The Taoglas GNSS antenna portfolio delivers the critical components for precise location data in a wide array of demanding applications. As the world increasingly relies on location-based technologies, from asset tracking to autonomous vehicle positioning, an accurate and reliable GNSS antenna is paramount. Taoglas antennas are meticulously engineered to receive signals from all major global navigation satellite systems, including GPS, GLONASS, Galileo, IRNSS, and BeiDou, ensuring robust and consistent performance.
The Taoglas GNSS antenna selection includes both external and embedded solutions, catering to diverse integration requirements. External GNSS antennas are ideal for applications demanding the highest precision and clear sky visibility, ensuring accurate and reliable satellite signal reception in telematics, surveying, and autonomous vehicle systems. For applications requiring seamless integration within a device, Taoglas offers a range of GNSS embedded antennas. These embedded antennas come in two types: active and passive. Active GNSS antennas incorporate an internal amplifier, powered by an external source, to boost the signal, making them excellent for overcoming signal loss due to long cable runs or challenging environmental factors like reflections from buildings or absorption by foliage. Passive GNSS antennas, conversely, draw power directly from incoming radio waves, offering a simpler, unpowered solution. Regardless of type, Taoglas GNSS antennas are essential for accurate asset tracking, turn-by-turn navigation, and other location-based technologies that are integral to both consumer and business applications. The Taoglas GNSS antenna portfolio ensures that engineers can select the optimal antenna for their specific design, achieving the necessary precision and reliability for their GNSS-enabled devices.
Features
- Compatible with all major GNSS constellations: GPS, GLONASS, Galileo, IRNSS, BeiDou
- Available in external and embedded form factors
- Embedded options include active and passive antenna types
- Designed for precise location data and accurate satellite signal reception
- Reduces signal loss from reflections and absorption
- High-performance for challenging environments (urban canyons)
- Supports multi-frequency signal reception
- Optimized for high accuracy positioning
- Robust and reliable construction
- Extensive portfolio for diverse integration needs
Applications
- Asset tracking devices
- Vehicle navigation systems
- Telematics
- Surveying equipment
- Autonomous vehicle positioning
- Mobile devices (cellular phones, tablets)
- Fitness trackers
- Precision agriculture
- Drones and UAVs
- Maritime navigation
- GIS and mapping
- Public safety and emergency services
- Construction machinery guidance
- Railway applications
- Disaster management systems