KNKR 96.1 FM

A broadcast facility operating on the FM band, part of the global allocation of frequencies for frequency modulation radio service. The FM broadcast band extends from approximately 87.5 to 108 MHz in most of the world, divided into channels spaced at 200 kHz intervals in North America and 100 kHz intervals in most other regions. This particular frequency falls within the commercial FM band used for music, news, and entertainment programming in numerous countries. FM broadcasting technology offers several advantages over AM transmission, including superior audio fidelity, reduced susceptibility to electrical interference, and the ability to broadcast in stereo. The frequency modulation method encodes audio information as variations in carrier frequency rather than amplitude, making FM signals more resistant to noise and atmospheric disturbances that plague AM broadcasting. Stations on this frequency operate under regulatory frameworks established by national communications authorities, which assign licenses based on technical criteria including transmitter location, antenna height, effective radiated power, and geographic coverage objectives. The allocation of FM frequencies requires careful engineering to prevent interference between stations, with separation requirements based on distance and relative signal strength. International coordination becomes necessary in border regions where broadcasts from neighboring countries might cause interference. FM stations typically employ horizontal or circular polarization and may use directional antenna patterns to maximize coverage in desired areas while minimizing interference to other stations. Modern FM broadcasting increasingly incorporates digital technologies including HD Radio in North America and DAB systems in Europe, allowing multiple program streams and data services to coexist with traditional analog transmissions. The technical specifications for FM broadcasting evolved through decades of engineering development and international standardization efforts aimed at maximizing spectrum efficiency while maintaining audio quality.