Full-scale Vehicle Measurement
Measuring full-scale vehicles in free-space conditions for realistic and reliable measurements.
Antenna and OTA testing solution for accurate measurements at system level
Modern cars integrate many wireless communication systems for mobile and vehicle-to-everything (V2X) communications. Performance testing is moving towards Over-the-Air (OTA) testing solutions to provide fast and reliable electromagnetic measurements at the system level.
Meeting industry standards requires the use of Near-Field (NF) measurement methods for the characterization of the full 3D radiation pattern of vehicle antennas. MVG develops market leading measurement systems and advanced post-processing software for full-scale vehicle testing and simulation of real-world complex communication conditions.
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Infographic - Which MVG multi-probe near-field antenna test system fits your antenna testing needs?
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Near Field Measurements with Radically Reduced Sampling Requirement through Numerically Defined Expansion Functions
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Experimental Validation of the Translated-SWE Technique Applied to Automotive Measurements over PEC-Floor at Arbitrary Height
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Measured Antenna Models for Numerical Simulations of Antenna Placement Scenarios
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Reduced Sampling in NF Antenna Measurement Using Numerical Defined Expansion Functions
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Virtual Drive Testing based on Automotive Antenna Measurements for Evaluation of Vehicle-to-X Communication Performances
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Comparative Investigation of Spatial Filtering Techniques for Ground Plane Removal in PEC-Based Automotive Measurements
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Accurate Calibration of Truncated Spherical Near Field Systems with Different Ground Floors using the Substitution Technique
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Estimation of the Realistic Ground Effect in Free-Space Automotive Measurements
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Link Between Measurement and Simulation Applied to Antenna Scattering and Placement Problems
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Measurements and Numerical Simulations to Enhance the assessment of Antenna Coupling
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Experimental Comparison of Vehicular Antenna Measurements Performed over Different Floors
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Feasibility and Accuracy of Antenna Placement Analysis based on Measured Sources and Commercial Numerical Tools
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Antenna Coupling Evaluation Based on Accurate Measured Source Models and Simulations
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Parallax Compensation in Offset-Mounted Spherical Near-Field Vehicular Antenna Measurements with Probe Effects for FFT-Based NFFFTs
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Uncertainty Analysis of a Multiprobe Antenna Measurement System for Full Vehicle Testing
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Numerical Assesment & Feasibility Study of Farfield Automotive Antenna Measurement Concept
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Experimental Validation of Linear Multiprobe Arrays for Fast and Accurate PNF Antenna Characterizations
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Accurate Evaluation of Antenna Measurement Range Performance with the SWE Transmission Formula
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Revision Progress IEEE Std 1720 Recommended Practice for Near-Field Antenna Measurements
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Relative Phase Reconstruction Based on Multiprobe Solutions and Post-Processing Techniques
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Application of the Translated-SWE Algorithm for the Characterization of Antennas Installed on Cars Using a Minimum Number of Samples
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Truncation Error Mitigation in Free-Space Automotive Partial Spherical Near Field Measurements
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