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2. The best noise-canceling earbuds for 2024 - Engadget

   www.engadget.com/best-noise-canceling-earbuds...

   Whether it’s blocking the noises of your daily train ride, trying to be productive at a coffee shop or just needing to tune out the world for a while, noise-canceling earbuds can provide solace.

3. How to find the best TV antenna for free HD channels - Engadget

   www.engadget.com/2018-03-12-best-tv-antenna-for...

   Find your local channels (and where they come from) A free website called AntennaWeb can tell you a lot about what antenna you'll need. Just plug in your zip code and it will provide you with a ...

4. Television antenna - Wikipedia

   en.wikipedia.org/wiki/Television_antenna

   A television antenna, also called a television aerial (in British English), is an antenna specifically designed for use with a television receiver (TV) to receive terrestrial over-the-air (OTA) broadcast television signals from a television station. Terrestrial television is broadcast on frequencies from about 47 to 250 MHz in the very high ...

5. The best wireless earbuds for 2024 - Engadget

   www.engadget.com/best-wireless-earbuds-120058222...

   Best wireless earbuds for iPhone. Apple AirPods Pro (2nd Generation) $190 at Amazon. More options. Best wireless earbuds for Android. Google Pixel Buds Pro. $110 at Amazon. Best wireless earbuds ...

6. Height above average terrain - Wikipedia

   en.wikipedia.org/wiki/Height_above_average_terrain

   Height above average terrain (HAAT), or (less popularly) effective height above average terrain (EHAAT), is the vertical position of an antenna site above the surrounding landscape. HAAT is used extensively in FM radio and television, as it is more important than effective radiated power (ERP) in determining the range of broadcasts (VHF and UHF ...

7. Antenna gain-to-noise-temperature - Wikipedia

   en.wikipedia.org/wiki/Antenna_gain-to-noise...

   Antenna gain-to-noise-temperature (G/T) is a figure of merit in the characterization of antenna performance, where G is the antenna gain in decibels at the receive frequency, and T is the equivalent noise temperature of the receiving system in kelvins. The receiving system noise temperature is the summation of the antenna noise temperature and ...