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    • Multi-GNSS Simulation
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Navigation & Positioning Test Solutions

for Mobile Device Integration

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  • Overview
  • Solutions
  • Application Example
  • Case Studies
  • White Papers

TEST SOLUTIONS FOR GPS/GLONASS & Wi-Fi INTEGRATION IN MOBILE DEVICES

GPS, GLONASS, Sensors and Wi-Fi Positioning are combining to make location aware technology in mobile devices a must-have feature. Spirent is the leading provider of test systems for characterisation and evaluation of performance in mobile devices.

GPS performance in mobile devices has always been better in open areas than built-up urban areas where visibility of the sky is poor. The lack of reliable performance in urban canyons, and particularly indoors, has caused mobile device developers to look at ways of improving these weaknesses.

The GLONASS constellation has been receiving recent focused investment by Russia and is now all but complete. Many consumer receiver technology and device manufacturers are therefore starting to look seriously at adding GLONASS to GPS to improve availability in more difficult areas.

In addition, Wi-Fi positioning is gaining acceptance as a way of supplementing GPS or GPS/GLONASS performance. Wi-Fi positioning is a natural complement to GNSS as Wi-Fi is most effective in dense urban areas where GNSS is weakest. Critically, Wi-Fi positioning also works effectively indoors.

Many leading devices are already equipped with GPS and Wi-Fi today, and increasingly GLONASS is also being added as well.

SPIRENT'S VALUE FOR GPS/GLONASS INTEGRATION IN MOBILE DEVICES

TelecomsSpirent has wide experience of helping companies integrate GNSS into their consumer products. Our experience includes providing advice on understanding test issues and the best approach to testing.

  • GPS, Multi-GNSS and Wi-Fi positioning solutions available
  • Characterise and evaluate performance under a range of conditions
  • Stand-alone GNSS testing, or integrated with Spirent’s location test systems (includes air-interface to mobile phones)
  • A-GPS and A-GLONASS testing

Spirent can help, click on the links to find out more.

eBooks

  • The Role of Simulation in the Integration of GNSS Receivers
    Adding location awareness.
  • Simulation vs. Real World Testing 
    How to undertake controlled testing of your GNSS receiver design.
  • Testing Multipath Performance 
    How multipath simulation can be used to evaluate the effects of multipath on the performance of GNSS receivers.
  • Quality Control for Location-Enabled Devices
    A guide to production testing.

White Papers

  • Why Simulate?
    What is a GNSS Simulator? Why should you use one for testing?
  • What is GNSS Simulation?
    How can simulation help reduce your time to market?

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.
  • GSS6300The GSS6300 Multi-GNSS Signal Generator provides a single channel of GPS/SBAS, GLONASS and/or Galileo L1 signals for production testing on commercial GNSS receivers.
  • GSS4200GPS Production/Field Test Multi-Channel Simulator
  • SimAUTOIn-Vehicle Navigation System (IVNS) Software
  • SimPLEX45Scenario Generation Software for the STR4500 Constellation Simulator
  • GSS5700A unique, patented laboratory R&D test solution for Wi-Fi Positioning

Application Example

Integration of GPS into Cameras

CameraIssue

  • Selection of suitable GPS receiver engine for integration into cameras
  • Checking the operation of the GPS when integrated with the camera systems
  • Assessing performance under different operational conditions—e.g. high latitudes, urban environments, indoors

Solution

  • GSS6700 GPS simulator with ability to upgrade to GPS+GLONASS if necessary in future
  • SimREPLAYplus software enables set up of a wide variety of tests in different locations and conditions

Benefit

  • Choose the receiver most suited to the application
  • Quantify the performance characteristic of the receiver
  • Tune the integration to optimise performance in various use cases

Case Studies

Case Studies

  • DLR Institute of Space Systems in Bremen
  • DLR Institute of Communication and Navigation
  • ipi-Institut

White Papers

  • Why Simulate WhitepaperWhat is a GNSS Simulator? Why should you use one for testing?

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