As much as we enjoy the convenience of mobile phones, an increasingly prominent issue is that of the dangers of cell phone towers. Regular mobile phones and smartphones connect to the nearest cell phone tower in order to get reception. In the United States, most cell phone antennas are registered with the Federal Communications Commission (FCC). To the left of the map are a series of fields that must be addressed before the map will be visible. When promoted to share your location with the site, choose yes so that the map zooms in on your general region automatically. Specify your country via the drop down list on the left side of the screen; the United States is listed as #310. When you enter the required information, the map automatically updates, showing colored circles if there is more than one tower present in the area. Enter the name of your city or state in this search box to automatically orient the map to that region. Use the zoom slider on the left-side of the map (below the yellow figure) to adjust the zoom level.
There are also zoom in (+) and zoom out (-) buttons toward the top-left of the map, which is also where you will find a search box.
There are far fewer filters, compared to CellMapper, for finding towers specific to a particular carrier or of a particular type.
MapMuse does not color-code the relative density of cell phone towers when zoomed out the way that CellMapper does. To use the map, you'll need to enter the name of the city you are interested in and choose the state from the drop down list. A smaller map is then displayed with the Google Maps red marker indicating the location of each individual cell tower. This resulting map can then be navigated as normal: click and drag to pan around the map, and then use the zoom slider on the left to adjust the zoom level.
In addition to the actual map itself, each local area page also has a small table indicating the average rating and total number of reviews for the major carriers in the area.
The data includes the three major nationwide carriers -- Bell, Telus and Rogers -- as well as smaller and regional providers like Wind Mobile, MTS, SaskTel and VideoTron. You have all seen cell phone towers, those large, looming, ugly things reaching for the sky. NEW YORK (CNNMoney) -- As mobile data usage skyrockets, wireless companies are spending billions each year to maximize capacity, and consumers end up footing the cost in the form of higher cell phone bills.


It's called lightRadio, a Rubik's cube-sized device made by Alcatel-Lucent (ALU) that takes all of the components of a cell phone tower and compresses them down into a 2.3-inch block.
When conceiving of lightRadio, Alcatel-Lucent's engineers stripped out all the heavy power equipment that controls modern cell towers, and moved them to centralized stations. Their small size and centralized operation lets wireless companies control the cubes virtually.
Today's cell towers, by contrast, send power in all different directions, most of which is lost, since it doesn't reach anyone's particular devices. French mobile telephone infrastructure manufacturer Alcatel-Lucent unveiled technology that shrinks a cell tower to a box the size of a Rubika€™s cube. NEW YORK a€“ As cell phones have spread, so have large cell towers a€” those unsightly stalks of steel topped by transmitters and other electronics that sprouted across the country over the last decade.
Now the wireless industry is planning a future without them, or at least without many more of them.
If the technology overcomes some hurdles, it could upend the wireless industry and offer seamless service, with fewer dead spots and faster data speeds. Some people may only consider the issues of driving safety and cell phones, but the chronic exposure to cellular radiation may have some harmful effects as well.
A study conducted by the Institute of Pharmacology, Toxicology and Pharmacy of the Veterinary School of Hanover (Germany) found that dairy cows were effected by their proximity to cell phone tower sites.
The data regarding cell phone tower locations is then laid on top of the main Google Maps, giving the similar zoom and pan features found in the regular Google Maps interface.
Each provider can be listed multiple times, because of how the tower registration process works. This site also provides an interactive map that can be navigated with the same zoom and pan functions as Google Maps. Instead, this site simply uses a single blue square to indicate the location of each tower. Instead of providing an extra-large map of the entire country that can then be navigated, it has broken down the information for each of the major cities.
This helps to provide consumers with a better idea of how other customers in the area feel about the coverage they have. The markers can be color coded for the different providers, giving consumers a good sense of whether they'll have coverage with a specific cell phone service provider in a specific area.
On the one hand, having a higher density of cell phone towers may mean that you don't have to deal with reception issues nearly as often. Unlike today's cell towers and antennas, which are large, inefficient and expensive to maintain, lightRadio is tiny, capacious and power-sipping.


That allows the lightRadio cubes to be made small enough to be deployed virtually anywhere and practically inconspicuously: Atop bus station awnings, on the side of buildings or on lamp posts. They're inefficient in other ways as well: Roughly half of the power from cell towers' base stations is lost before it makes its way up to the antennas at the top of the tower. Moreover, many people assume that the radiation isn't that bad because the towers are further out in the country; the fact of the matter is that cell phone towers have been erected right in our communities, getting attached to schools, churches, firehouses, and even national parks. As such, one of the better indications for cell phone coverage in a specific area is to review a map of the tower locations. Many online maps are able to further break down the information by provider, separating Verizon tower locations from those of AT&T, for example. In order to see all the T-Mobile towers for example, you may need to go through each of the T-Mobile listings individually. This results in a more crowded, but more comprehensive map that can show all the known FCC tower locations in a particular area.
The map can also be filtered by these carriers, displaying only the T-Mobile towers or only the Verizon tower locations, for example. It also uses Google Maps as its basis and then each individual cell phone tower has its own indicator on the map. On the other hand, there is much discussion about the potential health risks associated with cell towers too. These could be placed on lampposts, utility poles and buildings a€” virtually anywhere with electrical and network connections. While the websites for the different carriers may display coverage maps, third party websites generally must be used to pinpoint the locations of the actual cell towers. However, since not every antenna is necessarily registered with the FCC, the data is inherently incomplete and is always a work in progress. This usually includes a more precise address or location information about that particular tower.
There is a basic search field to narrow the results down to a particular city, but the map itself can be navigated as normal with zoom and pan functionality. Whatever the case, having access to their location by way of the websites above better prepares you to make more educated decisions. Still, these maps can provide helpful information to consumers interested in identifying providers with the best local presence.



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Comments to Cell phone towers explained

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