New development
We develop the geometry, circuit and integration around your frequency bands, installation conditions and measurable performance targets.
CUSTOM DEVELOPMENT
LNA development for low-noise, robust receiver paths.
We develop low-noise amplifiers and receiver frontends. Gain, noise figure, linearity, stability and supply requirements are designed for the actual RF signal path.
01 / TECHNOLOGY & DEVELOPMENT
System noise figure beyond individual amplifier specifications
The antenna, filter, cable and matching network before the LNA affect receiver sensitivity. We account for their losses and match the amplifier stages to the downstream electronics.
- Frequency range, gain and system noise figure.
- Filter placement and insertion loss, as well as cable losses.
- Input matching and dynamic range of the complete receiver frontend.
02 / TECHNOLOGY & DEVELOPMENT
Circuit design, stability and RF layout
We select active components and matching networks for the performance targets and develop an RF-appropriate layout. Supply and shielding are part of the design to limit parasitic feedback and interference coupling.
- Component selection, biasing, decoupling and matching.
- Grounding, PCB transitions and spatial separation of input and output.
- Stability assessment and circuit/electromagnetic simulation of critical structures.
03 / TECHNOLOGY & DEVELOPMENT
Measurements on the operating prototype
We characterise the assembly using the specified supply and intended connection. Measurements support tuning and verification of the agreed performance.
- Gain and S-parameters across the frequency range.
- Noise figure and IP3; compression behaviour according to the agreed test scope.
- Current consumption, supply effects and combination with filters or active antennas.
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.
You receive schematics, PCB layout, prototypes and the agreed measurement data. We can develop a new assembly, optimise your frontend or customise an existing amplifier solution.
FREQUENTLY ASKED QUESTIONS
Technical questions about working with us.
Why must noise figure and linearity be considered together?
A low noise figure helps with weak wanted signals. The amplifier must also handle strong interfering signals without excessive intermodulation or overload.
Do you also support integration on our main PCB?
Yes. We assess the LNA, filter, supply and RF transitions up to the radio chip, optimising the circuit and layout together.
PRODUCTS AS A STARTING POINT
Explore the relevant product group →YOUR RF REQUIREMENTS
Your receiver path: designed for low noise and interference resilience.
Together, we define frequency range, gain, noise figure, linearity and power supply to suit the antenna, filter and receiver.