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SE_10
Last update: 11-05-2017
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Other
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Cooperation with RED-CA and ADCO RED
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Cooperation planned with RED CA and ADCO RED
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In Progress
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SE_11
Last update: 02-10-2017
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Other
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Monitoring of the development of ETSI Harmonised standards
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- Spreadsheet summarizing the ETSI harmonised standards under development and their relationship with ECC deliverables and activities
- LS to ETSI in case of inconsistencies between ETSI HS and corresponding ECC deliverables
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SE Project Teams to check the spreadsheet andreport to WGSE.
SE21 to assess consistency with ERC/REC 74-01 and consider receiver parameters.
Information available at http://www.cept.org/ecc/ecc-and-etsi.
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In Progress
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SE_12
Last update: 11-05-2017
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Other
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Sat MoU: Request Leeheim measurements in accordance with the Decide 5 and 3 of ECC/DEC/(09)02
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Report to WGFM/FM44 of the result of the measurement so that the ITU-R can be notified about possible interferences
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The specification of Iridium interference measurement in the band 1610.6-1613.8 MHz has been provided to the SAT-MoU. Leeheim station has provided the cost estimation.
Information on Sat MoU available at http://www.cept.org/eco/groups/eco/sat-mou
The measurements are expected to start in May 2017
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In Progress
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SE_14
Last update: 20-05-2020
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ECC Report
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Impact of wind turbines on various radiocommunication services
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Study the technical impact of wind turbines on various radiocommunication services (e.g. fixed radio links, broadcasting, radar, etc)
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S: 01-01-2014
T: 30-09-2021
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National studies have shown scattering effects from wind turbines may have an effect on the available fading margin for radio services.
The study aims to provide technical results that may improve the way the effects of wind turbines are taken into account in the modelling of disturbances to radio services.
The subject is addressed through a dedicated forum group
ECC Report 260 is published (January 2017)
It is to be noted that the Netherlands Administration is developing a measurement method of ultra-low EMC emissions, which are a concern for radio astronomy. Drones are used to verify the measurement method by generating the low EMC emissions as a test. Results are expect around the end of 2017.
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In Progress
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SE07_31
Last update: 01-10-2020
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ECC Report
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UAS in the 1880-1920 MHz and 5000-5010 MHz bands
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FM59_02
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Technical compatibility studies related to UAS (Unmanned Aircraft System) in the 1880-1900 MHz, 1900-1920 MHz and 5000-5010 MHz bands:
• The commercial use of Command and Control (C2) by UAS in the 1900-1920 MHz and 5000-5010 MHz bands.
• The governmental use of command and control as well as payload systems by UAS in the 1880-1900 MHz and 1900-1920 MHz bands.
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S: 29-05-2019
T: 30-09-2021
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Detailed requested technical studies are described in doc SE(19)067 "LS from WGFM to WGSE copy to PT1 on UAS studies". Amendments of LS from FM are contained in SE(19)102.
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In Progress
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SE07_32
Last update: 25-09-2020
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ECC Report
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Compatibility and technical feasibility of coexistence studies for the potential introduction of new terrestrial applications operating in the
2 483.5 - 2 500 MHz frequency band with existing services / applications in the same band and adjacent bands.
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FM_53
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To investigate the technical feasibility and coexistence for the potential introduction of new terrestrial applications in the 2 483.5 - 2 500 MHz frequency band, sharing with existing radio services / applications in the same band and compatibility with existing services / applications adjacent bands.
Existing use to be considered in the study are in-band Mobile Satellite Services (MSS), in-band MBANS devices, in-band LP-AMI devices, future in-band RNSS, in-band PMSE, radio applications below 2483.5 MHz including licensed and licensed exempt use; radio applications above 2500 MHz (MFCN). Also the impact of spurious emissions should be considered.
Investigations to take into account relevant ECC Reports including 149, 150, 165, 201, 219, CEPT Report 72.
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S: 20-05-2020
T: 31-05-2021
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MSS operators in the band intend to remain operators of satellite-based mobile services.
New terrestrial applications to be considered in the study based on technical descriptions and specifications of new terrestrial applications for 3GPP band 53 (see TR 36.791) noting that the standardization of a new E-UTRA operating band based upon the 11.5 MHz has been approved, facilitating 2.4 GHz LTE ecosystem development.
ECC PT1 may be involved especially with regard to the band above 2500 MHz (impact on MFCN).
SE7 is invited to work in close cooperation with SE40 as appropriate.
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In Progress
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SE19_24
Last update: 11-05-2017
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Other
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Coordinated inputs to ITU-R WP5C
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Coordination of contributions related to FS channel arrangements to ITU-R F series recommendations
Deliverable: Coordinated inputs to ITU-R WP5C
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In Progress
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SE19_43
Last update: 03-10-2019
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ECC Report
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To derive a methodology for protection criteria for FS except long term
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To derive a general methodology for “short term” criteria for Fixed service and evaluate the relationship between "long term" and "shortterm" protection criteria and FDP (Fractional Degradation of Performance).
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S: 02-10-2019
T: 30-09-2021
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The report should provide general guidance / methodology on how to derive appropriate “short term” protection criteria for FS for any sharing and compatibility studies involving FS.
This report is expected to include following;
- Evaluation of generic objective in absence of detailed information on power distribution of the interferer.
- Demonstration of the application of this methodology by giving some examples for “short term”criteria for different FS bands.
- Evaluation of the impact of different parameters (e.g. ATPC, rain or multipath fading,error performance and availability objectives) on “short term” criteria and FDP.
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In Progress
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SE19_44
Last update: 01-10-2020
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ECC Report
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New microwave PMP technologies based on active antennas for 5G backhaul above 27.5 GHz
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To assess the technical feasibility of a new microwave transport network PMP system based on active antennas, beamforming and interference cancellation techniques.
To evaluate coordination as well as aspects of planning with existing FS including suitable frequency bands / approaches for these new PMP systems in the bands already allocated to the FS above 27.5 GHz.
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S: 02-10-2019
T: 30-09-2021
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The rationale for this newsystem is to fulfil specific 5G transport network requirements allowing an improved spectral efficiency in terms of much higher frequency reuse.
As the 26 GHz band is the pioneer band for 5G in the CEPT countries, it will not be under consideration for this WI.
No mobile users will be consideredunder this WI.
SE19 will ensure consistency with the ECC 5G roadmap.
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In Progress
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SE19_45
Last update: 20-05-2020
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Rev. ECC Recommendation
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Consideration of ECC Recommendations due to discrepancy with ERC Rec 70-03.
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Review and revise as appropriate ECC REC(09)01 (60 GHz) and ECC REC(05)02 (65 GHz) considering the discrepancy with ERC REC 70-03 Annex 3
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S: 02-10-2019
T: 31-05-2021
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In Progress
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