
Location-based services rely heavily on accurate positioning data, and as the number of applications utilizing location data continues to rise, the need for higher positioning accuracy becomes more critical. A key element in achieving this is the accuracy of the Dual-frequency GPS tracker being used. In this context, the traditional single-frequency GPS system has limitations that can impact performance, especially in complex environments where precise location data is needed. The Challenge with Single-Frequency GPS GPS trackers operate by receiving satellite signals to determine their position. Most GPS trackers on the market today use single-frequency GNSS (Global Navigation Satellite System), typically
EN
ES
PT
TH
VN
JP

