Technical illustration: Integrated / embedded antennas

CONTRACT DEVELOPMENT

Embedded antennas that work in the finished device.

We develop integrated antennas for compact radios, IoT sensors, mobile electronics and biotech devices. The coordination takes place with the circuit board, housing, battery and the actual installation conditions.

01 / TECHNOLOGY & DEVELOPMENT

PCB, FPC or separate antenna structure?

We choose the antenna shape according to frequency, installation space and production requirements. A PCB antenna can be part of the motherboard; an FPC or wire antenna allows for different positioning in the housing. The decision is made based on the complete installation.

02 / TECHNOLOGY & DEVELOPMENT

Matching and PCB transitions

We optimize the complete connection, including the radiating element. Pads, component terminals, reference planes and layer transitions affect the path from the radio chip to the antenna. We design the matching network in the functional device.

03 / TECHNOLOGY & DEVELOPMENT

Validation in the case

We compare simulation and samples and check the antenna with the intended housing. Changes to plastic, battery position or cable routing are technically evaluated before the design is approved.

THREE WAYS TO THE RIGHT SOLUTION

New development. Optimization of existing designs. Product customization.

01

New development

We develop geometry, circuitry and integration based on your frequency bands, installation conditions and measurable target values.

02

Optimization

We analyze existing samples and documents, determine the cause of losses or inadequate performance and implement targeted changes.

03

Product customization

We check an existing Sevskiy solution and adjust frequency tuning, connections or installation. We can handle mass production upon request.

OUR APPROACH

From the requirement profile to the tested version.

  1. 01

    Requirements and interfaces

    We clarify the frequency plan, installation space, mechanical environment, supply, connections and test criteria. Existing CAD, circuit and measurement data are incorporated.

  2. 02

    Design and simulation

    We compare suitable concepts, design the circuit or geometry, and simulate critical electromagnetic structures and transitions.

  3. 03

    Sample and metrological comparison

    We build prototypes, measure under defined conditions and fine-tune the design based on the comparison between the model and the real structure.

  4. 04

    Release and mass production

    We document the agreed design and test plan. Production support and management of mass production are agreed as required.

YOUR RESULT

Technically documented and ready for the next step.

The result includes antenna design, matching, installation recommendations and measurement data. An existing device can be optimized; Alternatively, a suitable series product can be adapted to your installation situation.

FREQUENTLY ASKED QUESTIONS

Technical questions about collaboration.

Why does an antenna in the housing need to be tuned?

Dielectric and conductive parts change resonance, impedance and radiation behavior. A measurement of an exposed antenna therefore does not replace the evaluation in the finished device.

Do you also support our existing PCB layout?

Yes. We review the RF path including ground routing, matching network and junctions and suggest specific changes to the layout and antenna integration.

YOUR RF TASK

Let's find the right antenna and RF solution together.

We will clarify with you whether a new development, optimization or product customization makes sense.