5G Momentum

- Spectrum Management

- 5G Momentum Ecosystem

Vaasa Goes 5G

May 17, 2019

Project manager Marjo Uusi-Pantti

• We control and monitor the use of radio frequencies in Finland.

• Frequency planning and spectrum supervision ensure that radio systems can be assigned sufficient amount of usable and interference-free radio frequencies.

• The use of frequencies is controlled by the radio license procedure. All radio transmitters that are not specifically exempted from individual licensing need Traficom's radio license.

Spectrum Management

Allocation of Radio Spectrums

• Cooperation with the Ministry of Transport and Communications

• Cooperation with stakeholders of the field• Traficom's regulations

National Spectrum Allocation Plan

• Frequency planning and radio licenses• Spectrum supervision and frequency monitoring• Equipment compliance• Examinations and certificates

Securing the Use of Radio Frequencies

• Frequency use is agreed at international level:• ITU-R, EU, CEPT / ECC, neighboring countries• Bilateral coordination negotiationsInternational Cooperation

Planning and Supervision of Spectrum Use

5G Momentum - the Goal of the Ecosystem Project is

› to promote the development and introduction of 5G service by creating a new kind of cooperation network for the 5G trial activities.

› to promote through trials of new services and innovations base on 5G technology.

› identify challenges related to 5G operating environment.

› makes Finnish 5G expertise visible.

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5G Momentum –Branches of Trials

› Cities and Municipalities

› Networks

› Agriculture and Forestry

› Industry and Energy

› Health and Wellbeing

› Media

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Yli 80 jäsentä ekosysteemissä

› Transport and Logistics

› Drones

› Logistics

› Marine

› Railways

› Harbours

› Roads

› Drones: How to enable large scale use

› Promote the use of 4G/5G for connectivity

› Demonstrate UTM (U-Space Traffic Management) system

› Weather forecasts for drones

› Intelligent Transport Systems and logistics

› How will 5G be used in the transport sector

› Service scenarios

› Who builds 5G for roads and how?

› Smart cities

› What is the role of the city in 5G?

› How would neutral host model operate?

› Business models

Sector Specific Challenges

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Sector Specific Challenges

› Maritime: smart sea routes and automation

› Benefits of 5G & smart fairways and services

› Maritime 5G connectivity, satellite vs. terrestrial

› New innovative ways to build terrestrial coverage

› Local needs for industry and harbors

› How to build tailored 5G networks for local needs?

› Operating models of local networks

› Reliability for automation

› Agriculture and forestry & health and wellbeing

› What are the benefits of 5G

› Required features and coverage

› Wide area & local 5G networks

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Examples of 5G Trials

Transport and Logistics› GOF U-SPACE is an international project for

developing drone traffic control systems.

› Drone Weather is a research project led by the Finnish Meteorological Institute, which develops weather service for drone traffic and explores the use of drones in weather observations.

› 5G-Safe-Plus project to prevent and avoid road accidents by implementing 5G-based road safety services for vehicles.

› TACK project focuses on solving the challenges related to the IoT and especially the demanding and critical applications with strict reliability requirements.

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Over 80 members in the ecosystem

Examples of 5G Trials

Cities and Municipalities

› 5GKIRI was a research study on the obstacles to the unified processes of building 5G networks in eight cities.

› LuxTurrim5G is an ecosystem project led by Nokia Bell Labs to develop high-speed 5G networks based on intelligent light columns.

Health and Wellbeing

› Health5G’s goal is to identify different use of eHealth that benefit from the potential of 5G networks.

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Examples of 5G Trials

Industry and Energy

› 5G VIIMA is an extensive project on ports, industry and energy.

5G Networks

› 5G FORCE offers 5G test network services for projects in different sectors.

› 5G reliability is the experiment of Traficom, Turku University of Applied Sciences and Nokia, which measures the reliability of the radio interface.

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Thank You.

Are you interested of trials with 5G? Welcome to our ecosystem!

marjo.uusi-pantti@traficom.fi

@MarjoUP

#5GMomentum

www.traficom.fi