Transform Field Data into Test Insight
Real-world GNSS environments are complex and unpredictable, making performance issues difficult to isolate, understand and reproduce in the lab. SimXTRACT bridges the gap by decomposing recorded GNSS RF environments into discrete, searchable and editable signal components - helping engineering teams pinpoint root causes, analyse complex signal behavior and turn field recordings into reusable engineering assets.
Accelerate Product Development and Lower Test Costs
Our latest eBook, PNT Field Testing Moves Into the Lab, looks at the challenges of replicating the real world in the lab, and analyses traditional test methodologies.
Learn how to:
- Analyze Line-of-Sight (LOS) and multipath signals
- Quantify power, Doppler, code error, and angle of arrival
- Find specific signal conditions and receiver behaviors
- Recreate field conditions in realistic simulation senarios
- Modify individual signals instead of replaying static recordings
Use Case Highlights
- Receiver R&D: Combine scientific control with realistic receiver testing.
- Algorithm & Chip Design: Accelerate acquisition, tracking, and synchronization.
- PNT Integration: Validate performance and uncover field issue causes.
- Chamber Testing: Recreate drive tests with accurate chamber-ready signals.
Why Signal Decomposition Changes GNSS Testing
Find Root Causes Faster
Identify signal conditions behind receiver behavior with fully quantified GNSS data.
Create Realistic Tests
Convert recorded field environments into realistic, repeatable simulation scenarios.
Accelerate Development
Reduce manual scenario creation, accelerate test setup, and increase overall GNSS test efficiency.
Test Earlier, Lower Costs
Bring real-world verification earlier into development to reduce rework and shorten time to market.