Simulate microstrip antennas and placement in 3 easy steps
Choose between pre-defined antenna designs (patch, dipole, more coming soon)
Load your CAD/EDA file
CAD: .step, .iges
Autodesk Inventor (.ipt), Fusion360 (.f3D)
KiCAD: (.sch, .lib, .pro)
Build antenna from scratch
Integrated Full geometry editor FreeCAD
1.1 Automatic or manual meshing
component library (editable)
feed network builder
other tools for patch and wire antenna building
define physics roles effortlessly
customizable material library coming soon
fast frequency sweep
2D radiation patterns
S11, VSWR, impedance, resistance, reactance, accepted power - over the frequency sweep
One-click pdf report
+ custom branding coming soon
Data export to spreadsheet
Quick and easy start
CENOS is easy to learn for beginners, but powerful enough for professionals
Installation takes 20 minutes
With templates get first results in a few minutes
Fast learning curve
Tutorial videos on youtube
World-class engineering support
CENOS features built-in live chat with support engineers.
Instant support: in-software live support chat
video calls / meetings
Screen-sharing online onboarding and support
Rich documentation and tutorials
CENOS software is specialized in the simulation of microstrip- and wire-type antennas that include various geometries (fractal, helix, horn, loop, slot, patch, spiral, and others), as well as dipole and monopole antennas. In Q4 2021, CENOS will also feature waveguide simulation.
Patch array antenna
Cylindrical waveguide horn
Your data is secure
CENOS is desktop software, which means the data will not leave your premises.
CENOS requires an internet connection just to verify your software license.
Internet connection also enables you to have an instant live chat with CENOS support engineers.
Customer reviews and feedback
CEO Real Telematics
“It’s great, it’s actually the only 3D simulation package for a reasonable price point for product engineers.”
Fernando Estévez Llavería
Lead Telecommunications Engineer
“CENOS is facilitating the easy access to antenna simulation from amateurs to satellite designers”
Development Roadmap 2021/22
Apply mesh with even less hassle
Native integration with Autodesk and SolidWorks
Seamless integrations with more of your favorite CAD software
Prepare the mesh even more rapidly and effortlessly.
Parametrization workbench & optimization (finished)
Quickly adjust the dimensions of your antenna and find the optimal configuration.
Fast frequency sweep
Accelerate simulation runtime speed.
Support mm-wave antennas with relative ease.
Customizable simulation results report
Personalized result data to share with colleagues.