Spirent’s GSS4200 offers the leading multi-channel simulation solution to A-GPS protocol conformance testing in high volume manufacturing environments.
As navigation-based GPS solutions proliferate and become more demanding, multi-channel production tests are being increasingly specified by manufacturers. Spirent’s GSS4200 provides full navigation test capability for short tests. It is designed specifically for easy integration into production test systems via a range of standard interfaces. Furthermore the GSS4200 can be calibrated in-situ, minimising down time and disruption.
For R&D, integration and verification testing in a mobile handset environment, Spirent offers integrated systems for network + A-GPS testing, enabling the full functionality of the handset to be tested, including application level testing.
If you are conformance testing A-GPS in a high volume manufacturing environment then look no further than Spirent’s GSS4200.
Spirent’s GSS4200 is the leading solution for A-GPS protocol conformance test applications, where it provides an ideal GPS signal source. Benefits include:
Adaptability
- The unit can be operated in single channel mode as well as multi-channel mode
- Multiple scenarios supplied across six locations, with more scenarios available
Ease of Use
- The GSS4200 provides full navigation test capability for short (up to 5 minute) tests and is designed specifically for easy integration into production test systems via a range of standard interfaces
Spirent’s GSS4200 comes with numerous features that enable its accuracy, adaptability and ease of use:
- 6 channels GPS L1 C/A code
- Allows position fix with representative satellite dynamics and data
- Single channel mode
- Supplied with a wide range of selectable test scenarios with additional scenarios available via Spirent’s web portal
- Integrates easily with production line ATE via IEEE488 GPIB, USB or RS232
- Wide dynamic range with output power levels as low as –155dBm
- Calibrated high and low power RF output ports
- GSS4100.GSS6100 functionality
- Run to run stability is within 0.1dB with low phase noise and high frequency stability
