Featured News

  1. Remcom Announces 5G Antenna Array Design Features In XFdtd Electromagnetic Simulation Software
    12/12/2018

    Remcom announces 5G antenna array design features in the latest release of XFdtd® 3D EM Simulation Software, including workflow enhancements for modeling complex devices at millimeter wave frequencies.

  2. Remcom Announces WaveFarer™ Automotive Radar Simulation Software for Drive Test Scenarios
    11/7/2018

    Remcom announces a new software product for automotive radar design and placement. WaveFarer™ Automotive Radar Simulation Software enables OEMs and Tier 1 suppliers to set up virtual scenarios and refine sensor performance earlier in the design process.

  3. Remcom Announces MIMO Beamforming And Throughput Prediction To Support Emerging 5G And WiFi Technologies
    10/24/2018

    Remcom announces a new capability to simulate beamforming and throughput for MIMO systems in Wireless InSite® 3D Wireless Prediction Software.  The new release provides customers designing base stations and WiFi devices with a critical metric for analyzing real-world device performance in indoor or 5G dense urban outdoor environments.  The software has also been updated to simulate key MIMO techniques for enhancing network performance.

  4. Rescale And Remcom Bring NVIDIA GPU-Accelerated Electromagnetic Simulation To The Cloud
    5/1/2018

    Rescale and Remcom are pleased to announce that XFdtd®, Remcom’s electromagnetic (EM) simulation software, is now available on Rescale’s ScaleX platform for HPC in the cloud, allowing engineers to quickly and easily run complex, high-fidelity EM simulation models from any web browser.

  5. Remcom Announces Circuit Co-Simulation In XFdtd Electromagnetic Simulation Software
    12/13/2017

    Remcom announces circuit co-simulation and expanded signal integrity capabilities in the latest update to XFdtd® 3D Electromagnetic Simulation Software.  

  6. Remcom Expands Communication Channel Outputs For Analyzing WiFi And LTE Performance
    11/8/2017

    Remcom announces expanded communication channel outputs in Wireless InSite®, its site-specific radio propagation software for the analysis of wireless systems.  The update includes WiFi and LTE metrics for in situ assessment of devices such as smart home appliances and intelligent personal assistant devices, wireless access points (routers), LTE base stations, and more.

  7. Remcom Announces Accelerated RCS Model For Highly Faceted Geometries In XGtd EM Simulation Software
    8/31/2017

    Remcom announces a new version of XGtd®, its high frequency antenna analysis software for electrically large platforms. The update introduces a GPU-accelerated radar cross section (RCS) model that greatly speeds calculations while delivering exceptional accuracy for very complex geometries.

  8. Remcom Announces Diffuse Scattering Simulation For 5G Millimeter Wave Channels
    6/28/2017

    Remcom announces diffuse scattering prediction in the latest release of Wireless InSite®, its site-specific radio propagation software for the analysis of wireless communication systems.  This update greatly improves simulation accuracy for millimeter wave systems being developed for 5G, WiGig, and other emerging technologies.

  9. Remcom Announces Partnership With P3 Group To Provide Comprehensive Modeling, Simulation, Test And Measurement Solutions
    5/11/2017

    Remcom announces a partnership with P3 group to provide a fully comprehensive solution for test and measurement combined with EM modeling and simulation.  The partnership further extends the successful collaboration in air cabin communications modeling that commenced between Remcom and P3 aero systems in late 2016.

  10. Remcom Announces Specialized Tool For Optimized Simulation Of 5G MIMO Systems
    11/15/2016

    Remcom announced the release of Wireless InSite® MIMO, a new version of its site-specific radio propagation software that simulates the detailed multipath of large numbers of MIMO channels while overcoming the increased level of computations required for traditional ray tracing methods.