WANF channel 46.1

WANF is an independent station on channel 46.1 in the Atlanta area. Its tower is 3.7 miles south of Brookhaven. 12 of the 12 Atlanta cities we cover get it at a Strong or Moderate signal.

Channel
46.1
Band
UHF
Cities served
12

What's on WANF

WANF broadcasts 3 channels, all free with an antenna. Network names link to the channel finder for that network.

ChannelProgrammingOn-screen name
46.1Main WANF programmingWANF-TV
46.2Cozi TVCOZI
46.3GritGrit

Reception notes

  • UHF. WANF transmits on RF channel 19, in the UHF band (RF 14 to 36).
  • Channel number. Your TV shows it as 46.1 even though the signal is on RF channel 19. A channel scan finds it either way. How to rescan
  • NextGen TV. The FCC lists WANF as broadcasting in ATSC 3.0 (NextGen TV). A NextGen channel only plays on a TV or tuner with an ATSC 3.0 tuner. NextGen TV explained

Recent changes

  • : CBS moved from WANF (46) to WUPA (69). WANF is now an independent station. (AJC)

Where WANF comes in

Strongest within about 19 miles of the tower, which stands 3.7 miles to the south of Brookhaven. 12 cities get a Strong signal.

CityTower distanceSignal
Brookhaven, GA 3.7 mi S Strong
Atlanta, GA 5.7 mi ENE Strong
Sandy Springs, GA 8.7 mi S Strong
Dunwoody, GA 9.4 mi S Strong
Smyrna, GA 11 mi ESE Strong
Mableton, GA 14 mi E Strong
Stonecrest, GA 14 mi NW Strong
Marietta, GA 15 mi SE Strong
Roswell, GA 16 mi S Strong
Johns Creek, GA 17 mi SSW Strong
South Fulton, GA 18 mi NE Strong
Alpharetta, GA 19 mi SSW Strong

Distance and direction are from each city's center to the tower. Signal ratings are estimates from the FCC's coverage contour and distance.

Station summary

NetworkIndependent
Virtual channel46.1
RF channel19 (UHF)
ServiceFull power
Community of licenseAtlanta, GA
LicenseeGRAY TELEVISION LICENSEE, LLC
Effective radiated power1,000 kW
NextGen TVYes

Sources

Station and tower data: FCC, Nov 6, 2026. Network and subchannel data: Wikipedia, CC BY-SA 4.0. Signal tiers are estimates from FCC coverage areas and distance, without terrain modeling. How we estimate signals.