Remcom

How does multipath behave between wind turbines? Watch XGtd simulate dominant propagation paths and field interactions between nearby turbine structures. ▶️ bit.ly/4ulLS6A #EMSimulation #RF #RayTracing

Check out our 28 GHz series-fed patch antenna array simulation for 5G example! • 8×8 patch array • Beam steering with phased inputs • S-parameters, gain & EIRP evaluated 🔗bit.ly/4bDlrlp #5G #mmWave #Antenna #EMSimulation #RFEngineering

Engineers designing for ESD compliance can use transient EM/circuit co-simulation in XFdtd to model TVS diode response and ESD discharge paths before hardware testing. 🔗 : bit.ly/3MY10q3 #ESD #EMSim #PCBDesign

See how methods compare between XGtd and FDTD in our Monopole on a Box antenna simulation example. Explore the far field gain results and modeling insights here: bit.ly/3Pk6sEf #EMSim #RF #AntennaDesign

This webinar demonstrates XF’s singularity correction which accurately captures highly varying fields at the edges of good conductors and the process for importing components and document layers of a PCB. hubs.li/Q044Wdqk0

Improve EM simulation accuracy with smarter meshing in XFdtd. This short video shows 2D and 3D mesh visualization techniques that help engineers balance accuracy and efficiency before solving. #EMSimulation #RFEngineering #AntennaDesign hubs.li/Q044W9vR0

How accurate is indoor Wi-Fi propagation modeling? This study compares high-fidelity 3D ray-tracing predictions from Wireless InSite with measured data, highlighting agreement in received power and practical considerations for indoor measurement campaigns. bit.ly/46K4enw

How do you assess RF exposure in cities? This application example demonstrates MPE analysis using full-wave propagation modeling to identify exposure limits and hazard zones in complex urban environments. 🏙️ bit.ly/4tuN8nv

Check out this example using diffuse scattering to better predict how signals travel through an office space. Results show how adding diffuse effects gives a fuller view of signal paths and power distribution compared to traditional models. hubs.li/Q042xTTj0

Our software helps you analyze and refine antenna design and positioning using 3D field simulations and realistic scenarios. Save time and improve performance across applications big and small. Learn more today! #SimulationSoftware #Engineering bit.ly/4crVNkm

Bring your antenna designs to life! WaveFarer lets you import measured or simulated radiation patterns to simulate performance early, reducing lab tests and accelerating design insights. #AntennaDesign #RFEngineering #Simulation #EM hubs.li/Q040WsT-0

Optimize 5G phased array design with XFdtd: superposition & array optimization, CDF of EIRP analysis, averaged power density, and IP-safe model workflows—all from a single FDTD run.

This study uses Wireless InSite to model RF attenuation in mine tunnels, analyzing how tunnel diameter and shape affect path loss and fading at 2.4 GHz. Results show Rician fading and strong dependence on geometry. hubs.ly/Q03_YR_D0

How well do wireless propagation models match real-world data? We used Wireless InSite to simulate RF propagation in Helsinki and compared it to published measurements. 🇫🇮📊 📶🏙️ Check out the full application example today! hubs.li/Q03_Z9_J0

Our XFdtd software performs EM simulations of devices containing #metamaterials with unusual or frequency dependent properties. This includes frequency selective surfaces, ferrite materials and more! #FDTD #radar bit.ly/4jBQxwj

MPI is essential for achieving faster calculations using multiple computers or even multiple GPU clusters. XFdtd features Message Passing Interface (MPI) technology for CPU clusters or GPU clusters. Visit our website to learn more! bit.ly/3NDq5WY

Using the pre-loaded scripting library in XFdtd, this video demonstrates simulation of a helical antenna, which is then imported into XGtd for analysis on a satellite. #antenna #design #EMsimulation bit.ly/3NjG1O4

In this talk, Remcom engineers present Wireless InSite ray-tracing simulation software predictions for how terrestrial 5G coverage could be supplemented with a LEO satellite link to improve NB-IoT coverage in rural areas. 🛰️ hubs.li/Q03-cttL0

Experience unmatched fidelity with ray tracing using the X3D Propagation Model in Wireless InSite and produce 3D models without geometry or height restrictions. Visit our website to learn more about this feature! #ElectromagneticSimulation hubs.li/Q03YDXS90

This example discusses the performance of a remote camera simulated in XFdtd that provides video surveillance around the house for security monitoring. Read the full example today! #ConnectedHome #SmartHome #EMsimulation #WirelessDesign #AntennaModeling hubs.li/Q03YDZs40