RF & Microwave Solutions
RF circuit, module and subsystem design based on your application, electrical requirements and system interfaces.
- Power amplifiers
- TR modules
- Channelised receivers
- Frequency conversion
- RF front-end subsystems
CUSTOM RF & ELECTRONIC HARDWARE
RF, Microwave & Hardware Engineering
CircuitXDesigners designs RF and microwave circuits, modules and subsystems, and develops electronic hardware, PCBs, embedded systems and FPGA designs. Bring us a specific engineering task or a full development project.
RF & MICROWAVE / HARDWARE DEVELOPMENT
01 / RF & MICROWAVE
02 / HARDWARE DEVELOPMENT
ENGINEERING CAPABILITIES
RF & Hardware Engineering Capabilities
Hardware Design & Development
Circuit and PCB design, embedded systems, FPGA development, prototyping and integration for electronic products and equipment.
- PCB design and layout
- Analog and digital electronics
- Embedded systems
- FPGA development
- Prototyping and integration
RF & MICROWAVE ENGINEERING
RF & Microwave Solutions
Custom RF solution families. Design scope, interfaces and validation requirements are agreed for each project.
Power Amplifiers
Power amplifier circuit and module design for RF transmit chains, including control and subsystem interfaces.
Explore solutionTR Modules
Transmit/receive module design, including RF switching, control interfaces and subsystem integration.
Explore solutionChannelised Receivers
Receiver design with multiple signal paths for channel selection and RF signal processing.
Explore solutionRF Front-End Subsystems
RF front-end design combining amplification, filtering, switching and receiver functions.
Explore solutionHARDWARE DESIGN & DEVELOPMENT
Hardware Design & Development
Circuit design, PCB development, embedded control and programmable logic for your product. Support can cover an individual task or several development stages.
PCB Design & Development
Schematic capture, PCB layout, board-level integration and design reviews.
Analog & Digital Electronics
Circuit design, interface electronics, power and control hardware.
Digital hardware engineering →Embedded Systems
Microcontroller-based hardware and firmware integration.
FPGA & Programmable Logic
Digital logic, interfaces and programmable system development.
Prototyping & Integration
Hardware bring-up, subsystem integration and iterative development.
Testing & Validation
Board-level verification, debugging and testing against agreed requirements.
ENGINEERING DEVELOPMENT PROCESS
Our Engineering Process
For RF and hardware projects, we agree the scope, deliverables, assumptions and review points before starting. The stages below apply where included in your project.
- 01
Define
Review what you have and agree the requirements, interfaces, constraints and deliverables.
- 02
Design & Analyse
Develop and review RF, electronic and system-level designs as applicable.
- 03
Prototype & Integrate
Build, bring up and integrate the agreed hardware.
- 04
Test & Refine
Validate performance against agreed requirements and improve the design.
Start at Any Stage
You do not need finished technical files to begin. Bring us what you have:
- An initial idea or concept
- Requirements or a block diagram
- A working prototype
- An existing schematic or PCB
- A product needing redesign or improvement
- A specific engineering task within a larger project
We can support a single task, a particular development stage or an end-to-end scope for RF, microwave or electronic hardware projects. You do not need to engage us for the entire development cycle.
PROJECT ENQUIRIES
Discuss Your Project
Tell us what you have, what needs to change and where you need engineering support. We can discuss the scope and next steps for an RF subsystem or an electronic hardware project.