Featured Videos

  1. Demonstration of XFdtd's Electrostatic Discharge (ESD) Testing Features 3/1/2021

    Learn how to use XF's features for ESD testing as we walk through the process of analyzing a multi-layer PCB and identifying potential locations of dielectric breakdown.

  2. 60 GHz Phased Array Design Using XFdtd For WiGig 9/16/2020

    In this video presentation, Remcom discusses analyzing and optimizing an aperture coupled 1x4 patch antenna array with a compact, fan-shaped feeding network for operation in 60 GHz band using Remcom’s full-wave electromagnetic simulation product, XFdtd. We also demonstrate superposition and antenna array optimization. The superposition simulation provides a means for checking the performance of individual elements in an array, each with a different input power and phase. The array optimization feature allows users to estimate the excitation for each element in the array for a specified EIRP. Further, the total spatial coverage of designed phased arrays will be accurately estimated. 

  3. 5G For Manufacturing And Industry 4.0 - Propagation In A Warehouse Environment 6/24/2020

    With the expansion of 5G NR for mobile connectivity, industrial and manufacturing applications such as robotics, IoT, and smart factories with automation come into play. This video demonstrates how Wireless InSite predicts the coverage and interference and accounts for the multipath in complex environments such as heavy-industrial factories, warehouses, server farms and more.

  4. LTE And 5G NR Propagation In A Suburban Environment Using Wireless InSite 3D Ray Tracing 6/24/2020

    Penn State University is located in State College, Pennsylvania, a suburban city that contains several LTE sites. This simulation shows the coverage prediction from its existing LTE sites in the downtown area.

  5. RF Communications-Based Train Control (RF-CBTC) Showing Propagation Paths In A Train Station 6/24/2020

    Wireless InSite’s built-in Communication Systems Analysis tool provides RSSI and SINR for various IEEE standards from 100 MHz to 100 GHz.  In this short video, a passenger train located in a station is connected to an access point (AP) mounted on the roof of the station.  RF propagation paths computed using the shooting-and-bouncing ray technique are shown.  These ray paths arrive at a receiver (Rx) antenna after they reflect and diffract from the environment, where each reflection surface attenuates the signal uniquely due to varied conductivity and permittivity material properties.

  6. How To Simulate Throughput For A New Device Design 6/13/2018

    Many engineers want to know how to calculate the throughput for a new antenna design, especially for 5G applications. Jeff Barney from Remcom walked us through the process of simulating the antenna element, modeling the channel propagation, and calculating the throughput modulation. Check out the video for more in-depth information, as well as a specific example of measuring the throughput of WiFi in a house.

  7. WaveFarer™ Automotive Radar Simulation Software 7/18/2018

    WaveFarer is a unique software tool created specifically for automotive radar sensor design and placement.  It enables Tier 1 suppliers to virtually test and refine results earlier in the design process, improving installed sensor performance.

  8. Channel Modeling For 5G Demonstration 7/14/2017

    This video is a demonstration that shows how Wireless InSite meets 3GPP and METIS channel modeling requirements for 5G technologies.

  9. Massive MIMO Beamforming In Motion 11/2/2016

    These animations show the beam formed from a massive MIMO base station (green dot) to a mobile device moving along a route (large red dot), in the presence of 15 other stationary devices (red circles). 

  10. Demonstration of Full-Wave Matching Circuit Optimization in XFdtd 11/24/2015

    This video gives a demonstration of Full Wave Antenna Matching Circuit Optimization using XFdtd's Circuit Element Optimizer (CEO). The antenna matching circuit design flow is discussed, including CEO's analysis of a given PCB layout. Predicted S-parameters and optimal component value results for two different frequency bands are also shown.