RF circuit and subsystem design
Receivers, transmitters, power amplifiers, TR modules, frequency conversion and RF front-end development.
ENGINEERING
Engineering Services
RF and microwave engineering and hardware design are core areas of our work. We evaluate requirements, feasibility, technical scope and deliverables before committing to a development project.
RF / MICROWAVECONCEPTUAL DIAGRAM
DESIGN→ANALYSE→VALIDATE
CAPABILITIES
RF & Hardware Engineering Capabilities
Support can cover a specific task, one development stage or an end-to-end scope. The following areas are selected to suit each project.
RF & Microwave Engineering
RF analysis and filter design
Circuit simulation, electromagnetic analysis and filter design to evaluate RF design choices.
Electronic Hardware
PCB design and signal integrity
Schematic capture, multilayer PCB layout, board-level integration and signal-integrity review.
Analog and digital electronics
Analog circuits, power and control electronics, digital hardware and system interfaces.
Digital hardware development
Microcontroller and processor-based circuits, memory, clocking and digital interfaces.
Embedded Systems & FPGA
Embedded systems and firmware integration
Embedded hardware development and firmware integration around functional requirements and device interfaces.
FPGA and programmable logic
Programmable logic, digital interfaces and FPGA-related development, subject to project feasibility and scope.
Mechanical & Thermal Engineering
Mechanical and 3D design
Mechanical design and 3D modelling for electronic assemblies and enclosure integration.
Thermal and structural analysis
Thermal and structural analysis to review assembly constraints and engineering design choices.
Integration & Testing
Prototyping and integration
PCB bring-up, debugging, prototype development and RF or hardware subsystem integration.
Practical testing and validation
Project-relevant RF measurements, functional hardware tests and prototype verification against agreed requirements.
Test planning and automation
Test procedures, repeatable data collection and automation where appropriate to the agreed engineering task.
ENGINEERING TOOLING
Design Tools & File Requirements
Tell us if your project requires files or workflows in ADS, CST Studio Suite, HFSS, Cadence Allegro or Altium Designer. Tool access, formats and deliverables are confirmed during scoping.
01ADS02CST Studio Suite03HFSS04Cadence Allegro05Altium Designer
WHAT TO SHARE
Start at Any Stage
Bring an initial idea, a functional requirement, a block diagram, a schematic, an existing PCB or a prototype. You can also ask for a specific task within a larger project.
Operating conditions
Required functions, power needs, operating environment and relevant RF signal conditions
System interfaces
Mechanical envelope, control, power, digital and RF interfaces
Current design stage
Idea, requirements, architecture, schematic, existing PCB, prototype or redesign
Validation needs
Target measurements, environmental context and acceptance criteria
START A CONVERSATION
Discuss Your Project
Bring an idea, requirements, a schematic, an existing PCB or a prototype. We review feasibility, scope and deliverables for an RF or hardware task, a development stage or an end-to-end project.