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RECO

Symmetric Reflector Simulation and Gain Plot
Symmetric Cassegrain Reflector

RECO Software

AEM Antennas is proud to introduce RECO, a new reflector configuration and horn simulation software suite.

It is built with engineers in mind to quickly develop new reflector configurations.

Horn simulation and configuration wizards are also integrated for multi-core horn optimization in seconds.

Some features include:

  • Develop optimal feed horns
  • Reflector Configuration Wizards
  • Full System Simulation and optimization
  • Standalone or Matlab integrated for quick prototyping

Reach out to our team for a demo!


Kickoff your design with RECO’s reflector configuration wizard

RECO design software gain plots and reflector configuration example
Mode Matching Horn Design Tool Smooth Wall Spline Example

Develop an optimal feed horn

Streamline your reflector design project

Dual reflector configuration
RECO Simplified Workflow

Simulate your end-to-end reflector antenna system

Designed for engineers in mind

RECO matlab Configuration
Consulting, technical services, and training

We’re here to help

  • Technical (wave-)Guidance 👋
  • Antenna Consulting
  • Training

Concept > Optimize > Prototype > Production

Cassegrain antenna system with a parabolic main dish

Reflector Antennas

We offer customized reflector antenna configurations for your project.

AEM Dual CP Feed Horn

Feed Networks

We can help customize a feed to provide the best wireless performance no matter the waveguide used.

Frequently Asked Questions:

What type of hardware do you need to simulate antennas?
Simulation hardware ranges from a simple laptop to supercomputer depending on the problem size and algorithm used. Typically, the mesh size is dependent on the so-called electrical size of the problem. That is the physical size of the antenna in terms of wavelengths.

Antenna Design Expertise

✔ Proven performance from aerospace to wireless handheld devices

✔ Experienced in antenna & RF component simulation and design

✔ Optimal solutions to maximize gain, bandwidth, patterns, and radiation efficiency

sketching engineering drawing on a pad