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GSS6300

Multi-GNSS Signal Generator

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GSS6300
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  • Overview
  • Benefits
  • Features
  • Specification
  • Documents
  • White Papers

“The ideal solution for high volume, Multi-GNSS manufacturing environments”

The GSS6300 Multi-GNSS Signal Generator has been designed specifically for high volume production test applications for devices that use commercial GPS/SBAS, GLONASS and/or Galileo receivers. Controlled testing is vital in ensuring correct assembly and verification of expected performance parameters in GPS only and Multi-GNSS manufacturing environments. Spirent’s GSS6300 provides a robust single channel testing solution with the minimum of operator intervention.

The GSS6300 can be configured with one channel of a specific constellation or with multiple constellations, for example:

  • GPS only
  • GLONASS only
  • Galileo only
  • GPS and GLONASS
  • GPS and Galileo
  • GPS, GLONASS and Galileo

For GPS L1 C/A code test applications, the GSS6300 features, interfaces and specification are the same as the Spirent GSS6100 product that is widely specified for manufacturing test applications.

Generation of signals from the various constellations is enabled by licence key. If all licence keys are present the GSS6300 can generate a single GPS signal, a single GLONASS signal and a single Galileo signal concurrently.

The GSS6300 is designed for easy integration into production test environments. A comprehensive remote control interface enables control of the unit via standard interfaces, including IEEE488 and USB.

For operation in the laboratory, for example as a single channel precision GNSS signal generator for RF design work, a GUI-driven software utility, SimCHAN, is supplied.

    Benefits

    GSS6300 Benefits

    • Coherent GPS/SBAS, GLONASS and Galileo L1 signals from a single chassis
    • Multi-GNSS platform which can grow with your evolving needs
    • Easy integration with ATE control systems and other instruments
    • Configurable to minimise test time per device
    • In-rack calibration ensures minimal downtime and disruption
    • Field upgradable
    • Alternative “instant start” continuous run mode
    • In-region Spirent technical support and repair service

    Features

    GSS6300 Features

    • Can be synchronized to other systems via 1PPS/Trigger, frequency standard input/output and 1PPS output
    • Industry-leading stability, quality and reliability
    • 1 channel GPS L1 C/A, GLONASS L1 C/A, Galileo E1 OS
    • User control over test parameters including power level, Doppler, PRN, GPS time and data message
    • Comprehensive control ICD for easy integration into manufacturing test rigs
    • GPIB (IEEE488), USB or RS232 control Interfaces
    • Supplied with SimCHAN PC software
    • Rack mount 2U chassis
    • In-rack annual calibration
    • L1 SBAS message support

    The GSS6300 supports all the functionality of the familiar Spirent GSS6100 single channel simulator

    Specification

    Number of channels

    Up to 3 (one per constellation)

    Number of RF outputs

    1

    Signals

    GPS L1, GLONASS L1, Galileo E1

    Supported systems

    GPS, SBAS, GLONASS, Galileo

    Documents

    • GSS6300 DatasheetThe GSS6300 GNSS Signal Generator from Spirent has been designed specifically for high volume production test applications for devices that use commercial GPS/SBAS, GLONASS and/or Galileo receivers.
    • Test Solutions for Multi-GNSSNavigation and positioning technology is no longer just about GPS L1 C/A code. Multi-GNSS offers significant opportunities and challenges to GNSS technology, system and application developers.
    • Education & Implementation Services - All Product Lines - DatasheetSpirent Education & Implementation Services help you utilize all of the Spirent product’s rich testing features to their full capability.

    White Papers

    • 25 years of GNSS testing with Spirentforefront of the industry all the way. Find out what makes us the world leader in GNSS testing.
    • Five Ways to Simplify GNSS Testing eBookLearn how to simplify GNSS testing, and save time and money during the design, integration, certification and production of GNSS chipsets and GNSS-enabled devices.
    • Choosing a GNSS SimulatorA quick guide to choosing the best simulator and testing approach for GNSS-enabled devices.
    • The Risks and Limitations of GNSS Live-Sky TestingLearn how relying on live sky testing can harm a brand’s products – and its reputation.
    • 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.
    • What is GNSS Simulation? Get a fast introduction to GNSS simulation, and discover its crucial role in efficient, professional GNSS receiver testing.
    • Why SimulateToday, RF simulation remains as vital to the professional, efficient testing of GNSS technology as it was 20 years ago – find out why in this free eBook.
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