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
Partners involved 5GTN is part of 5thGear program by Tekes
What do we have? Future mobile network - live Accessible interfaces Test options from components to solutions Mobile Network Expertise Ecosystem co-operation
5GTN enablers Real mobile network with own SIM Access to all functions and interfaces Technology prototypes NB-IoT and LTE-M Pre-commercial 5G products Pre-commercial devices Diverse environment and in-depth analytics Test equipment, telco expertise Co-operation opportunities with ICT ecosystem
Status 08-2017 Data Access with 2,6GHz and 3.5GHz LTE Out/in Coverage at univ &VTT. Several antenna types including DAS Remote access from OYS TestLab, OAMK and Nokia Tampere, ETRI Koren, Seoul - 5G Champion. Further locations are being deployed (e.g. Caritas Care on Demand, Nokia Factory Industry 4.0) SIM subscription from 5GTN, compatible with current LTE terminals 5G radio PoC introduced (28 GHz), utilized e.g. in H2020 5GChampion, Sat5G, and ITEA APPSTACLE project Cloud infrastucture for virtualized core and service creation Test devices available from terminal partners LoRa introduced Mobile Edge computing (MEC) for service development and data analysis (ordered) NB-IOT Introduction (software upgrade to macros) Generic IoT Platform introduction (operational). IoT sensors (installed)
WiFi and IoT networks integrated IoT Network LTE 5G Radio Access WiFi MEC 5G Test Network Cloud Core LSA Services 10Gb VPN 5GTNF Interconnections Other 5G Test Networks From LTE evolution to 5G radio access Mobile Edge Computing to bring services close to users access Core network in a cloud environment Cloud systems for applications available Secure connection to other 5G test sites in Finland and worldwide
How Does it Look? LTE small cell IoT sensors 5G PoC LTE Macros
SaT5G Project Objectives Contributing to the 5GPPP use case Broadband access everywhere, SaT5G will foster the implementation of solutions enabling the plug and play integration of satellite communications in 5G networks. To this aim, SaT5G will research and validate the key technology enablers through validation and demonstration in live 5G testbeds. Acronym SaT5G Title Satellite and Terrestrial Network for 5G Programme H2020 Call H2020-ICT-2016-2 Topic ICT-7-2017 5G PPP Research and Validation of critical technologies and systems Type of Action Research and Innovation Action (RIA) Grant Agreement No. 761413 Duration 30 months Start date June 2017 Project Coordinator Avanti Communications Technical Manager Thales Alenia Space France SaT5G - Satellite And Terrestrial network for 5G 11
SaT5G Concept Implementing 5G SDN and NFV in Satellite Networks Sat5G [ Plug and Play Satellite in 5G] Integrated Network Management and Orchestration Business & Operations Validation & Demos Standardisation Multi-link and Heterogeneous Transport Harmonisation of Satcom with 5G Control & User Planes 5G and Satellite Research Extending 5G Security to Satellites Caching & multicast for Optimised Content & NFV distribution Build compelling business cases and commercial models Validate and demonstrate solution in live testbeds Contribute to standardisation of satcom as an intrinsic element of 5G Research the key technology enablers for the integration of satellite in 5G Build on current 5G research and contribute to the 5GPPP WGs SaT5G - Satellite And Terrestrial network for 5G 12
Use Cases & Research Pillars RP II: Integrated SaT5G Network Management and Orchestration RP VI: Caching and Multicast for Content/VNF distribution to the edge over satcom RP I: Implementing 5G SDN and NFV in satcom RP IV: Common 5G-satcom Control Plane/User Plane Functions RP III: Multi Link and Heterogeneous transport RP V: 5G Security extensions to satcom SaT5G - Satellite And Terrestrial network for 5G 13 13
SaT5G Testbed Platforms SaT5G - Satellite And Terrestrial network for 5G 14
Black Box vs Open We d like to have more open elements to support further developments in mmtc, urllc -5G core -5G UE -5G BS OAI is a possibility In SaT5G we (Oulu testbed) target for harmonized control and user plane when satellite coms is used instead of fiber between BS and core