We are still enthusiastic about going even higher with the frequencies and lowering the noise as much as physics allows.
What we do
Our radio circuits use high-performance RF design on the PCB. We suggest the concepts and prove them in simulation.
We enjoy integrating radio circuits with other technologies, such as signal processing, digital communication, and information coding.
Radio and microwave circuitry is a brilliant interface of the embedded applications with the outside world.
Technologies and Tools
For linear simulations, we use the tools QUCS and Ansys. For non-linear simulations, we have excellent experience with Cadence Microwave Office. For simulations of antenna circuits, the tool CST Studio is our first choice.
Regarding the PCB design, we have a strong background in Cadence PCB Designer, and alternatively, we use Altium and Mentor tool families as well.
Our team has been working...
Our key customers come either from the application area of radio monitoring and measurement, radiocommunication, or aerospace.
We are also active in the Internet of Things (IoT). This segment uses microwave technology as well, although in a limited and commercially optimized way.
We can assist our customers from the military segment in developing modern and customized solutions, following all the security standards.
We have been designing products in this market segment for 20 years. We are especially proud of the radios for ATC, base stations for TETRA, a family of products in the IoT, and monitoring receivers up to 50 GHz.
Test and measurement devices are an area that the Consilia team has been involved in since the very beginning.
Our Typical Workflow
The concepts are proven in simulations...
We start with the initial analysis of the product requirements. Then we draft a few potential concepts. After that, concepts are proven in simulations.
We continue with the detailed design of each critical circuit, often supported by optimization and simulation.
Then we go to PCB design and arrange the prototype production and assembly.
One of the last steps is prototype bring-up and verification of the parameters. In the verification phase, we compare measurement results with the simulation and product requirements. As an output of this stage, a final report is prepared and sent to the customer.
We started more than 20 years ago with measurement instruments operating at frequencies up to 3G Hz. We continued with UHF radios for emergency systems, including transmitters with output power up to 300 W.
During the last years, we have continued in measurement and monitoring devices up to 50 GHz.
You can find them today in many ATC stations at airport locations worldwide.← all solutions
The embedded system based on the Google voice recognition technology actively listens to the surrounding environment and interprets the situation for the user.← all solutions
The gateway helps to aggregate data from various smart personal protection devices and upload it to a cloud for further processing.← all solutions
A terrestrial Trunked Radio base station is a piece of telecommunication equipment providing the connection between portable units and a cellular network.← all solutions
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