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Testing GPS in the Transport Sector

Test solutions for transport-based GNSS applications

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  • Overview
  • Solutions
  • Case Studies
  • White Papers

Spirent offers GPS simulation systems for transport applications that are widely used in telematics and in-vehicle navigation testing.

GPS transport satellite navigation is becoming an essential element of many projects, from in-vehicle navigation systems to the tracking of rail rolling stock and control of rail signalling, right through to the docking of super tankers. The availability of future GNSS navigation systems coupled with a wish to remove some of the safety risks based on human intervention is driving research towards an automated, systematic solution based on multiple technologies working together. This in turn is driving requirements for innovative test solutions based on repeatable, controllable GPS/GNSS test platforms.

Many projects in this sector are complex and involve multiple data sources plus they have safety and commercial objectives to satisfy. In addition, there are few standard approaches to performance definition or test approaches.

In many transport sector projects, GPS (and/or Galileo and GLONASS) forms only one element of the complete system or application. The selection of suitable navigation and positioning GNSS receiver technology is often the first question that our customers face. Other key questions include how to integrate the GNSS engine with other sensors and augmentation systems, plus how to decide on and evaluate, overall system and application level approaches.

Spirent has wide experience of helping companies in this sector understand their test issues and the best approach to testing. Our GNSS simulation systems range from simple to sophisticated and cover GPS and Multi-GNSS testing. However, all share our commitment to technical excellence, quality and reliability so that you can rely on the results you get while benefiting from Spirent’s 20 plus years as specialists in GNSS testing.

SPIRENT'S VALUE FOR GNSS TRANSPORT APPLICATIONS

World 2GNSS satellite navigation is becoming an essential element of many transport projects, from in-vehicle navigation through to road tolling and telematics applications. Many projects in this sector are complex with safety and commercial objectives to satisfy with few standard approaches to performance definition or test approaches.

Spirent has wide experience of helping companies in this sector understand their test issues and the best approach to testing. Spirent can help, click on the links to find out more.

Solutions

  • GSS8000The GSS8000 Multi-GNSS Simulator provides up to 3 constellations (GPS/SBAS, GLONASS and Galileo) in a single chassis. GPS configurations can also support QZSS.
  • GSS6700The GSS6700 Multi-GNSS Simulation System offers multiple channels of coherent GPS/SBAS, GLONASS and/or Galileo L1 signals from a single chassis.
  • GSS6400Spirent’s GSS6400 Record Replay System is a complete, standalone system, designed for gathering data in the field and replaying it with optimal fidelity and performance back in the lab.
  • SimAUTOIn-Vehicle Navigation System (IVNS) Software
  • TestDrive GNSSProvides SimGEN™, SimREPLAYplus and SimREPLAY customers with an integrated test solution that automates the testing process by configuring the instruments in the system, stepping through the test sequences, and processing and storing the results, removing much of the burden of manual test setup and configuration.

Case Studies

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.

White Papers

1 | 2 | Next
  • An Introduction to GNSS RF Record & Playback Systems Pt2Discover the advantages of bringing ‘real-world’ GNSS conditions back to your lab.
  • Choosing a GNSS SimulatorA quick guide to choosing the best simulator and testing approach for GNSS-enabled devices.
  • The Fundamentals of GNSS SimulationWhat is a GNSS simulator? Why should you use one for testing? Understand the basics fast, with our beginner’s guide to the history and future of GNSS technology.
  • Bring the Complexity of the GNSS World Back to your LabDiscover how to conduct accurate, repeatable ‘live-sky’ trials in the lab with Spirent’s GSS6400 RF Record and Playback system.
  • GSS6400 RF RPS Application and Testing ExamplesDiscover how to reduce the time and cost – and greatly increase the accuracy – of ‘live-sky’ trials for new GNSS receivers with Spirent’s GSS6400 RF Record and Playback system.
  • Hybrid PositioningLearn how GNSS is being augmented with other technologies – to create the future of global positioning.
  • Simulation versus Real World TestingSpirent explains the importance of GNSS simulation when testing the performance of location-aware devices, as well as the time and cost benefits—crucial reading for designers and manufacturers of any GNSS-enabled equipment.
  • Testing GNSS Automotive and Telematics Applications for System IntegrityThe satnav market is booming, but underperforming applications can compromise customer experience and safety. Get our guide to testing automotive applications for all road conditions.
  • Testing Multi-GNSS in an Integration and Validation EnvironmentMulti-GNSS is bringing new levels of performance to GNSS systems – and new complexities to GNSS receiver testing. Read Spirent’s advice on multi-GNSS testing at the integration and validation stage of receiver design.
  • Testing Multipath Performance of GNSS ReceiversMultipath effects can compromise the accuracy and viability of GNSS receivers. Discover how to mitigate multipath effects during the receiver design phase.
1 | 2 | Next

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