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PT1_14
Last update: 04-03-2021
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ECC Report , Rev. ECC Decision
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Review of ECC Decision (06)13 (900/1800 MHz MFCN) for suitability for 5G
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Initial update of ECC Decision (06)13 to add reference to 5G NR harmonised standard.
Followed by further update of ECC Decision(06)13 to introduce a technology neutral block edge mask.
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S: 03-03-2018
T: 02-11-2021
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Review technical conditions to enable timely introduction of 5G and, when applicable, AAS, while ensuring adequate protection of other services and applications.
First step (at least 1800 MHz): follow current approach to reference the 5G NR standard. Planned target date for this first step: 03/2019 (might be delayed until 06/2019)
Second step: introduce technology neutral block edge mask to replace existing technology references.
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In Progress
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PT1_22
Last update: 04-03-2021
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ECC Recommendation
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Cross border co-ordination at 26 GHz
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ECC Recommendation on Frequency planning and frequency coordination for Land Mobile systems operating at 26 GHz.
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S: 06-07-2018
T: 01-07-2022
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In Progress
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PT1_24
Last update: 02-07-2020
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CEPT Report
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EC Mandate on 5G in 900 and 1800 MHz
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Review the EU-harmonised technical conditions for use of the 900 MHz and 1800 MHz frequency bands with view to their suitability for 5G.
Develop channelling arrangements and common and minimal (least restrictive) technical conditions
Develop guidance for cross-border coordination.
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S: 26-10-2018
T: 02-07-2021
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Tasks 1 to 3 of the EC Mandate to CEPT to review the harmonised technicalconditions for certain EU-harmonised frequency bands and to develop leastrestrictive harmonised technical conditions suitable for next-generation (5G)terrestrial wireless systems
Information on the usage feasibility of the 900 MHz and 1800 MHz frequencybands, including any limitations of the GSM Directive. (March 2019(
Report(s) from CEPT to theCommission regarding the 900 MHz and 1800 MHz frequency bands (October 2020)
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In Progress
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PT1_27
Last update: 30-11-2020
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Rev. ECC Decision
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Study:
a) the condition to operate a 5G non-AAS connectivity for MCA in 1710-1785 MHz and 1805-1880 MHz; and
b) consider making NCU optional in all MCA bands
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PT1_38
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Update of technical conditions in ECC Decision (06)07 based on the CEPT Report developed under PT1_38
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S: 06-03-2020
T: 05-11-2021
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In Progress
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PT1_28
Last update: 30-11-2020
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ECC Report
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Conditions for MFCN in the band 2300-2400 MHz band.
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PT1_29
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Review of harmonised technical and regulatory conditions for the use of the band 2300-2400 MHz for MFCN for suitability for 5G while maintaining the current regulatory status of the band.
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S: 06-03-2020
T: 02-03-2022
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Review technical conditions to enable timely introduction of 5G and, when applicable, AAS, while ensuring adequate protection of other services and applications.
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In Progress
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PT1_29
Last update: 16-03-2020
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Rev. ECC Decision
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Harmonised technical and regulatory conditions for the use of the band 2300 - 2400 MHz for MFCN.
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PT1_28
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Revise ECC Decision (14)02 to make the technical and regulatory conditions suitable for 5G while maintaining the current regulatory status of the band.
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S: 05-03-2021
T: 02-07-2022
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Review technical conditions to enable timely introduction of 5G and, when applicable, AAS, while ensuring adequate protection of other services and applications.
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In Progress
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PT1_30
Last update: 04-03-2021
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ECC Decision
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Harmonised technical conditions for UAS “Aerial UE” usage in respective harmonised MFCN bands
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PT1_18
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On the basis of conclusions of ECC Report 309 and additional relevant studies relating to AAS systems in the 1800 MHz,2 GHz and 2.6 GHz bands, to develop harmonised technical conditions for UAS “Aerial UE” usages
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S: 06-03-2020
T: 04-03-2022
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Harmonised spectrum regulatory conditions for “aerial UEs” in the suitable MFCN bands ensure visibility for UAs standardisation, market development while ensuring confidence of all spectrum users,
This ECC framework will be also the relevant basis to trigger additional standardisation activities in ETSI on “out of band emission limits”, where appropriate and to enable practical implementation of “no fly zone”, at national level where needed.
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In Progress
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PT1_31
Last update: 04-03-2021
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ECC Report
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Efficient usage of the spectrum at the border of CEPT countries between MFCN TDD networks in the frequency band 3400-3800 MHz. The results will be taken into account in the next update of Rec (15)01.
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PT1_32
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To describe, study and analyse solutions to ensure efficient usage of spectrum at the border between MFCN TDD networks in the frequency band 3400-3800 MHz
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S: 06-03-2020
T: 05-11-2021
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Based on public consultation responses to the ECC Recommendation (15)01 and on the basis of a harmonisation measure by the limited number of frames, this report will describe, study and analyse solutions to ensure efficient usage of spectrum at the border of TDD networks (including signalling, coverage issues, operational field strength, DL symbol blanking, etc.)
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In Progress
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PT1_34
Last update: 04-03-2021
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ECC Decision
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40.5-43.5 GHz: New ECC Decision
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PT1_39
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ECC Decision on MFCN harmonisation, comprising a band plan and technical conditions suitable for 5G, taking into account the radio applications according to ERC Report 25 (ECA table)
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S: 06-03-2020
T: 04-03-2022
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ECC #55 tasked ECC PT1 to study coexistence at the 40.5 GHz boundary between MFCN in 40.5-43.5 GHz and uncoordinated satellite earth stations in 39.5-40.5 GHz: ECC(21)027 Annex 07
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In Progress
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PT1_35
Last update: 16-07-2020
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ECC Recommendation , ECC Report
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Modelling of 5G AAS commercially available equipment
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SE21_25
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Investigate the modelling of 5G AAS(both in-band and unwanted domain) based on laboratory and other measurements as appropriate of commercially available equipment:
1) Assess existing models against measurements
2) Consider modifications to existing model if differences are seen
3) If modification is not feasible then develop new model
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S: 03-07-2020
T: 02-11-2021
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ECC Report first, then if appropriate a Recommendation
This task should investigate the modelling aspects of 5G AAS:
1) in the in-band domain
2) in the unwanted domain
The model should cover the relevant aspects of real antenna system (e.g. grating lobes) based on the results of laboratory measurements of 5G AAS.
The WI to be done to provide technical support to SE21 in regards to WI SE21_25.
See also relevant work ITU-R WP5D.
WI to be done in cooperation with SE and SE21.
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In Progress
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