ECC WorkProgram Database

SE24_60

Last update: 26-09-2024

Other

Impact of unwanted emissions from WPT-EV on the radiocommunication services will be considered in the studies

The first studies focused on Wireless Power Transmission (WPT) systems for Electric Vehicles (EV) operating in the frequency band 79 - 90 kHz.

The impact of unwanted emissions from WPT-EV on radiocommunication services will be considered at the second step of studies.

S: 30-09-2018
T: 31-01-2026

The study will cover the impact of unwanted emissions from WPT-EV systems/devices on Radiocommunication services/systems operating in the 79-90 kHz band.

ECC Report 289 on WPT-EV operating in the 79-90 kHz band has been published in 2019.

An addendum to ECC Report 289 is to be developed to cover the impact of unwanted emissions from WPT-EV systems/devices on Radiocommunication services/systems.

In Progress

SE24_76

Last update: 04-11-2024

ECC Report

MicroWave Security Scanners (MWSSc) in 3.6-10.6 GHz using UWB

PT1_47
FM_57

Relevant studies on the use of MWSSc described in SRdoc ETSI TR 103 730 on a non-protected non-interference basis in the frequency range 3.6 GHz to 10.6 GHz.

S: 07-10-2022
T: 30-09-2025

The passive band starting from 10.6 GHz is excluded from MWSSc in-band operation.
Ref: LS from WG FM (SE(22)099) based on the request from ETSI (SRdoc ETSI TR 103 730).

In Progress

SE24_77

Last update: 26-09-2024

Other

Generic medium and high power WPT applications operating in various frequency ranges will be considered at the studies

Medium and high power WPT applications and suitable frequency ranges will be considered.

S: 03-02-2023
T: 31-05-2025

The study covers all types of medium and high power WPT systems/devices operating in various frequency ranges up to 30 MHz.
This study could support the ITU-R WP 1A work on WPT applications and frequency ranges (Question ITU-R 210-3/1).
First step of the studies focused on generic low power WPT systems other than WPT-EV, and ECC Report 333 is published as the result of these studies.
Deliverable: Addendum to ECC Report 333

In Progress

SE24_78

Last update: 09-05-2024

Other

Outdoor security scanners in the 76.5-80.5 GHz band

Impact to all relevant applications and radio services, from the outdoor operation of security scanners in the frequency range 76.5-80.5 GHz shall be studied. This may include, but is not limited to ground based vehicle Radar, RAS, and the Amateur Service.

S: 01-02-2024
T: 31-05-2025

Deliverable: Addendum to ECC Report 344

In Progress

SE24_79

Last update: 09-05-2024

ECC Report

Investigations on UWB band extension 8.5 GHz to 10.6 GHz

Sharing and compatibility studies required for the potential update of the regulatory framework for the UWB extension 8.5 GHz to 10.6 GHz. Differentiated study results depending on the categories of UWB applications listed in ETSI SRdoc TR 103 750 should be provided.

Studies should be limited to the frequency range 8.5 GHz to 10.6 GHz, also considering coexistence with passive services above 10.6 GHz, and initially focuses on indoor UWB applications.

S: 01-02-2024
T: 31-01-2026

A table given in the LS (FM(23)082Annex43) depicts an initial and not exhaustive overview of the most critical services identified to be investigated including some of the proposed mitigation factors and techniques proposed in the ETSI SRdoc TR 103 750.

In Progress

SE24_80

Last update: 13-05-2024

ECC Report

Investigations on Radiodetermination systems for industry automation in shielded environments (RDI-S) operating indoor and outdoor in the frequency band 260-1000 GHz

Sharing and compatibility studies as required with regard to radiodetermination applications in ETSI SRdoc TR 103 728 which are RDI-S systems.

S: 01-05-2024
T: 31-01-2026

The sharing and compatibility studies should include aggregation scenarios for indoor and outdoor applications.

The spectrum allocations/identifications in 260-1000 GHz to radiocommunication services, in particular passive service applications above 275 GHz and radioastronomy is noted.

WG FM expects no change for the frequencies below 260 GHz out of this study.

WG FM would welcome the results of the studies to be available before January 2026 so they can be considered for inclusion into the CEPT Report in response to the permanent mandate on SRDs.

Note: WRC-27 AI 1.8 under Res.663 (Rev.WRC-23) addresses Radiolocation Service between 231.5 – 275/700 GHz.

In Progress

SE24_81

Last update: 13-05-2024

ECC Report

UWB operation of fixed infrastructure based indoor localization systems in the frequency band between 4,2 GHz to 4,8 GHz

Sharing and compatibility studies as required with regard to UWB operation described in ETSI SRdoc TR 103 862

S: 01-05-2024
T: 31-01-2026

WG FM notes the critical spectrum use in the bands, in particular radio altimeters in 4.2-4.4 GHz and mobile military systems in 4.4-4.8 GHz.

The sharing and compatibility studies should include aggregation scenarios for indoor only applications.

The study should be limited to the frequency range 4.2-4.8 GHz, also considering as appropriate coexistence with WBB Local Area Networks, Fixed Service, Fixed Satellite Service and Mobile Service below 4.2 GHz and with Fixed Satellite Service, Fixed Service and Mobile Service above 4.8 GHz. The study should initially use the Low Duty Cycle mitigation technique defined in the ECC Decision (06)04 Annex 2 and investigate the upper maximum value for the Duty Cycle which is tolerable by the victim systems.

WG FM expects no change for the frequencies below 4.2 GHz and above 4.8 GHz out of this study.

WG FM would welcome the results of the studies to be available before January 2026 so they can be considered for inclusion into the CEPT Report in response to the permanent mandate on UWB.

In Progress

SE24_82

Last update: 26-09-2024

Other

Investigations on ground based vehicular radars mitigation measures for the protection of Radioastronomy

SE24_73
SRD/MG_54

Conduct supplemental studies for alternative mitigation techniques in order to eliminate or minimise the size of potential exclusion zones regarding the protection of stations of the Radio Astronomy Service (RAS).

S: 27-09-2024
T: 31-05-2026

Deliverable type: Addendum to ECC Report 350

ETSI is invited to provide information regarding possible mitigation measures and any related technical information to be considered in the work of WG SE / SE24.

In Progress

SE24_60 Last update: 26-09-2024	Other	Impact of unwanted emissions from WPT-EV on the radiocommunication services will be considered in the studies		The first studies focused on Wireless Power Transmission (WPT) systems for Electric Vehicles (EV) operating in the frequency band 79 - 90 kHz. The impact of unwanted emissions from WPT-EV on radiocommunication services will be considered at the second step of studies.	S: 30-09-2018 T: 31-01-2026	The study will cover the impact of unwanted emissions from WPT-EV systems/devices on Radiocommunication services/systems operating in the 79-90 kHz band. ECC Report 289 on WPT-EV operating in the 79-90 kHz band has been published in 2019. An addendum to ECC Report 289 is to be developed to cover the impact of unwanted emissions from WPT-EV systems/devices on Radiocommunication services/systems.	In Progress
SE24_76 Last update: 04-11-2024	ECC Report	MicroWave Security Scanners (MWSSc) in 3.6-10.6 GHz using UWB	PT1_47 FM_57	Relevant studies on the use of MWSSc described in SRdoc ETSI TR 103 730 on a non-protected non-interference basis in the frequency range 3.6 GHz to 10.6 GHz.	S: 07-10-2022 T: 30-09-2025	The passive band starting from 10.6 GHz is excluded from MWSSc in-band operation. Ref: LS from WG FM (SE(22)099) based on the request from ETSI (SRdoc ETSI TR 103 730).	In Progress
SE24_77 Last update: 26-09-2024	Other	Generic medium and high power WPT applications operating in various frequency ranges will be considered at the studies		Medium and high power WPT applications and suitable frequency ranges will be considered.	S: 03-02-2023 T: 31-05-2025	The study covers all types of medium and high power WPT systems/devices operating in various frequency ranges up to 30 MHz. This study could support the ITU-R WP 1A work on WPT applications and frequency ranges (Question ITU-R 210-3/1). First step of the studies focused on generic low power WPT systems other than WPT-EV, and ECC Report 333 is published as the result of these studies. Deliverable: Addendum to ECC Report 333	In Progress
SE24_78 Last update: 09-05-2024	Other	Outdoor security scanners in the 76.5-80.5 GHz band		Impact to all relevant applications and radio services, from the outdoor operation of security scanners in the frequency range 76.5-80.5 GHz shall be studied. This may include, but is not limited to ground based vehicle Radar, RAS, and the Amateur Service.	S: 01-02-2024 T: 31-05-2025	Deliverable: Addendum to ECC Report 344	In Progress
SE24_79 Last update: 09-05-2024	ECC Report	Investigations on UWB band extension 8.5 GHz to 10.6 GHz		Sharing and compatibility studies required for the potential update of the regulatory framework for the UWB extension 8.5 GHz to 10.6 GHz. Differentiated study results depending on the categories of UWB applications listed in ETSI SRdoc TR 103 750 should be provided. Studies should be limited to the frequency range 8.5 GHz to 10.6 GHz, also considering coexistence with passive services above 10.6 GHz, and initially focuses on indoor UWB applications.	S: 01-02-2024 T: 31-01-2026	A table given in the LS (FM(23)082Annex43) depicts an initial and not exhaustive overview of the most critical services identified to be investigated including some of the proposed mitigation factors and techniques proposed in the ETSI SRdoc TR 103 750.	In Progress
SE24_80 Last update: 13-05-2024	ECC Report	Investigations on Radiodetermination systems for industry automation in shielded environments (RDI-S) operating indoor and outdoor in the frequency band 260-1000 GHz		Sharing and compatibility studies as required with regard to radiodetermination applications in ETSI SRdoc TR 103 728 which are RDI-S systems.	S: 01-05-2024 T: 31-01-2026	The sharing and compatibility studies should include aggregation scenarios for indoor and outdoor applications. The spectrum allocations/identifications in 260-1000 GHz to radiocommunication services, in particular passive service applications above 275 GHz and radioastronomy is noted. WG FM expects no change for the frequencies below 260 GHz out of this study. WG FM would welcome the results of the studies to be available before January 2026 so they can be considered for inclusion into the CEPT Report in response to the permanent mandate on SRDs. Note: WRC-27 AI 1.8 under Res.663 (Rev.WRC-23) addresses Radiolocation Service between 231.5 – 275/700 GHz.	In Progress
SE24_81 Last update: 13-05-2024	ECC Report	UWB operation of fixed infrastructure based indoor localization systems in the frequency band between 4,2 GHz to 4,8 GHz		Sharing and compatibility studies as required with regard to UWB operation described in ETSI SRdoc TR 103 862	S: 01-05-2024 T: 31-01-2026	WG FM notes the critical spectrum use in the bands, in particular radio altimeters in 4.2-4.4 GHz and mobile military systems in 4.4-4.8 GHz. The sharing and compatibility studies should include aggregation scenarios for indoor only applications. The study should be limited to the frequency range 4.2-4.8 GHz, also considering as appropriate coexistence with WBB Local Area Networks, Fixed Service, Fixed Satellite Service and Mobile Service below 4.2 GHz and with Fixed Satellite Service, Fixed Service and Mobile Service above 4.8 GHz. The study should initially use the Low Duty Cycle mitigation technique defined in the ECC Decision (06)04 Annex 2 and investigate the upper maximum value for the Duty Cycle which is tolerable by the victim systems. WG FM expects no change for the frequencies below 4.2 GHz and above 4.8 GHz out of this study. WG FM would welcome the results of the studies to be available before January 2026 so they can be considered for inclusion into the CEPT Report in response to the permanent mandate on UWB.	In Progress
SE24_82 Last update: 26-09-2024	Other	Investigations on ground based vehicular radars mitigation measures for the protection of Radioastronomy	SE24_73 SRD/MG_54	Conduct supplemental studies for alternative mitigation techniques in order to eliminate or minimise the size of potential exclusion zones regarding the protection of stations of the Radio Astronomy Service (RAS).	S: 27-09-2024 T: 31-05-2026	Deliverable type: Addendum to ECC Report 350 ETSI is invited to provide information regarding possible mitigation measures and any related technical information to be considered in the work of WG SE / SE24.	In Progress