Enhanced EMBB for 5G Services Thales-Alenia Space Focus 5G-Satellite future services KeeTae KIM, Business Development Director / Thales Korea 5G Champion Seoul, 23rd February 2018 83230353-DOC-TAS-EN-003
Thales Businesses 2 EACH OF THE MARKETS THAT THALES SERVES PLAYS A VITAL ROLE IN SOCIETY. Thales operates as a single organisation, drawing on the talent and technologies of the entire Group to act as prime contractor, systems integrator, equipment supplier and value-added service provider on both civil and military programmes.
3 Global leadership N 1 worldwide Payloads for telecom satellites Air traffic management Sonars Data protection services Driverless metro signalling N 2 worldwide N 3 worldwide Rail signalling systems In-flight entertainment and connectivity Military tactical radiocommunications Commercial avionics Civil satellites Military surface radars 14.9 billion in revenues
Global presence Employees 64,000 Global presence 56 countries Thales Korea In Korea for over 30 years
5G: A unifying network infrastructure servicing verticals based on a global standard 5 Service convergence: fixed & mobile, broadcast & unicast Multi access technologies: cellular, wireless, wireline Transport, energy, security, media & entertainment, education, health, connected cars, agriculture, maritime, aeronautic etc
5G providing more than 4G Dense urban information society > 300 Mbps/user* in very dense deployments, indoor and outdoor, humans and machines xmbb embb enhanced Mobile extreme mobile broadband Broadband Data rate Virtual Reality Office indoor communications > 1 Gbps/user* < 10 ms E2E latency 6 Massive distribution of sensors and actuators >1 mln devices / km 2 >10 years battery lifetime Energy efficiency mmtc Subscriber density Massive Massive Machine machine-type Type communications Communications Latency Reliability Connected cars < 5 ms E2E latency > 99.999 % reliability > 100 Mbps/user* urllc umtc Ultra-reliable Reliable machine-type & Low Latency communications Increasing constraints on cost and energy consumption * values defined for downlink and for specific availability levels. Please find details under [MET16-D11] Availability Mobility Broadband access everywhere > 50 Mbps/user* and < 10 ms E2E latency also in rural areas Challenging Key Performance Indicators 5G in the cloud: More Bandwidth and less response time Pervasive Internet of Things: more devices per area Mission critical services: Introduction of reliability, increased security
Added value of 5G Satellite component Service continuity Mobility 7 Transportation (High speed rail, Aircraft, vessels, buses), connected cars, Fleet management, Service ubiquity Unserved and underserved areas Fixed Wireless Access, Emergency networks, Remote medical, Internet of things (agriculture, oil& gas, critical infrastructure surveillance..) 5G satellite component Service scalability Sustain massive audience Leverage broadcast to convey popular content in various format including 3D video, Ultra High Definition video Full integration in 5G to enable selected Key Performance Indicators 50 Mbps user experienced data Outdoor coverage over nation/continental area 99.999% reliability <1 m accuracy location Network resiliency
Satellite solutions to support 5G service deloyment 8 Mission critical communications Geostationnary satellites, constellation, High Altitude Platforms embb on board High speed trains 5G on board vessels 5G services in unserved and under served areas 5G on board airplanes 5G on board vehicles Voice & IoT directly to end-user devices in unserved area Main targeted verticals: Transport & logistic, security, media & entertainment, education, health, agriculture
5G enabling full integration of satellite in 3GPP eco system 9 4G context 5G context Satellite Broadcasti ng Low Power WAN Wireline Cellular 3GPP eco-system WLAN Satellite Cellular Broadcasting 3GPP eco-system Wireline Low Power WAN WLAN
Global service continuity for IoT services Addressed within H2020 5G Champion: Feasibility of NB-IoT via satellite Pave the way for the definition of 5G mmtc 10 UE Satellite friendly 4G Radio access technology Vertical hand-over 5G Core network Public data network Satelite coverage Cellular coverage 4G Radio access technology Paving the way for 5G mmtc service continuity through seamless hand-over between Cellular and Satellite
Ubiquitous Enhanced Mobile Broadband Next steps in H2020: Feasibility of embb service delivery via cellular/ satellite access (Multiple connectivity) Spectrum sharing between cellular and satellite access? 11 Multi access Relay node Satellite friendly 4/5G Radio access technology Multiple connectivity 5G Core network Public data network Satelite coverage Cellular coverage 4/5G Radio access technology 5G embb delivery to Small Office & Homes as well as on board moving platforms (e.g. High Speed Trains) in unserved/underserved areas through multiple connectivity
Korean Satellite Based Augmentation System GEO GPS Monitoring and augmenting GPS signals for a safe and more accurate positioning Service Area Open Service OS Safety of Life Aeronautical Services APV-I NPA + GPS corrections broadcast over Internet
Korean Satellite Based Augmentation System Hybrid 5G /KASS infrastructure can contribute to the objective of providing location service to 5G devices/users with <1 m positioning accuracy +
End 83230353-DOC-TAS-EN-003