Skip to content

1-888-7REMCOM

Support Site

- - XFdtd | 3D EM Simulation Software
  - - Overview
      
      Provides engineers with powerful tools to shorten development time and release products to market sooner.
      View Product Request Demo
- - Wireless InSite | 3D Wireless Prediction Software
  - - Overview
      
      A suite of RF propagation models, providing 3D ray-tracing, fast ray-based methods, and empirical models for the analysis of site-specific radio wave propagation and wireless communication systems.
      View Product Request Demo
- - WaveFarer | Radar Simulation Software
  - - - Automotive Radar
      - Radar and Scattering
    - Overview
      
      A high fidelity radar simulator that accounts for multipath and scattering from structures and vehicles in the immediate environment of a radar system as well as key atmospheric and scattering effects for frequencies up to and beyond 100 GHz.
      View Product Request Demo
- - XGtd | Ray-based EM Analysis Tool
  - - Overview
      
      A ray-based electromagnetic analysis tool for assessing the effects of a vehicle or vessel on antenna radiation, predicting coupling between antennas, and predicting radar cross section (RCS).
      View Product Request Demo
- - Consulting
  - - - Commercial Consulting
      - Government Contracting
    - EM modeling experts, software developers, and high-end computational resources to meet your most challenging EM simulation analysis needs.
      Consulting Overview
- - Support
  - - - Support as a Service
      - Request Support
    - Extraordinary support that goes beyond the helpdesk to create a lasting partnership with your team.
      Support Overview Visit Support Site
- Request Pricing
- See All Products & Solutions
- Overview
  
  Remcom’s EM analysis products are used in Consumer Electronics, Automtive and Defense markets.
  Applications Overview
- Remcom's antenna simulation software provides engineers with powerful tools to shorten development time and release products to market sooner.
  See Antenna Design Features
- Methods
  
  Explore the core numerical methods utilized in Remcom’s software products. Remcom’s EM analysis products are used for a wide range of applications, requiring a variety of numerical methods to cover all of your EM challenges, from the simple to the technically complex.
  Methods Overview
- Ray-tracing methods use discrete rays to represent advancing wavefronts as they propagate from a transmitter through a scene.
  See Ray-Tracing Methods
- Resource Library
  
  Explore the library to learn how our products can simplify your EM analysis projects today.
  Explore Remcom’s Resources
- Subscribe and be the first to know about new product announcements, upcoming events, and more.
  Subscribe to our Newsletter
Contact

1-888-7REMCOM

Support Site

Full Wave Matching Circuit Optimization

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.

Download Brochure

Related Resources

Using-Custom-Antennas-in-IoT-768x576

Publications

Using Custom Antennas in IoT

Custom antennas are vital for seamless IoT connectivity, catering to diverse applications with specialized requirements.

Explore Resource

Dynamic Matched Antenna Using XFdtd’s Schematic Editor Image

Videos

Dynamic Matched Antenna Using XFdtd’s Schematic Editor

In this video tutorial, an antenna's intrinsic impedance is simulated for two conditions--in free space and against a head. A three-port switch with two possible states is also included.

Explore Resource

Ray-Optical Modeling of Wireless Coverage Enhancement using Engineered Electromagnetic Surfaces: Experimental Verification at 28 GHz Image

Publications

Ray-Optical Modeling of Wireless Coverage Enhancement using Engineered Electromagnetic Surfaces: Experimental Verification at 28 GHz

In this paper, results are presented of propagation experiments conducted to verify the accuracy of a novel ray-optical scattering model for EES.

Explore Resource

Request support

Schedule live demo