Explore mmWave massive MIMO beamforming in a dynamic urban environment. 🏙️ See how Wireless InSite models adaptive beam steering for a moving vehicle and evaluates the impact of latency on performance. 🔗: hubs.li/Q04C2kZw0 #MassiveMIMO #mmWave #Beamforming

Explore 5G NR throughput in a dense urban environment. 🏙️ See how Wireless InSite evaluates SINR and throughput for FD-MIMO base stations using custom beamforming. Learn more: hubs.li/Q04BbC0X0 #5G #MIMO #Beamforming #WirelessInSite

How are computational EM methods applied to real engineering problems? Join Remcom’s Tarun Chawla and Apoorva Pedgaonkar to explore EM solvers, applications, and future directions at the ACES School of Electromagnetics. 📅 Oct. 17 | 1–3 PM PDT bit.ly/4jcozZP

Explore physics-informed neural networks for time-domain electromagnetic simulation. See how a PINN formulation with split-field PMLs compares with analytical and FDTD reference solutions. Read the paper 📄: hubs.li/Q04zF3BC0 #PINNs #MachineLearning #EMSimulation

📣 We’re excited to join the ACES School of Electromagnetics lectures! Remcom's Tarun Chawla and Apoorva Pedgaonkar will discuss computational EM solvers, applications, and future directions. 📅 Oct. 17 | 1–3 PM PDT Register: bit.ly/4AHUXcZ #EMSimulation

How can engineers account for real-world variability in EM simulation? Explore how uncertainty quantification provides a range of outcomes to improve confidence in simulation results and design decisions. Read the paper: bit.ly/4AAxgDs #EMSimulation #RFEngineering

How will your wireless system perform in the real world? Wireless InSite uses 3D ray tracing to predict coverage, multipath, channel characteristics, and throughput in realistic environments. Explore: hubs.li/Q04yf4B10 #WirelessInSite #RFEngineering

Explore 5G massive MIMO performance in a realistic outdoor environment. See how our Wireless InSite software can analyze propagation, coverage, and system performance in complex scenarios. View the example: hubs.li/Q04yf4Mr0

Learn how our Full-Wave Matching Circuit Optimization (FW-MCO) combines 3D EM simulation and circuit optimization to reduce design cycles and improve matching accuracy. 📄 Read the paper: hubs.li/Q04xN1590 #RFEngineering #AntennaDesign #EMSimulation #Wireless

Explore horn antenna simulation with XFdtd. This example examines gain, beamwidth, and near-zone electric fields, with results compared to theoretical values. See the example: bit.ly/4qYNToc #AntennaDesign #XFdtd

Explore our Rotman Lens Designer (RLD) tool for rapidly designing and analyzing Rotman lenses, with seamless export to XFdtd for full-wave EM simulation. Learn more: hubs.li/Q04tJ_gC0 #RotmanLens #AntennaDesign #RFEngineering

This paper shows how FDTD simulation in XFdtd enables accurate computation of electromagnetic fields and SAR in MRI systems. Engineers can analyze coil performance and ensure safety compliance before prototyping. Read more: hubs.li/Q04tJXwX0