Main Features
GNSS Antenna Types:
- Chip - Loop Antenna
- FPC - Flexible PCB
- Patch - Passive or active
- Dipole - crossed dipole
- Helical - Quad helical
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Selecting the correct GNSS antenna performance is crucial to deliver a high level of accuracy and to justify the GNSS receiver’s cost. GNSS signals are extremely weak; with that, you need a high-performing antenna and receiver, but most importantly, the optimal integration for the antenna, which many underestimate. Poor antenna integration will result in poor system performance, low accuracy, delays in device development, and commercial costs, ultimately leading to unhappy customers. So always consider which antenna best suits your application and the required receiver, and ensure you integrate them properly inside your device.
If you are still deciding which GNSS antenna to choose, consult expert advice from Alcom electronics via info@alcom.be. You will get in contact with a locally trained Taoglas certified FAE who can provide guidance and recommendations based on your specific application.
Taoglas is the world’s leading provider of next-generation IoT solutions, combining the latest in high-performance RF antenna with advanced positioning, imaging, audio and artificial intelligence technologies for companies with unique IoT challenges.