GNSS systems and components
Evaluate reliability, accuracy and robustness in a real-life environment
Why test GNSS systems and components?
What sectors are involved in these trials?
Automotive, rail and marine
Precision agriculture, energy and industry
Focus on our GNSS testing expertise
GNSS component testing
- Unit testing of technological building blocks: gain, radiation pattern, TTFF accuracy, IMU drift noise, etc.
- Robustness tests: vibration, extreme temperatures, RF interference, salt spray, etc
- Comparison of suppliers or batches, validation of compliance with specifications
Testing complete GNSS systems
- Positioning accuracy, continuity and integrity (metric to centimetric)
- Resilience in complex environments (dense urban areas, tunnels, forests, etc.)
- Dynamic assessment: convergence time, behaviour in the event of signal loss or degradation
- Validation in real or simulated mode, using digital twins and advanced GNSS simulators
Talk to our GNSS testing experts
Why place your trust in the Emitech Group and its GUIDE-GNSS subsidiary?
- Standards expertise: GUIDE is co-author of the EN 16803 standards (European reference for GNSS testing)
- ISO/IEC 17025 accredited laboratories to guarantee traceability, reliability and opposability of results
- Unique test resources: 3D simulators, on-board cameras, dynamic platforms, measurements in extreme environments, etc
- On-board or laboratory testing, according to your needs
- Personalised technical support, from advice to performance analysis
Needs
Discover a selection of additional resources that explore topics related to this page including regulatory contexts, technical articles, and specific areas of expertise. These materials provide further insight to help you better understand the key challenges and available solutions.
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