Spectrum for wireless broadband – 5G

ECC has recognised in its strategic plan for 2015-2020 the importance of spectrum for wireless broadband and 5G. This page outlines the CEPT roadmap for 5G and the corresponding ECC activities

This page contains the following information:

1. What is 5G?

ECC has recognised the importance of the fifth generation of mobile technology referred to as ‘5G’ (also known as IMT-2020). 5G is listed as one of the major topics in the ECC strategic plan for 2015- 2020.

Regulators, standards bodies, industry and academia are currently discussing 5G and working to develop it further. 5G aims to provide seamless coverage, high data rate, low latency, low power and highly reliable communications. Use cases under consideration include enhanced mobile broadband, massive machine type communications (M2M) ,Internet of Things (IoT), healthcare, home automation, industrial automation and sensors. Vertical dimension will be added from the user’s perspective.

5G technical requirements

The aim of 5G is to improve on the performance of previous generation systems.  As described in ITU-R Recommendation M.2083, the general performance objectives can be quantified as follows:

  • Peak data rate: tens of Gbit/s
  • User experienced data rate: 100 Mbit/s to 1 Gbit/s
  • Connection density: 1 million connections per km2
  • End-to-end latency: millisecond level
  • Traffic volume density: 10 Mbit/s per m2
  • Mobility:up to 500 km/h

Different players from various ‘vertical’ domains (i.e. different industry branches) can be brought together using the 5G ‘slicing’ concept. The network capabilities are intended to match the requirements of the different vertical players.

An example of 5G Vision and Usage Scenarios:

Source: ITU-R Recommendation M.2083

2. CEPT roadmap for 5G - Relevant ECC activities

The 43rd ECC Plenary meeting in Prague, 15-18 November 2016, approved a comprehensive list of actions regarding the fifth generation of mobile technology (5G) named the CEPT roadmap for 5G. The latest version of the roadmap includes the updates adopted during the 47th (27 February - 2 March 2018) ECC Plenary meeting to reflect the progress of ECC activities. 

It outlines the CEPT’s actions for 5G, taking into account the views from all stakeholders expressed during the CEPT Workshop on 5G from 2-4 November 2016 in Mainz.

The roadmap outlines the main targets to be addressed by CEPT regarding harmonisation of spectrum for 5G, preparation for WRC-19 agenda item 1.13 regarding IMT above 24 GHz, consideration of vertical industry needs and other spectrum challenges. 

It also identifies, when appropriate, the related ECC activities (such as Work Items (WI) in the ECC Work Programme) and the areas where further considerations are expected.

Harmonisation measures for 5G

As identified in the CEPT roadmap, work is ongoing within ECC PT1 on harmonisation measures for 5G in a first set of bands:

  •  3.4 – 3.8 GHz: this band is already harmonised within Europe for Mobile/Fixed Communication Networks (MFCN) through ECC Decision(11)06. Activities are ongoing to review the harmonised technical conditions contained in this Decision to ensure their suitability for 5G. A Draft ECC Report with proposed updates to the technical conditions is currently under public consultation, for final approval in July 2018. The proposed updates reflect the use of Active Antenna Systems (AAS) for 5G. Other activites are ongoing to develop guidelines to help administrations in defragmenting the 3.4-3.8 GHz band, in which there are existing licences in many CEPT countries, and for developing plans and intended timescale for the future utilisation of this band.
  • 24.25-27.5 GHz: CEPT has identified the 26 GHz band for early European harmonisation, as it provides over 3 GHz of contiguous spectrum and more favourable propagation than the higher frequency bands under consideration. Compatibility and protection, as appropriate, with all existing services in the same and adjacent frequency bands, in particular the protection of existing and future EESS/SRS earth stations should be addressed. As a result, ECC PT1 has developed a Draft ECC Decision setting the harmonised conditions for the introduction of 5G in the 26 GHz band. The Draft ECC Decision is currently under public consultation, for final adoption in July 2018. In addition, ECC PT1 has been tasked to develop "toolboxes" for national administrations to manage the coexistence of 5G with EESS/SRS and FSS Earth stations.


EC Mandate on 5G

In December 2016, the European Commission issued a Mandate to CEPT to harmonise technical conditions for the development of EU-wide 5G equipment. The Mandate addresses the same bands identified in the CEPT roadmap (3.6 GHz and 26 GHz), so there is a link to the existing harmonisation activities within ECC PT1 as outlined above. ECC PT1 has developed 2 Draft CEPT Reports (3.6 GHz and 26 GHz) on harmonisation measures which are currently under public consultation. The final reports are planned to be sent to the EC in July 2018 for adoption in relevant EC regulations.

Related activities on harmonisation measures for MFCN

40 MHz of spectrum for supplementary downlink (SDL) for MFCN was previously harmonised in 1452-1492 MHz through ECC Decision(13)03. ECC PT1 recently developed a new ECC Decision(17)06 to additionally harmonise the surrounding frequency bands (1427-1452 MHz and 1492-1518 MHz) in order to provide a total of 89 MHz of contiguous harmonised spectrum for MFCN.

Preparation for WRC-19 and related ITU-R activities

Due to the fact that 5G envisages very high data rates, much larger bandwidths than ever before will be required (up to several GHz), which can only be found in higher frequency bands above 24 GHz. CEPT participated in the intensive debates on this issue during the preparations and in the course of WRC-15. The outcome of the Conference was a Resolution to focus on specific frequency bands, as proposed by CEPT, under agenda item 1.13 for WRC-19.

ECC PT1 has been tasked with the responsibility of CEPT CPG preparation for this agenda item and has been undertaking studies in priority bands, and is progressing its work based on prioritisation defined in the CEPT 5G roadmap. ECC PT1 participates in the relevant ITU-R activities in Task Group 5/1.

Compatibility and sharing studies with other systems in the following bands, identified by WRC-15 for future wireless broadband usage (including 5G), are being considered at the European level:

    • 24.25-27.5 GHz
    • 31.8-33.4 GHz
    • 37-43.5 GHz
    • 45.5-50.2 GHz
    • 50.4-52.6 GHz
    • 66-76 GHz
    • 81-86 GHz

The current usage of these bands and initial prioritisation for study were the subject of an ECC PT1 questionnaire in late 2016. A summary of the results of the questionnaire are available here. Many respondents were of the view that the bands below 43.5 GHz (i.e. 24.25-27.5 GHz, 31.8-33.4 GHz and 40.5-43.5 GHz) should be prioritised for early studies, whereas others believed that no prioritisation of bands for study was necessary at the early stage.

Identification of suitable bands needs to address compatibility with existing systems in the same and adjacent bands, and migration of existing usage if required.

The list of priority bands in the CEPT roadmap was revised at the 46th ECC Plenary meeting in November 2017, in order to reflect the progress of the studies and other considerations. It was agreed to remove the 32 GHz band (31.8-33.4 GHz), on the basis that technical studies in TG5/1 have shown the incompatibility between IMT and radionavigation service, and furthermore industry has not shown support for this band. It was also agreed to add the 66-71 GHz band to the list based on recent interest in the potential for this band. The current list of priority bands is:

    • 24.25-27.5 GHz
    • 40-43.5 GHz
    • 66-71 GHz


In addition, ECC PT1 is actively participating in ITU-R activities on IMT-2020/5G in WP 5D, which has been working on technical requirements and is now focussing on evaluation of 5G candidate technologies.

Other issues to address

The CEPT roadmap identified several actions addressing  the requirements of vertical industries in the context of 5G (e.g. PPDR, industrial automation, automotive, utilities, rail, …). They are expected to be considered, as appropriate by ECC PT1 and WG FM in their related activities.

The roadmap also identified a need to take into consideration what satellite solutions can bring for 5G. PT FM44 has developed a Draft ECC Report on this issue which is currently under public consultation. The Report idenitifies the main use cases where satellite could play a role in 5G.

Other issues, such as new sharing opportunities and challenges (e.g. MIMO), considerations on authorisation regimes, infrastructure and backhaul requirements for 5G will also need to be addressed.

Research activities

The ECC strategic plan, with additional guidance from the ECC Steering Group, tasked ECO to engage with relevant research activities focusing on 5G. In this context, ECO has agreed to participate in the advisory board of the COHERENT project. This is one of the H2020 5G-PPP projects funded by the European Commission, which aims to research, develop and showcase a unified programmable control framework for 5G heterogeneous radio access networks. In future cooperation will further be strengthened between ECC and 5G-PPP  (through the LoU signed by ECC and 5G-IA) and between ECC and JRC.

3. Relevant ECC regulations

Existing harmonised spectrum for MFCN

ECC has already harmonised more than 1200 MHz of spectrum for mobile broadband in the frequency range from 694 MHz to 3.8 GHz. Bands within this frequency range have been under study for almost 20 years with an aim to increase the availability of bands for mobile broadband.

Relevant MFCN deliverables for frequency bands of interest can be viewed in this document, or by using the EFIS search function (select ‘MFCN’ under ‘level 2 application terms’).

In the future, there may be a need to adapt the harmonised regulatory framework in these existing frequency bands to account for 5G (e.g. to accommodate the needs of networks based on small cells and Active Antenna Systems). In addition to the ongoing update of technical conditions in 3.4-3.8 GHz, ECC has tasked ECC PT1 to review the existing ECC Decisions for the 2.1 GHz (ECC Decision (06)01), the 2.6 GHz (ECC Decision (05)05) and the 900/1800 MHz (ECC Decision (06)13) bands.

ECC has agreed that the existing ECC Decisions on 700 MHz, 800 MHz and 1.5 GHz are already suitable for 5G since the technical conditions in these Decisions are technology neutral and there is no plan to implement Active Antenna Systems in these bands.

4. Additional background information on 5G

CEPT workshop on 5G

On 2-4 November 2016 the ECC held a workshop to discuss 5G developments and requirements.

The aim of the workshop was to establish CEPT’s priorities for 5G, taking into account views from all stakeholders, including international organisations, standardisation groups, mobile industry and vertical industry members. Views on ongoing 5G developments outside Europe were also introduced.

It was a successful three days and the draft CEPT roadmap for 5G was defined as a result of all the presentations and discussions (see section 2 above). Material from the workshop is available on our website as follows:


Articles - presentations

During the last two years, the ECC has published within its newsletters various articles related to 5G:

In addition, ECC officials delivered recently presentations at different Conferences and events regarding the subject.

Updated: 09 March 2018, 14:16