The thick forest of television antennas that used to grow from the rooftops of suburbia has disappeared, a welcome result of evolving technology. Although the digital age has arrived, modern communications still rely heavily upon over-the-air, antenna-based reception and transmission, requiring the construction of many additional antenna structures. While excellent coverage is essential, those new units should not create a negative impact on daily life.
Any basic antenna is a system of wires, poles, dishes or other metallic devices that can send or receive electromagnetic signals. Those loosely defined as commercial antennas are being used for the purpose of making money, and may include radio, television, and cell phone towers. Devices that are used mainly in residences, such as amateur radio transmitters or home satellite dishes, are not.
Business operators are increasingly faced with a variety of issues that must be addressed before any new equipment can be placed. Consumers buying electronic communications devices naturally want them to work dependably and with reliable reception, but do not want to actually see the necessary towers or broadcast installations that make good electronic service possible. Most cities have been forced to create new regulations on location, size and visibility.
An installation bristling with metallic spikes might appeal to a technocrat, but not to most people living beside it. Operators of most systems have been forced by this understandable public attitude to be creative with new antenna placement and design, and try to make them as unobtrusive as possible. Creative design solutions begin with the idea that new facilities should be nearly invisible.
One of the most cost-effective is termed co-location, an increasingly common practice. This process places the new array on an already existing tower, which eliminates the need for additional construction. Successful completion of this kind of project involves close cooperation between all the companies using the tower. New operations must never interfere with present users, and must also conform to aesthetic standards.
If co-location is not possible, then a multitude of local regulations must be considered before building another tower. While cities vary, most have enacted fairly stringent rules regarding new sites. If the area is residential, for example, many locales prohibit this sort of construction in front or side yards. Devices must never interfere with traffic, or even alter existing parking spaces.
Color schemes must be compatible with the existing site, and cannot alter the view from nearby properties. Many locales today require that all the connective wiring must be placed underground, and the visible portions covered by landscaping or vegetation. Height ordinances must also be taken into consideration. While these general rules may seem restrictive, the positive result has been a proliferation of antennas that most people never even notice.
For many residents, the results look like nature. In California they may look like palm trees, while those in New York sport deciduous branches. Other towers have been disguised to blend into unique natural desert backgrounds. Although designing antennas to fit the natural world may initially cost a little more, it proven to be a popular practice that benefits both business and consumer.
Any basic antenna is a system of wires, poles, dishes or other metallic devices that can send or receive electromagnetic signals. Those loosely defined as commercial antennas are being used for the purpose of making money, and may include radio, television, and cell phone towers. Devices that are used mainly in residences, such as amateur radio transmitters or home satellite dishes, are not.
Business operators are increasingly faced with a variety of issues that must be addressed before any new equipment can be placed. Consumers buying electronic communications devices naturally want them to work dependably and with reliable reception, but do not want to actually see the necessary towers or broadcast installations that make good electronic service possible. Most cities have been forced to create new regulations on location, size and visibility.
An installation bristling with metallic spikes might appeal to a technocrat, but not to most people living beside it. Operators of most systems have been forced by this understandable public attitude to be creative with new antenna placement and design, and try to make them as unobtrusive as possible. Creative design solutions begin with the idea that new facilities should be nearly invisible.
One of the most cost-effective is termed co-location, an increasingly common practice. This process places the new array on an already existing tower, which eliminates the need for additional construction. Successful completion of this kind of project involves close cooperation between all the companies using the tower. New operations must never interfere with present users, and must also conform to aesthetic standards.
If co-location is not possible, then a multitude of local regulations must be considered before building another tower. While cities vary, most have enacted fairly stringent rules regarding new sites. If the area is residential, for example, many locales prohibit this sort of construction in front or side yards. Devices must never interfere with traffic, or even alter existing parking spaces.
Color schemes must be compatible with the existing site, and cannot alter the view from nearby properties. Many locales today require that all the connective wiring must be placed underground, and the visible portions covered by landscaping or vegetation. Height ordinances must also be taken into consideration. While these general rules may seem restrictive, the positive result has been a proliferation of antennas that most people never even notice.
For many residents, the results look like nature. In California they may look like palm trees, while those in New York sport deciduous branches. Other towers have been disguised to blend into unique natural desert backgrounds. Although designing antennas to fit the natural world may initially cost a little more, it proven to be a popular practice that benefits both business and consumer.
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