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Sound and Vibration

NI Sound and Vibration: High-Performance Measurement for Noise and Structural Analysis

NI Sound and Vibration solutions provide engineers and researchers with advanced tools for noise measurement, acoustic analysis, and structural vibration testing. Designed to integrate seamlessly with NI CompactDAQ, PXI, and CompactRIO platforms, these solutions offer high-precision data acquisition and real-time monitoring for various industries.

With support for accelerometers, microphones, and other transducers, NI Sound and Vibration products help improve product design, optimize machinery performance, and ensure compliance with industry standards. Whether for automotive testing, aerospace engineering, or industrial noise monitoring, these solutions provide reliable and accurate measurement capabilities.

Key Benefits of NI Sound and Vibration Solutions

  1. High-Resolution Data Acquisition for Sound and Vibration
    Enables precise measurement of acoustic signals and structural vibrations for quality testing and analysis.

  2. Seamless Integration with NI Hardware and Software
    Works effortlessly with NI CompactDAQ, PXI, and LabVIEW for streamlined data processing and automation.

  3. Real-Time Monitoring and Analysis
    Supports dynamic data acquisition and immediate feedback for system diagnostics and optimization.

  4. Compatibility with a Wide Range of Sensors
    Interfaces with microphones, accelerometers, and force transducers to capture accurate noise and vibration data.

  5. Reliable Performance for Industrial and Laboratory Applications
    Built for demanding test environments, ensuring stable and repeatable measurements.

Applications of NI Sound and Vibration Solutions

  • Automotive and Aerospace Engineering – Conducting noise, vibration, and harshness (NVH) testing for vehicle and aircraft components
  • Structural Health Monitoring – Measuring vibrations and acoustic emissions for bridges, buildings, and mechanical structures
  • Industrial Equipment Monitoring – Detecting machinery imbalances, misalignments, and wear through vibration analysis
  • Consumer Electronics Testing – Ensuring product quality and compliance with acoustic performance standards
  • Medical and Biomedical Applications – Capturing sound and vibration data for medical device testing and diagnostic systems

Enhance Your Acoustic and Vibration Analysis with NI Solutions

NI Sound and Vibration solutions deliver the accuracy, flexibility, and reliability required for advanced noise measurement and structural testing applications. Whether for real-time monitoring, product validation, or industrial diagnostics, these solutions ensure superior performance and seamless integration.

Contact us today to explore our selection of NI Sound and Vibration products and find the ideal solution for your test and measurement needs.

Bus Connector: PCI.Maximum Number of Differential Analog Input Channels: 2.Maximum Sample Rate: 204.8 kS/s.Analog Input Type: Differential, Psuedodifferential.Analog Input Coupling: AC/DC.Number of Analog Output Channels: 2.High Pass Filter Cutoff Frequency: 3.4 Hz.Front Connection Type: BNC, SMB...
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Bus Connector: PCI.Maximum Number of Differential Analog Input Channels: 4.Maximum Sample Rate: 204.8 kS/s.Analog Input Type: Differential, Psuedodifferential.Analog Input Coupling: AC/DC.Number of Analog Output Channels: —.High Pass Filter Cutoff Frequency: 3.4 Hz.Front Connection Type: BNC, SMB...
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Bus Connector: PCI.Maximum Number of Differential Analog Input Channels: 8.Maximum Sample Rate: 102.4 kS/s.Analog Input Type: Psuedodifferential.Analog Input Coupling: AC/DC.Number of Analog Output Channels: —.High Pass Filter Cutoff Frequency: 3.4 Hz.Front Connection Type: SMB...
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Bus Connector: PCI.Maximum Number of Differential Analog Input Channels: 8.Maximum Sample Rate: 102.4 kS/s.Analog Input Type: Psuedodifferential.Analog Input Coupling: AC/DC.Number of Analog Output Channels: —.High Pass Filter Cutoff Frequency: 0.5 Hz.Front Connection Type: SMB...
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Bus Connector: PXIe.Maximum Number of Differential Analog Input Channels: —.Analog Input Type: Differential.Analog Input Coupling: —.Number of Analog Output Channels: 2.High Pass Filter Cutoff Frequency: 3.4 Hz.Number of Gain Settings: 3.Front Connection Type: BNC, SMB.Maximum Sample Rate: 51.2 kS/s..
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Bus Connector: PXIe.Maximum Number of Differential Analog Input Channels: 4.Analog Input Type: Differential, Psuedodifferential.Analog Input Coupling: AC/DC.Number of Analog Output Channels: —.High Pass Filter Cutoff Frequency: 0.72 Hz.Number of Gain Settings: 6.Front Connection Type: Mini-XLR (mXLR..
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Bus Connector: PXIe.Maximum Number of Differential Analog Input Channels: 6.Analog Input Type: Differential.Analog Input Coupling: AC/DC.Number of Analog Output Channels: —.High Pass Filter Cutoff Frequency: 0.5 Hz.Number of Gain Settings: 4.Front Connection Type: InfiniBand (IB).Maximum Sample Rate..
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Bus Connector: PXIe.Maximum Number of Differential Analog Input Channels: 8.Analog Input Type: Psuedodifferential.Analog Input Coupling: AC/DC.Number of Analog Output Channels: —.High Pass Filter Cutoff Frequency: 0.5 Hz.Number of Gain Settings: 2.Front Connection Type: InfiniBand (IB).Maximum Sampl..
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Bus Connector: PXIe.Maximum Number of Differential Analog Input Channels: 16.Analog Input Type: Psuedodifferential.Analog Input Coupling: AC/DC.Number of Analog Output Channels: —.High Pass Filter Cutoff Frequency: 0.5 Hz.Number of Gain Settings: 2.Front Connection Type: InfiniBand (IB).Maximum Samp..
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Bus Connector: PXIe.Maximum Number of Differential Analog Input Channels: 16.Analog Input Type: Psuedodifferential.Analog Input Coupling: AC/DC.Number of Analog Output Channels: —.High Pass Filter Cutoff Frequency: 0.5 Hz.Number of Gain Settings: 4.Front Connection Type: InfiniBand (IB).Maximum Samp..
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Bus Connector: USB 2.0.Maximum Number of Differential Analog Input Channels: 5.Maximum Sample Rate: 102.4 kS/s.Analog Input Type: Psuedodifferential.Analog Input Coupling: AC/DC.Number of Analog Output Channels: —.High Pass Filter Cutoff Frequency: 0.1 Hz.Front Connection Type: BNC...
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