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The term GPS Receiver is undeniably a very common term that most people have heard about. However, technically, a lot of people aren’t so sure about its general use and meaning.


The GPS or more specifically, Global Positioning System is a chain of orbiting satellites. Basically, GPS sends accurate or exact details of their position or standing in space back to earth. Such signals are achieved through GPS Receivers. Basically, they are utilized to estimate the precise position, time, and speed at the vehicles or ship’s location.

So what exactly is a GPS Receiver?

A GPS Receiver is also known as a GPS navigation device. Its function is to collect information from GPS satellites and then forecasts the geographical standing of the device. Impressively, a GPS Receiver is a high-technology device that is capable of recovering from the GPS system area and time data in all weather conditions. And that is, anywhere on or near the globe.

The Global Positioning System or GPS Receiver Basic Structure

The three-block configuration of GPS is embodied with the following segments:

  • Space Segment, particularly the GPS satellites – this is a number of GPS satellites that are set up on 6 orbits around the world at 20,000 Km. And it moves around the globe at the interval of twelve hours.
  • Control Segment, specifically, ground control stations – they play huge roles in controlling, monitoring, and keeping the orbit. This is to ensure that the changes or alteration of the satellites from orbit, also the GPS timing are within the tolerance level.
  • User Segment or GPS Receivers

The 20th century has shown and proven how financial breakthroughs have simply affected everyday lives of people, for example, in ships navigation or voyage. The GPS Receiver and its related devices are essentially one of the proven technological advancements.

Taking advantage of the GPS Receiver data or information, a Global Positioning System tool can be manipulated as an automobile navigation system. Substantially, this can be used for many scopes or contexts. Such may include the following:

  • Maps or street maps viewed in human readable format through text or graphical form,
  • Turn-by-turn exploration or shipping directions to person in-charge of the vessel via speech or text,
  • Directions that are fed precisely to an autonomous vehicle or ship,
  • Traffic congestion maps that portray either real-time data or historical
  • Data or information on near amenities like gasoline stations, restaurants, cafe, and other tourist attractions



Remarkably, a GPS receiver or device is capable of determining the following:

  • The paths or roads available
  • The roads or paths, which might be taken to get to the destination
  • Traffic congestion and optional routes
  • The location of banks, hotels, restaurants, airports, ports or other destinations of interests
  • The shortest direction or avenue between to places
  • The diverse options to drive on highway or back roads