The aluminum antenna forest that once sprouted from nearly every suburban rooftop has nearly disappeared, a casualty of the digital revolution. While this is a welcome development, modern communications and media still often require over-the-air transmission and reception. Strong signals and reliable coverage are always important, but so is the impact these units can have on everyday living.
At its most basic level, an antenna consists of poles, wires, dishes and other metal devices designed to both receive or send electromagnetic signals. Commercial antennas are integral to generating money, and are used by television, radio, cell phone and other communications enterprises. Amateur home radio transmitters, satellite dishes, and other related devices are not considered commercial.
Before a business can place a new installation, however, a number of local issues must be seriously considered. Although consumers purchasing new electronic communications expect that they will have strong, reliable connections, most simply do not want to actually see the necessary installations and towers that make the entire experience possible. Because of this understandable attitude, cities have created new regulations regarding antenna visibility, size, and location.
A high-tech antenna array sporting gleaming metal spikes might appeal to some, but generally not to those people living in its shadow. This understandable attitude has driven technicians to new levels of creativity when designing and placing new installations, with the goal of making them less obtrusive. Many of these solutions are based on the concept that new equipment should be almost invisible to casual observers.
The most basic way of accomplishing that is called co-location, a common solution to placement issues. Co-location puts new equipment on an existing tower, eliminating the need for additional construction. This process often involves working together with other companies using that tower, must not interfere with current operations, and must conform to existing standards of aesthetic appearance.
When co-location is not an option, and a new tower must be built, local regulations are the key to success. Although the laws vary, many cities have approved strict new rules regarding the appearance of these towers. For example, many residential neighborhoods forbid placing a new antenna in a side or front yard simply because it looks bad. New installations cannot interfere with vehicle flow, or eliminate parking capacity.
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.
At its most basic level, an antenna consists of poles, wires, dishes and other metal devices designed to both receive or send electromagnetic signals. Commercial antennas are integral to generating money, and are used by television, radio, cell phone and other communications enterprises. Amateur home radio transmitters, satellite dishes, and other related devices are not considered commercial.
Before a business can place a new installation, however, a number of local issues must be seriously considered. Although consumers purchasing new electronic communications expect that they will have strong, reliable connections, most simply do not want to actually see the necessary installations and towers that make the entire experience possible. Because of this understandable attitude, cities have created new regulations regarding antenna visibility, size, and location.
A high-tech antenna array sporting gleaming metal spikes might appeal to some, but generally not to those people living in its shadow. This understandable attitude has driven technicians to new levels of creativity when designing and placing new installations, with the goal of making them less obtrusive. Many of these solutions are based on the concept that new equipment should be almost invisible to casual observers.
The most basic way of accomplishing that is called co-location, a common solution to placement issues. Co-location puts new equipment on an existing tower, eliminating the need for additional construction. This process often involves working together with other companies using that tower, must not interfere with current operations, and must conform to existing standards of aesthetic appearance.
When co-location is not an option, and a new tower must be built, local regulations are the key to success. Although the laws vary, many cities have approved strict new rules regarding the appearance of these towers. For example, many residential neighborhoods forbid placing a new antenna in a side or front yard simply because it looks bad. New installations cannot interfere with vehicle flow, or eliminate parking capacity.
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.