Starting from antenna prototyping to fully operational device measurements, MVG measurement systems and software effectively and efficiently supports the complete design process of wireless devices through its antenna and OTA measurements capabilities.
For academic institutions developing antenna technology, MVG offers both MV-Scan™ and classic solutions. Both options are compact, portable and cost-effective, having been designed with flexibility and multi-purpose environments in mind.
Related products
Related resources
Quick guide: Evaluating the scan area requirement for planar, cylindrical and spherical measurements
Advancing Spherical Near-Field Probe Technology Design and Validation of High Precision Wideband 3dB_180° Couplers
Design and Validation of Quasi Ideal Ultra-Wideband 3dB/180° Couplers for High Precision Spherical Near-Field Probes
Application of the TSWE Algorithm to Echo Reduction of Spherical Near-Field Measurements with Undersampling
Verification of Complex Excitation Coefficients from a Measured Space Array Antenna by the Equivalent Current Technique
Dual Polarized Wideband Feed with Cross-Polarization Reduction and Compensation Proprieties for Compact Antenna Test Ranges
Design and Verification of Cross-Polarization Compensation Feed for Single Reflector Compact Antenna Test Range over a Wide Bandwidth
NF Measurements and Statistical Analysis of Random Electromagnetic Fields of Antennas and Other Emitters to Predict FF Pattern Statistics
Electrically thin VHF Array Elements for Satellite Applications Using Artificial Magnetic Material
Measured Antenna Representation of Flush Mounted Antennas for Computational Electromagnetic Solvers
Probe Correction Technique of Arbitrary Order for High Accuracy Spherical Near Field Antenna Measurements
Comparative Investigation of Spherical NF Measurements with Full and First Order Probe Correction Using Calibrated or Simulated Probe
Dual-Polarized Probe with Full Octave Bandwidth and Minimum Scattering for Planar Near Field Measurements
