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Remcom's 2025 Tradeshow Activity

For 2025, Remcom will be highlighting new product integrations and advances in RF propagation simulations of wireless devices for body-worn applications, as well as our contributions to NASA’s Artemis program to provide mission-critical capabilities for wireless channel simulation and coverage analysis for lunar environments.

Connect with Remcom’s engineers at upcoming industry events to discuss how our solutions can improve your projects. Schedule a meeting via our Contact form.

2025 Highlights

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On-body Propagation

Innovative full-wave near-field domain and ray-tracing far-field domain have been combined to solve challenging on-body propagation test and measurement. XFdtd 3D EM Simulation Software captures the performance of antennas and interactions with people, vehicles, and structures in the near-field of the antenna with high fidelity. This domain is transferred to Wireless InSite 3D Wireless Prediction Software, which supports refraction into volumetric materials and further refines the simulation of complex electromagnetic interactions with the body or nearby structures for technologies such as 6G, GNSS, WLAN, lunar missions, and on-body communication while in motion.

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Lunar Astronaut and Surface Communications

NASA, ESA and JAXA are trusting high fidelity ray-based techniques to develop wireless communications networks on the moon. To support NASA’s Artemis mission, Wireless InSite ensures accurate simulation of RF propagation on the Moon by providing the ability to import LRO LOLA terrain datasets and accurately transform the coordinates of RF mobile systems upon the lunar terrain, while also incorporating a lunar materials database. These features are essential for planning lunar missions by capturing the reflection and refraction characteristics inherent to lunar terrain.

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Advanced Matching Network Analysis in XFdtd

XF offers unique capabilities to help engineers navigate antenna design challenges with speed and accuracy.  In particular, XF offers several innovations that simplify matching network design, including a schematic editor and the Circuit Element Optimizer.  Visit our booth for a demonstration of these latest innovations.

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Engineered Electromagnetic Surfaces in Wireless InSite 

Wireless InSite supports the simulation of RF interactions with engineered electromagnetic surfaces (EES).  EES artificially enhance wireless coverage at microwave and millimeter-wave frequencies via printed conductive patterns on substrates such as plastic or glass.  We’ll be demonstrating how Wireless InSite’s EES capability reveals improvements to coverage from static EES and metasurface-based RIS.

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Human Sensing and Micro Doppler

Radar technologies will continue to make their impact with expansive applications in biomedical health monitoring, presence detection, and safety while maintaining privacy. Accurate channel models and Doppler maps via simulation tools will be critical to model various healthcare scenarios. Remcom’s WaveFarer Radar Simulation Software provides accurate 3D multipath predictions in complex mixed environments with the use of MIMO and AI for post-processing large data combining comms and sensing technologies. Remcom is also supporting the Horizon Europe DN-SMARTTEST to maximize the effectiveness of 6G-enabled personalized healthcare.

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IMS 2025 in San Francisco, CA
June 15-20, 2025
Booth 1536

IMS is the world’s largest gathering of RF and microwave professionals and the most important forum for the latest research advances and practices in the field. We hope you’ll visit with our team at booth 1536.

Remcom MicroApps Presentations

Load Pull Analysis in XFdtd EM Simulation Software
Wednesday, June 18, 2025 at 4:00 p.m.

One aspect in maximizing the performance of communication systems concerns optimizing the performance of the Power Amplifier (PA) in the Radio Frequency (RF) front end. Load pull is a fundamental characterization method that allows RF engineers to push the performance boundaries of RF systems by understanding and manipulating the complex impedance a power amplifier sees looking into a matching network and antenna system across multiple frequencies. 

Load pull requires precise impedance matching to maximize output power and efficiency to help the RF community meet the demands of high-performance RF applications such as 5G networks, satellite communications, and advanced wireless technologies. 

By utilizing Remcom’s FDTD solver and schematic editor, engineers can analyze frequency-dependent load pull data to optimize critical performance parameters like total radiated power. This approach is particularly crucial in modern radio communication systems, especially 5G, where reducing power consumption and improving system performance are paramount.

RF Digital Twins with Human Bodies: A Hybrid EM Simulation Approach
Wednesday, June 18, 2025 at 4:30 p.m.

Achieving reliable wireless connectivity on and around the human body presents significant challenges due to radiation hazards, coupling, antenna design complexities, and OTA measurement requirements. RF simulation that models electromagnetic effects plays a critical role in addressing these issues. This work demonstrates the use of the full-wave finite-difference time-domain (FDTD) method to create near-field Huygens boxes that incorporate MCAD models, PCB designs with circuit-level details, and surface mesh of a human body. For electrically larger environments, these near-field Huygens boxes are integrated into 3D ray-tracing simulations to evaluate in situ environmental effects, including human presence for blockage. The hybrid approach is correlated, accounts for multipath effects for GNSS and indoor, and delivers significant runtime savings, providing a comprehensive RF digital twin solution for RF test and measurement.

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IEEE AP-S/URSI International Symposium in Ottawa, Canada
July 13-18, 2025
Booth 404

The International Symposium on Antennas and Propagation brings together leading researchers, engineers, and practitioners from around the world to share their knowledge and expertise on the latest advances in antennas and propagation, radio science, and electromagnetic engineering.

Related Resources

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Wireless InSite® 3D Wireless Prediction Software Brochure

Wireless InSite® is a suite of ray-tracing models and high-fidelity EM solvers for the analysis of site-specific radio propagation and wireless communication systems.

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WaveFarer® Radar Simulation Software Brochure

The automotive version of WaveFarer® is a high-fidelity radar simulator for drive scenario modeling at frequencies up to and beyond 79 GHz.

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XGtd® High Frequency Antenna Analysis Software Brochure

XGtd is a general purpose ray-based electromagnetic analysis tool for assessing the effects of a vehicle or vessel on antenna radiation, estimating radar cross section (RCS), and predicting coupling between antennas. Based on Geometric Optics and the Uniform Geometrical Theory of Diffraction (GTD/UTD), it is ideally suited to applications with higher frequencies or very large platforms where the electrical size of a computation may be too large for full physics techniques, such as Finite Difference Time Domain (FDTD).

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XFdtd ESD Testing Brochure

XFdtd® Electromagnetic Simulation Software simulates electrostatic discharge (ESD) testing, enabling engineers to identify potential locations of dielectric breakdown and components at risk of damage in their device designs.

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Full Wave Matching Circuit Optimization Brochure

Determining the final set of component values in a matching network can be a challenging process. At higher frequencies, especially VHF and above, significant EM effects on the real circuit (inter-connection transmission line effects and coupling between the antenna being tuned, other antennas, and other parts of the structure) are difficult to quantify and account for in circuit schematic simulators alone.

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