Test Page - Licensed 6 GHz Opportunity

RCC:

Supports IMT identification for 6425-7100 MHz in Region 1 and globally

Proposed technical conditions for FSS (E-s) based on the Expected EIRP mask (for 6425-6525 MHz only)

Other conditions for FSS Earth stations, FS stations, SOS and SRS stations (7100-7250 MHz).

Outcome from the RCC final WRC-23 preparatory meeting
(Russian Federation, 4-8 September 2023)

6425-7100 MHz (Region 1 and globally):

Support the IMT identification with the following conditions:
- it should not impose additional regulatory/technical restrictions on FSS Earth stations, FS stations as well as on SOS and SRS stations operating in the 7100-7250 MHz band;
- FSS (E-s) protection can be provided based on RR Article 21, however for IMT BS with AAS an expected EIRP spectral density mask should be applied in the 6425-6525 MHz band;

7100-7125 MHz (globally):

In the case of IMT identification, protect existing services from interference in the same band and in adjacent bands (including FS stations as well as space stations of SOS, SRS and EESS (passive)); no additional technical or regulatory restrictions on FS, SRS and SOS stations should be imposed
(Methods 4D and 5D)

APT:

Supports IMT identification for 7025-7125 MHz in Region 3

Possible new AI for WRC-27 for 6425-7025 MHz in Region 3

Outcome from APT final WRC-23 preparatory meeting
(Australia, 14-19 August 2023)

APT Members support identification of the frequency band
7025-7125 MHz for IMT globally through Method 5C together with a new WRC Resolution. APT Members are considering whether this proposed new WRC Resolution could be combined with a potential WRC Resolution for 6 425-7 125 MHz in Region 1, if agreed

(*) APT common proposal on WRC-23 AI1.2

ATU:

Supports IMT identification for 6425-7125 MHz.
Proposed technical conditions for FSS (E-s) based on the “Expected EIRP mask”.

Outcome (*) from the final ATU WRC-23 preparatory meeting
(Cameroon, 7-11 August 2023)

6425-7025 (Region 1), 7025-7125 MHz (globally):

Support IMT identification band with technical conditions contained in a draft new WRC Resolution
(Methods 4C and 5C)
FSS (E-s) coexistence: based on the “expected EIRP mask”,
Example 3 in the CPM report

(*) Outcome from the final APM meeting

ASMG:

ASMG supports identification of 6425-7025 in Region1 and 7025-7125 MHz globally for IMT by creating a new RR footnote associated to a new Resolution that includes technical conditions to protect FSS (E to S) based on ‘’Expected EIRP mask’’ ( for 6425-7125 MHz).

ASMG regional common proposal submitted to WRC-23 Outcome from the final ASMG meeting in preparation for WRC-23 (Bahrain, Sept. 9-13)

6425-7025 (Region 1), 7025-7125 MHz (globally):

ASMG supports identification of 6425-7025 in Region 1 and of 7025-7125 MHz globally for IMT by creating a new RR footnote associated to a new Resolution
The proposed resolution includes technical conditions to protect FSS (E to S) based on ‘’Expected EIRP mask’’ ( for 6425-7125 MHz) corresponding to Alternative 2 example 3 of the CPM report.

CITEL:

NOC for 6425-7125 GHz for all Regions.

Outcome from CITEL final WRC-23 preparatory meeting
(Canada, 28 August – 1 September)

6425-7125 MHz (globally):

Administrations propose NOC for the identification of the frequency band 6425-7125 MHz for IMT in all Regions.

(*) Documents from the final Permanent Consultative Committee II (PCC.II) meeting on WRC-23 preparation./RES. 156 (XLII-23)

CEPT:

Willing to accept IMT identification for 6425-7125 MHz,

5 conditions including technical conditions for FSS (E-s) coexistence based on the “Expected EIRP mask”.

Outcome (*) from the CEPT final WRC-23 preparatory meeting
(Ireland, 18-22 September 2023)

6425-7025 (Region 1), 7025-7125 MHz (globally):

Accept IMT identification under the following conditions explained in a draft Resolution:
- Protection of existing primary services
- Continued operation of radio astronomy and EESS (passive) for sea surface temperature (SST) measurements. Proposing new primary allocations at 4.2-4.4, and 8.4-8.5 GHz
- No limitations imposed on the existing services and their future development
- Outlining opportunities for WAS/RLAN use of the band as well as flexibility regarding the future usage in Europe (i.e. IMT, WAS/RLAN or under a shared framework between IMT and RLAN) (**)
- No IMT agenda item for WRC-27 studying additional IMT identifications within 7-30 GHz where IMT would have the potential to jeopardise important European space and governmental spectrum
FSS (E-s) coexistence: based on the “expected EIRP mask”, proposing a mask that is not contained in the CPM report

(*) Approved European Common Proposal from the final CPG-23 meeting

(**) Europe will consider, by 2024 or later, the best usage of the band: either IMT, or RLAN or a shared use between IMT and RLAN

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