#2026-302Authorization for SARL 100% to Operate FM Radio Service 100%
AI-generated summary for informational purposes only. Not legal advice. See the original source for the authoritative text.
This decision allows SARL 100% to operate the FM radio service “100%” on specified frequencies in Castelnaudary, Limoux, and Mende. The authorization runs from July 1, 2026, to March 14, 2028, and depends on successful international coordination procedures for the listed technical parameters. The practical impact is narrow: SARL 100% may broadcast under the approved frequency, power, antenna, and radiation limits, while other broadcasters and spectrum users in the affected areas must account for these authorized transmissions.
AI-generated summary. May contain errors. Refer to official sources for legal decisions.
Key Changes
- Authorizes SARL 100% to operate the FM radio service “100%” in three listed areas
- Sets technical broadcasting conditions, including frequencies, transmitter sites, antenna heights, power levels, and radiation limits
- Limits the authorization period to July 1, 2026 through March 14, 2028
Obligations
What this law requires
SARL 100% may operate the FM radio service “100%” only during the authorization period from 1 July 2026 to 14 March 2028.
SARL 100% must not operate the Castelnaudary transmitter unless the international coordination procedures for the listed technical parameters have concluded favorably.
For the Castelnaudary service, SARL 100% must operate on 98.5 MHz from the site at 17 chemin du Roc, Villeneuve-la-Comptal, with a maximum apparent radiated power of 500 W, antenna height of 8 meters above ground, and the specified horizontal radiation attenuation limits.
SARL 100% must not operate the Limoux transmitter unless the international coordination procedures for the listed technical parameters have concluded favorably.
For the Limoux service, SARL 100% must operate on 98.5 MHz from the site at lieudit Taïch, Limoux, with a maximum apparent radiated power of 200 W, antenna height of 20 meters above ground, and the specified horizontal radiation attenuation limits.