social and economic value
Service providers
Infrastructure & device
manufacturers
Test equipment vendors
Standardisation bodies
Application & content providers
Industry forums and alliances
Regulators and policy makers
Academia and research centres
SMEs & other solution providers
Leadership
Research
Collaboration
Teaching
Revenue
IPR
Leadership
5G
For information purpose ONLY
Growth
5G Services
5G
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5GIC’s Objectives
A sustainable national facility with an international reputation for
cutting edge telecommunication research, specialising in the emerging
5G cellular standards and underpinning technologies
Establish the world’s first dedicated large scale test bed facility to
prototype early 5G equipment and services spinning off from
research.
Generate inputs to 3GPP and ITU-R standardisation of 5G systems and
OFCOM and ITU World Radio Conferences (WRC) on future spectrum
allocations to mobile services
Create a sustainable industry/academia partnership to influence,
direct and inform the development of the emerging 5G standards
Facilitate a demonstrable increase in participation in EU Framework
Programmes such as Horizon 2020 with large companies and Small to
Medium Sized Enterprises
5G
Generate essential IPR for the 5th generation of wireless technologies
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Technology & Standards Evolution
Efficiency
Cellular standards are quick to
arrive and slow to leave
Full IP
8 to 10 years between major new
standards
Data/PS
Average of 20 years from std to
peak deployment
“LTE now fastest growing mobile
tech ever in rollout terms” – GSA
2G (GSM)
Analogue
1G
5G is expected to be event faster
Voice
1990
2.5G
GPRS
100
Kb/s
Architecture
Efficiency
300 Mb/s
2003
Multi-media
2 Mb/s
5G
2020 (?)
Spectral efficiency
Environment Friendly
Capacity
Cost effectiveness
QoE
Mobility
Roaming
9.6 Kb/s
X10
Data rate increase
X200
Rel 99
W-CDMA
1980’S
3.5G
4G (LTE)
HSPA
2010
42 Mb/s
3G (UMTS)
Digital
4G ramp up began around 2011
LTE-A
1 Gb/s
1990’s
2000’s
~ X 4k
~ X30 K
Rel 8
LTE
2010’s
~ X100 k
Rel 12
LTE
(?)
Rel x
2020’s
Next generation global standard around 2020
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Why 5G
Hyper Connectivity
Spectral
Efficiency
Advanced
Technologies
X
Spectrum
Growing Population
Limited Resources
X
Base Station
Density
Technology
Services
Higher
Capacity
Policy
Quality of
Experience
Green
Technology
Cost
Efficiency
Economics
Business Model
Communication network to improve in
intelligence, efficiency , flexibility, automation, resilience, speed, latency, security, privacy,
Policies , delivery cost and business models
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Research Challenges For 5G
Radio Frequency
New Air Interface (Small Cells)
Millimeter wave
New licensing regime
Licensed & unlicensed band operation
Spectrum sharing
Indoor-Outdoor operation
New waveforms
New duplexing
New MAC
Higher order modulation
Multi-cell cooperation
Interference cancelation / utilization
Massive MIMO / Distributed MIMO
New NW Architecture
Intelligent & Adaptive Networks
Cognitive radio and network
Opportunistic & adaptive use of resources
Spectrum sensing
Automated networks / Plug & play
Lower and smarter use of energy
For information purpose ONLY
Mixed Cell & Het-Net management
Centralized RAN / Cloud RAN
SW Defined Radio (SDR) & Networks (SDN)
Separation of data & control planes
Integrated NW (Mobile+ broadcast/multicast)
Network sharing
3 Phase Testing and Verification
Efforts
Built upon CCSR’s current simulation
platforms and knowhow
5GIC, University
5GIC Testing & Verification approach
Simulation Platforms
eNB & UE Emulators Platform
To be built using HEFCE fund
(research equipment portion)
and also 5GIC’s partner contributions
To be built using HEFCE fund
(research equipment portion)
and also 5GIC’s partner contributions
5GIC industry members
Outdoor Test Network
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Thank You
To know more about the 5GIC and to find out how to become part of our 5GIC
programme , please e-mail [email protected].
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