GPS receivers have completely changed the way we get from one place to another. Navigating difficult or unfamiliar routes used to require cumbersome paper maps. A single wrong turn could leave you scrambling to find your way back to the correct route. These days, thanks to GPS technology, the same routes can be navigated easily with the simple touch of just a few buttons.
GPS receivers need to lock onto a satellite to work. Satellites are always in motion and your GPS must find the satellite first to lock onto it. Some receivers have preprogrammed orbital data that predicts where the satellite will be at any given time, making it easier for the unit to access the signal.
First, consider battery life. While trying access GPS satellites, a standard smart phone may last as little as three hours. While this might be okay for shorter drives, for longer road trips, it can truly sabotage your vacation.
The way to deal with poor GPS satellite reception is to make sure you have a signal before you actually drive away. Wait until the GPS unit locks until you leave. When you need to use your GPS, turn it on and let it sit out in the open until you get a signal. Keep it on for awhile after you get a signal so the data can download.
Signal boosters can also be effective at combating certain types of window coatings. If you have a thick film or tint on your car windows it can interfere with the GPS signal. A signal booster can enhance the signal, allowing you to use your GPS without having to remove the tint from your windows.
Following these simple steps is the best way to make sure that your GPS signal stays strong no matter where your travels take you. Also, keep in mind that if you plan to be in unfamiliar territory, it is a good idea to keep a paper map of the area in your glove box as a backup in case anything goes wrong with your GPS unit.
About the Author:
Yaha Jones helps with a GPS Review Site that educates people about the different benefits associated with various GPS devices. For a quick preview watch this video about the: VIA 1605TM. Also, be sure to watch this video as well: http://www.youtube.com/watch?v=paB6-7T8T8g.