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In 5G and 6G, mmWaves promise new, high bandwidth frequency bands, but propagation losses and fast fading pose challenges. Learn how massive MIMO beamforming mitigates mmWave propagation challenges using Wireless InSite and its mmWave hybrid beamformer.
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Explore human radar modeling for sensing applications, validating methods with National Institute of Standards and Technology (NIST) data and demonstrating real-world use cases such as child presence detection and indoor monitoring for enhanced safety and situational awareness.
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XFdtd’s schematic editor enhances engineering design with intuitive creation, analysis, and optimization, integrating full-wave simulations to refine performance, streamline workflows, and improve efficiency in antenna and circuit design.
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In this example, explore a 60 GHz phased array antenna design using XFdtd, featuring full-wave FDTD simulation, beamforming optimization, and EIRP coverage analysis to evaluate performance and optimize high-frequency designs for WiGig applications.
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Wireless InSite enables engineers to simulate time-based mobility, lunar propagation, and wideband ray-tracing, supporting detailed analysis of moving devices, vehicles, radar coverage, and lunar RF systems with high accuracy and efficiency.
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