Depending on the area of application, the technicians connect the fibers, melt the fibers and lay the fiber cables underground and in buildings. These technicians work for telecommunications and cable companies as well as other telecommunications companies. The U.S. Department of Labor reports that approximately 106,360 telecommunications installers and repairs, including fiber optic engineers, are employed in the United States.
Fiber optic technicians prepare, install and test fiber optic transmission systems. These systems consist of fiber optic cables and enable data communication between computers, telephones and fax machines. When working for a telecommunications company, fiber optic engineers are often asked to install local lines. These data networks serve small areas of connected computers, e.g. B. in an office.
The telecommunications company for which a technician works concludes a contract with a company for the creation of a communication system. A salesperson evaluates the customer's needs and then orders the installation materials. Fiber optic technicians bring these materials to the workplace. Every construction site can be very different: technicians can work in different rooms. First, fiber engineers need to have an idea of the environment. They go through the customer and evaluate the areas where they will install the fiber optic cable. The new buildings are easy to equip for installation. In some older buildings it can be more difficult to stand behind the ceiling panels and walls.
After preparing the cable area, the fiber optic engineers lay the cable from the computer mainframe to the individual workstations. Then they test the cable with power meters and other devices and run a laser through the cable. Fiber optic engineers use devices that measure the time it takes the laser to determine the loss or loss of the signal in the fiber link.
Technicians can also melt the fibers together. This includes cleaning the fiber and cutting with a special diamond divider. After you have prepared both ends, insert them into a fusion splicer. The splicer connects the two fibers at the push of a button.
Fiber optic technicians prepare, install and test fiber optic transmission systems. These systems consist of fiber optic cables and enable data communication between computers, telephones and fax machines. When working for a telecommunications company, fiber optic engineers are often asked to install local lines. These data networks serve small areas of connected computers, e.g. B. in an office.
The telecommunications company for which a technician works concludes a contract with a company for the creation of a communication system. A salesperson evaluates the customer's needs and then orders the installation materials. Fiber optic technicians bring these materials to the workplace. Every construction site can be very different: technicians can work in different rooms. First, fiber engineers need to have an idea of the environment. They go through the customer and evaluate the areas where they will install the fiber optic cable. The new buildings are easy to equip for installation. In some older buildings it can be more difficult to stand behind the ceiling panels and walls.
After preparing the cable area, the fiber optic engineers lay the cable from the computer mainframe to the individual workstations. Then they test the cable with power meters and other devices and run a laser through the cable. Fiber optic engineers use devices that measure the time it takes the laser to determine the loss or loss of the signal in the fiber link.
Technicians can also melt the fibers together. This includes cleaning the fiber and cutting with a special diamond divider. After you have prepared both ends, insert them into a fusion splicer. The splicer connects the two fibers at the push of a button.
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