Please enter a valid zip code. In what direction should I point my over-the-air OTA antenna? Anything over feet will result in signal degradation or loss. Are you using a splitter? If you can go without the splitter, ditch it. Something is blocking your antenna. See if any large buildings or tall hills, trees, or mountains sit between your antenna and the broadcast towers.
If so, move your antenna. Your OTA antenna might be a dud. How can I check TV signal strength in my area? What Is a Good Internet Speed? TiVo Stream 4K Review. Related Posts. The DTV coverage map will list all stations in your area. Viewers may contact their local stations with additional questions; click on the link to a station's public inspection file for contact information in you have questions about a specific station. For more information on antennas, see the Antenna Guide.
Get a reality check with our handy Cord Cutter Calculator. Enter cable bill and find out how much you can save today! Toggle navigation Shop Now. Zip Code Address Your actual results may vary based on the placement and quality of your antenna as well as other factors. Broadcast towers in your area. There has been a misperception among some station owners that while dramatically lowering DTV transmitter power, they could serve the same coverage area as analog, and this has turned out to be incorrect.
Many stations that have reverted back to VHF are now finding themselves with significantly reduced coverage areas and fewer viewers after switching to VHF. Low VHF digital broadcasts are particularly prone to interference and are often hard to receive reliably, regardless of what model of antenna is used. A: When using an indoor TV antenna, building materials such as brick, metal siding, radiant barrier, or stucco can greatly reduce the incoming signal.
Our indoor antennas are engineered to offer the best reception while taking those obstacles into account, which is why several of our antennas have consistently been featured in many "Best Indoor TV Antennas" publications throughout the years. Place your antenna as high up as possible, or near a window or wall facing the broadcast towers. If you have an attic antenna, try moving the antenna outdoors. If outdoors, make certain the antenna is not aimed at physical obstacles such as a roof, buildings, trees, or a hill.
Important : Remember to rescan for channels on your TV every time you move your antenna. Call our Connection Crew , available 7 days a week, if you are having further difficulty receiving signals.
A: When it comes to digital television, it's an "all or nothing at all" proposition. Once the signal is acquired, a steady stream of data assures you'll get a perfect picture and great audio. If that bitstream is interrupted, however, there will be nothing - just a blank screen.
In areas with lots of buildings or obstacles, multi-path distortion can cause a "cliff effect" to kick in. The fix is to use a higher-gain antenna assuming the multi-path can be tamed.
Work is being done to determine the optimal designs for improving error correction in set-top receivers. As far as distance is concerned, getting reliable UHF DTV reception beyond the curvature of the earth approximately 70 miles is difficult.
Terrain has a major impact on reception. Going over water is the best-case-scenario since water is generally flat and has positive impacts on temperature for sending the signal along. That being said, beyond 70 miles, unless you can get direct line-of-sight to the transmitters, obstacles which impact reception negatively are inevitable.
A: This could be due to several different issues. Click here to consult our dedicated Troubleshooting Reception page. We are available 7 days a week. A: While most Antennas Direct antennas are multi-directional and will receive TV signals from several directions, aiming the front of your antenna towards the largest cluster of towers is a critical step in receiving the most TV channels available in your area, and this is true for all TV antennas.
Our ClearStream and Bowtie antennas are engineered to receive signals at a degree beam angle, meaning our antennas are best suited to provide TV signals from widely-spaced broadcast towers. Even with the best multi-directional antennas, facing the front of the antenna towards the largest cluster of towers optimizes your chances of achieving the best line-of-sight between your antenna and the transmitting towers, which will ensure you receive the most available TV channels for your location.
This simply means that in an ideal scenario, there is a direct, straight line between your TV antenna and the broadcast towers it is receiving signals from. The goal in practical applications is to achieve the most unobstructed path to the broadcast towers as possible. Make certain the antenna is not aimed at physical obstacles such as a roof, building, or trees. You should also determine what type of antenna you need based on the terrain around your home, your location in relation to the local broadcast towers, and what channels are available in your area.
Go to www. Remember to rescan for channels every time you move your antenna. Give our Connection Crew a call or chat with us right here on our website if you need further assistance with a new or existing TV antenna installation. A: A bowtie antenna is another name for a UHF fan dipole antenna. By using triangular elements instead of rods, the bandwidth is greatly increased, to cover the entire UHF band. Additionally, the mesh reflector of the bowtie is more efficient than the rod reflector.
It is also lighter in weight and has less wind resistance. The Yagi was designed to improve the gain of the antenna concentrated in one direction. The directivity is accomplished with added elements called directors and reflectors. The Yagi has high Gain, is very directional, and has a narrow bandwidth. In simple unidirectional antennas like the Yagi, frequency bandwidth is inversely proportional to antenna gain.
One way to increase the frequency bandwidth of a simple antenna like a Yagi is to increase the diameter of the antenna conductors. The greater the conductor diameter, the wider the band with increased conductor diameter also has a second benefit, it increases the physical strength of the antennas.
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