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SX3 GNSS SOFTWARE RECEIVER

ARCHITECTURE

With IFEN’s SX3 frontend measurement synchronization between
IF-sample data and external sensor data (as IMU or barometer for example) is possible,
as well as integration of user defined algorithms
within the SX3 application programming interface.

SX3 GNSS SOFTWARE RECEIVER

BLACK EDITION

The SX3 Black Edition is a modular Dual-RF Multi-GNSS Software Receiver,
with superior flexibility and performance.
Whether processing the Dual-RF front-end data stream in real-time
or post-processing of IF samples from storage,
the SX3 Black Edition masters them all.

SX3 GNSS SOFTWARE RECEIVER

 

This worldwide unique GNSS Software Receiver
is a powerful research tool.  It fully meets some of the most crucial demands
of the GNSS scientific and R&D community.

    SX3 GNSS SOFTWARE RECEIVER

    SIGNAL VIEW

    The graphical user interface is providing easy access to
    signal processing configuration properties. 
    It is giving real-time feedback for important aspects as for example
    channel output, correlation function and RF spectrum.

    • Insights
    • Benefits
    • Application
    • Features
    • Documents

    SX3 PRODUCT LINE

     

    • Complete package including one RF front-end with Single- or Dual-RF input, notebook PC and advanced navigation software
    • Capable of receiving all GNSS signals, including GPS L1/L2/L5, GLONASS G1/G2, Galileo E1/E5ab/E6, BeiDou B1/B2, SBAS L1, IRNSS L5/S-band
    • API access to all receiver engines, including acquisition, tracking, positioning, sensor data & assistance

     

    Make use of this unique product that is capable to adapt to all
    the multiple requirements of your research objectives.

     

    High performance and flexibility makes our product ideal for  

    • GNSS signal reflectometry (SX3 BE)
    • Heading (SX3 BE)
    • Antenna Diversity (SX3 BE)
    • Multipath signal evaluation
    • Ionospheric scintillation monitoring
    • Interference monitoring
    • Weak signal investigation (Indoor-GPS / GNSS) and sensor fusion
    • GNSS signal monitoring and data logging
    • Integration in GNSS reference stations