GNSS PRODUCTION TESTING ISSUES
Relying on live sky alone is risky and unreliable. GPS production test simulators represent the smart choice for those serious about product consistency and quality.
The need to implement a controlled and repeatable test method within a GNSS production test environment is important because the GNSS constellations constantly change. For example, taking GNSS signals direct from GNSS satellites overhead (live sky) via a GNSS receiver and re-radiating them within the production environment will result in:
- Inconsistent signal conditions for each test
- Uncertain test conditions
- Differing pass/fail hurdle rates based on prevailing conditions
- Additional local signal distortion due to the nature of in-building re-radiation techniques adding to the uncertainty of the testing
GPS production test simulators from Spirent ensure final product quality, whilst also helping meet tight project timescales, without the uncertainty of live sky testing.
GNSS PRODUCTION TESTING SOLUTIONS
Spirent 'one box' GNSS testing solutions have been designed from the start with ease-of-use and cost efficiencies in mind. Easily configurable to reduce test time per device, they are also rack mountable, with an in-rack calibration capability which contributes to a decrease in line downtime and disruption. Many of our systems can be upgraded in the field, from a single constellation of GPS/SBAS, to two or three constellation systems which include GLONASS and/or Galileo. This is important as navigation and positioning technology is no longer just about GPS L1 C/A code. In future, most receivers will be Multi-GNSS and will require a Multi-GNSS testing solution.
Our platforms integrate with other Automated Test Equipment (ATE) systems to offer consistency, control and accuracy throughout the testing process, to deliver performance assurance, continuity and reusability - whilst also solving real-world business issues, both economic and environmental.
GNSS PRODUCTION TESTING BENEFITS
Spirent's GNSS simulation solutions enable you to maximise productivity and minimise failure rates through efficient and accurate Production Testing, to ensure consistent product quality:
- Reliable, repeatable and consistent testing capability without the ambiguity that live sky presents ensures that good products are not failed and bad ones are not passed in error
- Comprehensive remote control interface for ATE integration and scripted tests
- Improved reliability and consistency of final product
- Reduced downtime is achieved through annual in-rack calibration procedures
- Quick, efficient testing, available 24/7, ensures that production line capacity is maximised, leading to additional cost savings
SPIRENT'S VALUE FOR GPS/GNSS PRODUCTION TESTING
Maximising productivity, minimising failure rates to ensure consistent product quality.
- Improved reliability of shipped product
- Consistent testing means that good units don’t fail, bad units don’t pass
- Automated test approach leads to reduced costs, maximising production line capacity
- GNSS simulation offers a reliable, repeatable and consistent production test capability
DLR Institute of Space Systems
The DLR institute required a GPS simulation platform that was flexible and easy to use. They needed to hit the ground running. Find out more
DLR Institute of Communications and Navigation
The DLR Institute of Communications and Navigation required a specialised solution that wasn’t available off the shelf. Find out more.
ipi-Institut
The IPI-institute had a very specific simulation requirement for end user testing within the automotive marketplace. Find out more.
LOCOSYS
LOCOSYS needed a flexible GPS platform for their own, and their customers testing requirements, they chose Spirent. Find out more.
Septentrio
When Septentrio were looking for a new way to characterise their new algorithms, they turned to Spirent. Find out more.
ST-Ericsson Case Study
ST Ericsson was looking to reduce time and travel costs incurred during extensive testing and development phases of their GPS and GNSS receiver chipsets. Find out more.