EQUIPMENT
Simulation, measurement technology and prototyping
Our development environment combines 3D field simulation, circuit and printed circuit board development with RF measurement technology and our own prototyping.
From model to tested sample
We combine simulation and measurement on the real product. We develop antennas, RF circuits and mechanical interfaces using ANSYS HFSS, Altium Designer, MATLAB and AutoCAD. Our measurement laboratory and our own prototype construction make it possible to create variants, modify them in a targeted manner and evaluate them under comparable conditions.
Three areas, one coordinated development process
Software tools
ANSYS HFSS, Altium Designer, MATLAB and AutoCAD combine antenna simulation, RF circuit development, measurement evaluation and technical documentation.
Find out more →Measurement technology
We characterize antennas and RF assemblies with network analysis, signal and spectrum analysis, noise measurement and measurements in our anechoic chamber.
Find out more →Prototyping
In-house CNC, 3D printing and electronic prototyping combines the development data with a testable structure and prepares the transition to mass production.
Find out more →Software tools
3D field models, circuit diagram, PCB layout and technical drawing describe different parts of the same product. We coordinate this data and compare calculated properties with the measured values of the prototype.
- ANSYS HFSS for electromagnetic 3D simulation
- Altium Designer for circuit and PCB layout
- MATLAB for analysis, visualization and measurement automation
- AutoCAD for drawings and manufacturing documents
Measurement technology
Vector network analysis, signal and spectrum analysis as well as antenna measurements in the anechoic chamber provide the basis for optimization decisions. We determine the measuring range and test procedure for the respective test item.
- S-parameters, impedance matching, attenuation and isolation
- Power, gain, noise figure and intermodulation
- Radiation pattern, gain and efficiency
Prototyping
CNC machining, 3D printing, reflow and manual SMD/THT soldering support our in-house development of functional and integration prototypes. We work with specialized partners for PCB manufacturing, laser cutting and sheet metal fabrication.
- Mechanical and electronic prototypes
- Commissioning and changes to the prototype
- Manufacturing documents and testing concept for mass production
Traceable development results
You receive development results that are traceable through models, real samples and documented measurements.
YOUR NEXT STEP
Let's discuss your development and testing requirements.
We clarify your goals and the appropriate scope of development.