RADIO BROADCASTING INCLUDING CABLE

Brand Owner (click to sort) Address Description
93-THE MIX Dees Entertainment, Inc. 3601 West Olive Avenue, Ste. 675 Burbank CA 91505 Radio broadcasting and including cable radio broadcasting, audio broadcasting, satellite broadcasting, and broadcasting programs via a global computer network;
93.1-THE MIX Dees Entertainment, Inc. 3601 West Olive Avenue, Ste. 675 Burbank CA 91505 Radio broadcasting and including cable radio broadcasting, audio broadcasting, satellite broadcasting, and broadcasting programs via a global computer network;NINEY THREE.ONE-THE MIX;
93Q Dees Entertainment, Inc. 3601 West Olive Avenue, Ste. 675 Burbank CA 91505 Radio broadcasting and including cable radio broadcasting, audio broadcasting, satellite broadcasting, and broadcasting programs via a global computer network;
MIX 93 Dees Entertainment, Inc. 3601 West Olive Avenue, Ste. 675 Burbank CA 91505 Radio broadcasting and including cable radio broadcasting, audio broadcasting, satellite broadcasting, and broadcasting programs via a global computer network;
Q93 Dees Entertainment, Inc. 3601 West Olive Avenue, Ste. 675 Burbank CA 91505 Radio broadcasting and including cable radio broadcasting, audio broadcasting, satellite broadcasting, and broadcasting programs via a global computer network;
THE MIX Dees Entertainment, Inc. 3601 West Olive Avenue, Ste. 675 Burbank CA 91505 Radio broadcasting and including cable radio broadcasting, audio broadcasting, satellite broadcasting, and broadcasting programs via a global computer network;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. The broadcasting tower selecting method for selecting one broadcasting tower out of a plurality of broadcasting towers each being able to transmit together broadcast waves on a plurality of channels that can be received in an area, including: a first step of judging an existence or not of the channels that can be received in the area; a second step of extracting, based on a result from the judgment in the first step, one or more broadcasting towers that can provide all channels being receivable in the area out of the plurality of the broadcasting towers; and a third step of selecting one arbitrary broadcasting tower out of the extracted one or more broadcasting towers. Thus, it is possible to select automatically, with an easy operation, a broadcasting tower that can provide best video and audio quality, out of a plurality of broadcasting towers.