Learn about updates—including new features and behavior changes—introduced in each version of the RFmx Pulse.

RFmx Pulse 2025 Q3 New Features and Changes

New Features

  • Support for Self-Cal Validity Check for PXIe-5860.

RFmx Pulse 2024 Q4 New Features and Changes

  • Support for displaying acquired pulse amplitude trace.
  • Support for maximum and minimum pulse width configurations for pulse detection.
  • Support for FM chirp start and stop frequency results.

Behavior Changes

  • Uninstalling RFmx Pulse software also removes any previous versions of RFmx Pulse .NET runtimes that were leaked in .NET Global Assembly Cache directory.

RFmx Pulse 2024 Q3 New Features and Changes

  • Support for Rising Edge and Falling Edge absolute time

RFmx Pulse 2024 Q2 New Features and Changes

  • Support for time sidelobe measurements
  • Support for displaying the amplitude trace for the ON and OFF states of a Single Pulse
  • Obsoleted the RFmxInstr Load All Configurations VI. Use the RFmxInstr Load Configurations VI along with the appropriate RFmxInstr Load Options property, instead.

RFmx Pulse 2024 Q1 New Features and Changes

  • Support for intra-pulse stability per pulse or burst
  • Support for Pulse Measurement at multiple measurement points

RFmx Pulse 2023 Q4 New Features and Changes

  • Support for multi-burst analysis in Pulse stability measurement
  • Support for Auto reference Level
  • Support for Phase vs Time and Frequency vs Time traces
  • Support for Overshoot, Ripple, and Droop results in dB
  • Support for Peak mode in pulse detection reference
  • Support for obtaining unprocessed I/Q data utilized for RFmx measurements

RFmx Pulse 2023 Q3 Features Overview

  • Support for Pulse profile measurement results
    • Time: Rise Time, Fall Time, Pulse Width and PRI
    • Level: Top level, Base level, ON level, Droop, Overshoot, Ripple
    • Phase and Frequency: Average, Deviation, and Error
  • Support for FM Chirp modulation results
  • Support for Pulse Stability measurements
    • Amplitude, Phase, and Total
  • Support for Segmented and Single large record in Signal Acquisition methods