Learn The Four Key Areas You Can Utilize With GPS Repeaters
A GPS repeater is a device that transmits signals from satellites to areas that are hard to relay under normal circumstances. Installers set receivers in buildings with thick concrete walls and basements of premises where signal transmission may be challenging. They then install the repeater outside the facilities to receive signals from satellites and then relay them to the indoor receiver resulting in uninterrupted signals access to inaccessible or underground areas. This post introduces the key areas where GPS Repeaters are necessary.
Some architectural structures can block the GPS signal remittance. Such an obstruction can make testing the onboard navigation gear easier by pushing the aircraft to areas with a clear sky view. Luckily, we install repeater systems that overcome these physical barriers by shifting the external signals to the interior aspects of the hangars. This intervention allows you to run any maintenance works indoors.
Use in Police Stations
The officers in police stations may find it hard to use their portable radios inside the building as the walls block GPS signals. Unfortunately, the radios will transmit the report to the command center, indicating the last time the radio received live calls from the satellites. This time is usually the moment before entering the office building. Again, it can take time for the devices to reacquire signals when the officer leaves the station. Ensure you work with an experienced GPS Repeater Distributor to ensure the lack of proper navigation does not impair the response for the police communication network.
Accurate timing and positioning information are essential for some GPS-enabled underground equipment. You can use a GPS antenna to obtain data from satellites whenever there is a clear view of the skies from the ground level. As a reliable GPS Repeater Company, we install coaxial cables to transmit signals to underground locations where you need them. Our experts use line amplifiers to get over attenuation loss that arises from long cable runs.
Modern commuter buses use satellite navigation systems to establish the location for seamless services. Buses with underground stations need help to receive GPS signals. As such, the Real-Time Information system needs to be updated, and passengers get accurate information on their travel timetable. Our repeaters will have you covered to avoid any delay in communication that may inconvenience passengers. The repeaters we install for you will ensure the buses sync continually with the satellite to give accurate time information to passengers and fleet managers.