Manufacturers typically save GPS/GNSS data in compact, binary proprietary formats to save space. However, these files are often unreadable by standard processing tools.
In the world of Global Navigation Satellite Systems (GNSS), data interoperability is the silent engine that powers everything from continental tectonic plate monitoring to smartphone location services. However, raw data captured by a receiver is often locked in proprietary formats—digital vaults created by manufacturers. One of the most common proprietary formats encountered is the (associated with NovAtel receivers and the OEMV, OEM6, and OEM7 families). To process this data in industry-standard geodetic software (like RTKLIB, GAMIT/GLOBK, or Bernese), you must convert it to the universally accepted Receiver Independent Exchange Format (RINEX) . Gns To Rinex Converter
Without RINEX, you cannot use open-source PPK (Post-Processing Kinematic) solutions, merge datasets from different receivers (e.g., Trimble + NovAtel), or submit data to official archives like UNAVCO or SOPAC. However, raw data captured by a receiver is
Because RINEX is open and standardized, it allows data collected by a receiver from Brand A to be processed by software from Brand B. It facilitates: merge datasets from different receivers (e.g.