TAKE-5 5th Evolution Take of Wireless Communication Networks

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Virginia Dawson
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1 TAKE-5 5th Evolution Take of Wireless Communication Networks 14 October 2018

2 Content Objective Overview of TAKE-5 project Key exploitable results Examples of collaborating projects Main lessons learned and barriers Needs for the future R&I

3 Objective Build a fair playground to facilitate end-to-end 5G research and experimentation and to boost the development of 5G mobile networks and respective competences. Main research topics are: Architecture and validation Network virtualization Mobility and security Edge computing and cloudification Applications, services, and techno-economics The project is a part of 5G Test Network Finland ( framework, which promotes the multi-site 5G research and experimentation ecosystem.

4 TAKE-5 testbed Focus on 4G/5G testbed design and implementation. Edge computing used for supporting ultrareliable low latency and positioning services. Network slicing to offer dedicated services e.g. for smart energy applications. Latency measurement setup for performance validation and testing. Localisation and IoT to offer information about operation conditions. Aalto CHEM LTE pico Otaniemi vepc LTE LTE Aalto indoor LTE picos Latency measurement setup MEC prototype LTE Otaniemi outdoor LTE macros OIH router FUNET Internet SDN backhaul Otaniemi, Espoo LTE Nokia Cloud core 4G/5G emulator Nokia Karaportti LTE enbs MEC prototype Latency emulation Karaportti, Espoo LTE Kumpula, Helsinki LTE UH EPC UH Kumpula indoor picos VTT Micro-turbine lab Indoor LTE pico Otaniemi OpenEPC VTT indoor LTE picos Mikes PTP Grandmaster Clock TAKE-5 test network infrastucture

5 TAKE-5 and pilot partners

6 5GTNF - 5G Test Network Finland WiFi and IoT networks integrated IoT Network WiFi 5G Test Network LTE 5G Radio Access 5GTNF coordinates the integration of the testbeds 10Gband facilitates the creation of an open innovation platform VPN MEC Cloud Core Services Other 5G Test Networks From LTE evolution to 5G radio access (Cat-0, Cat-M1, Cat-NB1) Mobile Edge Computing to bring services close to users access Core network in a cloud environment Cloud systems for applications available Secure connections between 5G test sites in Finland and worldwide

7 5GTNF nationwide 5G testbed ODC Oulu University of Oulu Oulu/5GTN+ Helsinki University Helsinki/TAKE-5 TUAS Turku/CORNET VTT Oulu/5GTN+ CSC Espoo VTT Espoo/TAKE-5 AALTO Espoo/TAKE-5 Centria UAS Ylivieska/CORNET Nokia Oulu/5GTN+ Nokia Tampere Nokia Espoo/TAKE-5

Key exploitable results Testbed for testing and developing key 5G technology components, business models, and services 4G and earlier mobile technology generations are technology-driven

alternatives, high scalability and availability Possibilities from component to service level tests and experimentations in different radio propagation conditions 5G is more service

8 Key exploitable results Testbed for testing and developing key 5G technology components, business models, and services 4G and earlier mobile technology generations are technology-driven Several core, cloud focused core, on and offering radio mobile access services network to consumers. alternatives, high scalability and availability Possibilities from component to service level tests and experimentations in different radio propagation conditions 5G is more service oriented focusing on industrial customers and Open platform where different technologies and interactive communications between machines. value creation with users and customers can happen Enables more integrated development of new products and services in energy and communication domains

9 Exploiting projects FLEXe WIVE: LuxTurrim5G: SmartNet: Other exploiting Otaniemi: projects in the fields of: Speeds Tests Develops Finds applicability answers up a the digital roll to the of ecosystem out 5G increasing of new time vertical for critical citizens services electricity and integration Smart industries city distribution of 5G Renewable and by testing offers network and light Energy pole control, Sources 5G experimenting monitoring, communications in Security electricity and transmission in protection and 4G/5G city environments. infrastructure networks. applications. for testing vertical applications. Focus 1 Provides Situation pilot that on awareness solutions URLLC, utilizes connectivity mmtc, to improve and the media and TSO- data content platform Multiple Critical DSO coordination communications delivery. pilots to aggregate Nokia and information support campus, Espoo from energy, which ancillary share building services core automation, network at national infrastructure and local Smart factory 7 communication and levels. pilots services in Espoo, with networks. Tampere, TAKE-5. and Turku exploiting Smart transportation 5GTNF test platform. Other Three pilots focusing Denmark, on smart Italy, and charging Spain. of Communication EVs, aggregator QoS business tests model, the TAKE-5 and local test network. flexibility market framework. Smart Otaniem i WIVE LuxTurri m5g SmartNe t DigileIoT Etc. Sendate

10 Case 1: WIVE low cost high device density low power consumption M & E Media and entertainment 5G high data rates nation-wide and localized ultra-low latency high reliability high availability mmtc Massive machine type communications URLLC Ultra-reliable low latency communications

11 TAKE-5 in WIVE Enables testing and developing communication and grid protection components already in their prototyping stage: Grid devices and application prototypes tested outside lab Testbed infrastructure provides different communication technologies Testbed offers different measurement setups and tools for testing and validation National Metrology Institute of Finland (MIKES) offers time services for ultraaccurate timing and synchronisation

12 WIVE: Ultra-reliable low latency communication for Smart Energy control and protection Network latency Network latency Service latency Service latency Air interface latency Air interface latency Trial setup: URLLC use case Line-differential protection

13 WIVE: Relay tests and QoS measurements Indoor LTE/Wi-Fi picocell for wireless communication Relays connected to the test network

14 WIVE: Maintenance and asset tracking Stationary sensors Real-time graphs Mobile Indoor sensors Mobile Outdoor sensors Visualisation with 3D model

15 Case 2: Smart Otaniemi pilot Wind turbines Solar panels Goal to aggregate energy, building automation, and communication quality information Building automation TAKE-5 provides connectivity

16 The main lessons learned - barriers to innovation Building an integrated testbed requires a lot of co-operation, planning, and resources. Multi-site testbed adds a great deal of flexibility, but management becomes complex. Deployment time of new technologies is underestimated. Differences in the maturity level of network components affect the end-to-end service performance. Constant evolution, system updates, and configuration changes in the test network make it more challenging to conduct performance and validation tests. Lack of information sharing and tasks orchestration is still a barrier. Performance assessment against commercial and dedicated in-house networks is a must.

17 The future and needs for future R&I activities Network infrastructure stays operational after TAKE-5 project ends. Follow-up projects will continue the development and integration of 5GTNF test networks. New network and service capabilities will be developed further. Need to extend collaboration both nationally and internationally (more versatile use cases and devices) and to get SMEs better involved. Special need to collaborate with pilots that are not competing but complementing (operating at different domains).

5G Test Network Innovation platform for next generation services

Presentation in OAI workshop, November 7, 2017, Paris by Harri Saarnisaari as 5G Test Network and Integration of 5G and Satcom 5G Test Network Innovation platform for next generation services www.5gtn.fi