Powerful yet affordable radio frequency 3D simulations for SMEs

CENOS™ RF simulation software is the best choice for engineers in small and medium enterprises to perform in-house antenna design and placement studies, even without prior simulation experience.

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Application

APPLICATION

CENOS™ radio frequency simulation helps you design and develop antennas for your hardware

Drones

Smart devices

Satelites

Sensors

Medical devices

Robotics

GPS trackers

IoT devices

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How it works

CENOS™ radio frequency simulation software for engineers around the world

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In this 2-minute video, our engineer will show you the basics of CENOS™ RF simulation software and how it increases flexibility, development speed, and performance accuracy of the communications portion of hardware products. It allows you to work on your simulations without any learning curve. And as a result, you will receive visualized graphics in 3D and diagrams and a PDF report.

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WHY CENOS RF?

In radio frequency simulation, we focus on usability

Why CENOS?

CAD file support

Use your favorite CAD software to save and load geometries in a neutral STEP or IGES format, and reload modified geometries while retaining all settings. Native integration with FreeCAD supports parametric studies for parameterized design.

See list of key features

Key featues

Algorithms

Multi-port systems
Lumped elements
Real materials & perfect electric conductors
Rough surface
Sequential and simultaneous excitation
Phase arrays
Waveguides
Multi-thread calculation (no limit)
Peripheral objects of any complexity

Meshing

Automatic meshing algorithms
Advanced manual meshing interface
Phase and edge refinement
Control for mesh density gradient

Post-processing

Farfield and 3D electric field
Radiation patterns in polar and cartesian coordinates
S-parameters, VSWR, impedance, reactance, resistance, accepted power
Pdf report
Export to spreadsheet

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Independent study proves results accuracy

Here is one of the many validation tests users have performed for CENOS™ RF. Andreas Rosenberg (Microwave Development Engineer at Weibel Scientific—Copenhagen, Denmark) simulated a two-patch antenna array and compared the results with real measurements from TU Denmark.

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