CENOS™ RF is a more affordable alternative for Radio Frequency simulation software
CENOS™ RF is a proven 3D simulation software for high-frequency design with affordable price and fast learning ability. It enables fast and efficient expansion of the RF design team while keeping software costs in check.
APPLICATION OVERVIEW
CENOS™ radio frequency is a FEM software, good for wide range of applications
The unparalleled capacity and phenomenal accuracy of CENOS™ RF enables engineers to solve RF, microwave, EMI problems for the most complex systems.
CENOS™ RF is 3D electromagnetic simulation software (EM) for the design and simulation of high-frequency electronic products such as antennas, antenna arrays, RF or microwave components, high-speed interconnects, filters, connectors. CENOS™ RF is used by engineers around the world to design high-frequency and high-speed electronics used in drones, satellites, spacecraft, medical devices, sensors, robots, vehicles, hardware solutions, hardware applications, GPS trackers, IoT devices.
CENOS™ RF is used in small and medium-sized technology and engineering companies worldwide.
It offers significant time-to-market advantages and enables shorter development cycles and lower costs. Virtual prototyping is made possible through simulation.
Device performance can be optimised, potential compliance issues can be identified and mitigated early in the development process, the number of physical prototypes required can be reduced, and the risk of test failures and recalls can be reduced.
Microstrip or
PCB antennas
Patch
arrays
Placement
studies
Wire antennas
above 100 MHz
Reflector
antennas
Multi-port
networks
Filters
& couplers
Waveguides
WHAT's INSIDE?
All you need from one
simulation software
Main areas of the CENOS™ RF
Create simulations for application groups such as microstrip, horn, reflector, wire antennas, and waveguides. Study the ideal placement of an antenna in a device to ensure maximum radiation pattern in the least amount of space. Use powerful visualization tools to share and analyze various RF designs with colleagues and partners.
CAD file support
A user of CENOS™ RF simulation software can easily upload CAD (step) files. In the majority of cases, the mesh is created automatically. Recent tests by our engineers have shown that 75% of all CAD fields are successfully meshed automatically, only the remaining 25% need to be meshed manually.
Recalculation and analysis
All settings are kept if the user wants to recalculate the model with changed parameters. If the user changes a geometric parameter, the file CAD can be reloaded; all model parameters are retained and the mesh is automatically rebuilt, whether generated by CENOS™ or controlled by the user.
Algorithms
Meshing
Post-processing
-
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
-
Automatic meshing algorithms
-
Advanced manual meshing interface
-
Face and edge refinemen
-
Control for mesh density gradient
User experience
-
Farfield and 3D electric field
-
Radiation patterns in polar and cartesian coordinates
-
S-parameters, VSWR, impedance, reactance, resistance, accepted powerPdf report
-
Export to spreadsheet
Accuracy
Simplified processes from geometry modelling to result visualisation, as well as scripts for advanced data manipulation, ensure that the speed and accuracy of CENOS are easy to use.
Detailed validation ensures accuracy and continuous improvement of solver performance.
VIDEO
How does CENOS™ radio frequency simulation software work
CENOS™ is used to reduce time-to-market in a wide range of industries worldwide, including aerospace, defence, automotive, communications and consumer electronics. Through robust simulation-based product design and implementation strategies, CENOS™ customers achieve improved connectivity and functionality.
Simple processes from geometry modelling to result visualisation, as well as scripting for advanced data manipulation, ensure that the speed and accuracy of CENOS™ are easy to use.
TESTIMONIALS
What our customers say about CENOS™
“Overall 2.0 is much easier to use and automatic meshing seem to work well.
Sim just finished and the 3D view has appeared and I am excited. I had been struggling to get a similar antenna design to sim using the old tool but is working. I like having being able to modify the variables in the Radio Frequency setup.
I have a big smile on my face.”
Gavin Voigt
VSB Australia
“It’s great, it’s actually the only 3D simulation package for a reasonable price point for product engineers.”
Steven Hendey
CEO
Real Telematics
“CENOS is facilitating the easy access to antenna simulation from amateurs to satellite designers”
Fernando Estévez Llavería
Lead Telecommunications Engineer
Fossa Systems
COMPARISON
See how CENOS™ compares to best simulation software in the market
We've heard that engineers often lack the resources to conduct thorough studies to determine the best simulation software for their projects. They often opt for the most popular option, which can be overwhelming and often quite expensive.
CENOS™ RF simulation software is easy and quick to learn, and it gets the job done. CENOS™ also offers free onboarding to ensure you get your results right away. CENOS™ is dedicated to helping engineers around the world use simulation software at an affordable price and with a very low learning curve.
CST Studio Suite is a powerful 3D EM analysis software to design, analyze and optimize electromagnetic (EM) components and systems. CST Studio Suite is used in leading technology and engineering companies around the world.
Ansys HFSS is a versatile 3D electromagnetic simulation software (EM) for the design and simulation of full-wave high-frequency electronic devices such as antennas, components, interconnects, integrated circuits (ICs), and printed circuit boards (PCBs).
Material | |||
|---|---|---|---|
Editable material data-base | |||
Frequency-dependent & anisotropic materials |
Available solver types | |||
|---|---|---|---|
FEM (frequency domain) solver good for antenna simulation & placement study | |||
FDTD (time domain) solver for broad-band antennas and pulse signals | |||
MoM solver for low-frequency/big-size wire and horn antennas | |||
Multi-solver, multi-domain simulation |
EASE OF USE
& TRAINING DURATION
Exceptionally easy to use, self-service learning in a couple of days
Needs months-long education and training
CAD LOADING EXPERIENCE
Easy step file import, intuitive one-click role assignment for RF parts & boundaries
Allows import of native CAD formats, but require long set-up process
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.
PRICING & PLANS
Choose CENOS™ RF simulations for affordable price and ease of use
For engineers around the world looking for 3D simulations at an affordable price for limited time.
PROJECT
4,800
/ 3 Months
$
Key functionality
E-mail support
For engineers looking for powerful and time-efficient simulation with advanced instant support.
9,000
/ Year
$
PRO
Extended functionality
Onboarding & live support
No credit card needed.
Two things that make CENOS™ RF customers particularly happy*
PDF reports
All simulation results as a one-click PDF report that you can send to colleagues or print.
*with PRO plan only.
Live support
CENOS™ simulation software has integrated Live Chat Support. This is an unusual feature for simulation software and is highly appreciated by CENOS™ users.
We pride ourselves on providing engineers with immediate support when they need help using software.
