Descripción

ETSI EN 300328 / ETSI EN 301893 compliance tests in the 2.4/5 GHz band
Key Facts
  • Fast wideband power measurement that exceeds ETSI requirements
  • Support for MIMO DUTs with up to four antenna ports
  • Menu-driven, automatic measurements based on radio technology selected by the user
  • Measurements via RF connection or antenna coupler
  • Tried and tested R&S®EMC32 GUI and software structure
  • Automatic switching of test paths up to 18 GHz
The R&S®EMC32/R&S®AMS32 Measurement Software contains open source software packages. Copies of the respective licenses are included in the 'R&S®EMC32 and R&S®AMS32 Measurement Software Open Source Acknowledgement'.- Please refer to the Download/Software area of this web site.
Brief Description All wideband transmission systems in the 2.4 GHz and 5 GHz bands must be tested to verify compliance with ETSI EN 300328 for the 2.4 GHz band and ETSI EN 301893 for the 5 GHz band. The latest versions of these standards require the use of special automated test procedures and test equipment. The R&S®TS8997 fully meets these requirements.
Features & Benefits
  • Testing DUTs for enhanced performance and coexistence behavior
    • Verification of DUT behavior in crowded, unlicensed frequency bands
    • Support of frequency-hopping and MIMO devices
    • Adaptivity test for devices with and without Look Before Transmit (LBT) functionality
  • Complete characterization in line with ETSI EN 300328/ ETSI EN 301893
    • Coverage of all test cases from the ETSI standards
    • Special power measurement in line with ETSI standards
    • Simultaneous measurements on up to four antenna ports for MIMO devices
    • Frequency-selective measurements with high resolution
    • DUT stimulation using Rohde & Schwarz communications tester or golden device
  • Easy operation
    • Tried and tested R&S®EMC32 GUI and software structure
    • Technology-dependent test sequence control and querying of device parameters
    • User guidance by test sequence, taking into account test case dependencies
    • Integrated calibration routines
  • Modular and future-ready
    • Support of measurements using antenna coupler for devices without antenna connector
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