New development
We develop the geometry, circuit and integration around your frequency bands, installation conditions and measurable performance targets.
CUSTOM DEVELOPMENT
Automotive antennas for radio reception, communication, navigation and radar.
We develop and optimise vehicle antennas. Simulation and measurement account for the metal bodywork, glazing, installation position and multiple radio services operating simultaneously.
01 / TECHNOLOGY & DEVELOPMENT
Antenna integration in vehicles
The vehicle environment changes matching and spatial coverage. We compare suitable antenna positions and investigate the effects of the mounting surface, enclosure and feed cable.
- Active FM, AM/FM, DAB and SDARS antennas with amplification, filtering, matching and power supply.
- GNSS and LTE/5G antennas, multiband and MIMO arrangements, and project-specific V2X antennas.
- Patch, PCB and other project-specific antenna structures.
- Effects of the bodywork, glazing, cable routing and antenna spacing.
02 / TECHNOLOGY & DEVELOPMENT
RF signal paths and coexistence
We assess coupling between antennas and interference in the receiver path. Filters, LNAs, coaxial cables and PCB transitions are coordinated with the vehicle frequency plan.
- Isolation and mutual coupling between multiple RF paths.
- Losses, matching and coax-to-PCB transitions.
- Selectivity, noise figure and amplifier linearity.
03 / TECHNOLOGY & DEVELOPMENT
Radar arrays and development evidence
Our project experience includes the design of an antenna array for automotive ACC radar at 24 GHz. For new tasks, we agree frequency range, scope and test criteria; required vehicle qualifications are defined separately.
- Array elements, power dividers and feed networks.
- Radiation pattern, gain, polarisation and port matching.
- Documented simulation, prototype testing and technical optimisation measures.
THREE ROUTES TO THE RIGHT SOLUTION
Develop a new design. Optimise an existing solution. Customise products.
Optimisation
We analyse existing samples and documentation, identify the causes of losses or insufficient performance, and implement targeted changes.
Product customisation
We assess an existing Sevskiy solution and adapt its frequency tuning, connectors or installation. We can undertake volume production on request.
OUR APPROACH
From requirements to a tested design.
- 01
Requirements and interfaces
We clarify the frequency plan, available space, mechanical environment, supply, connections and test criteria. Existing CAD data, schematics and measurements are included in the assessment.
- 02
Design and simulation
We compare suitable concepts, design the circuit or geometry, and simulate critical electromagnetic structures and transitions.
- 03
Prototypes and measurement-based refinement
We build prototypes, measure under defined conditions and refine the design by comparing the model with the actual assembly.
- 04
Design approval and volume production
We document the agreed configuration and test plan. Production support and volume manufacturing are agreed as required.
YOUR DELIVERABLES
Technically documented and ready for the next development step.
The result is an antenna and RF concept designed for the intended vehicle installation. We can develop a new design, optimise existing assemblies or customise suitable products.
FREQUENTLY ASKED QUESTIONS
Technical questions about working with us.
What automotive experience do you have?
Our documented project experience includes automotive antennas and an antenna array for ACC radar at 24 GHz, together with RF design and integration.
Is automotive certification automatically included?
Qualification, environmental testing and certification evidence are agreed for the specific project. They are not automatically included in every antenna development project.
PRODUCTS AS A STARTING POINT
Explore the relevant product group →YOUR RF REQUIREMENTS
Developing the right antenna and RF solution together.
We work with you to determine whether a new design, optimisation or product customisation is the right approach.