System Design
Turning Requirements into Engineered Solutions
At Magnetron Systems, system design begins with understanding the application — not selecting a product.
We translate your technical requirements, test standards and operational objectives into a complete system architecture that is practical, scalable and fit for purpose. From RF and EMC test systems to antenna measurement and automated test environments, we bring together the right technologies, instrumentation and engineering expertise to create a solution around your specific requirements.
From concept to system architecture — engineered with precision.
1. Designed Around Your Requirement
Every test and measurement application has different requirements. Frequency range, power levels, measurement accuracy, test standards, DUT characteristics, automation requirements and future expansion can all influence the final system design.
Our engineers work with you to define these requirements and develop a system architecture that addresses the complete measurement chain.
2. Our system design capabilities include:
RF & Microwave Systems
Design of RF signal generation, amplification, distribution, switching and measurement systems across demanding RF and microwave applications.
EMC Test Systems
System-level design for emissions, immunity and compliance testing, including the integration of RF sources, amplifiers, antennas, receivers and monitoring equipment.
Antenna Measurement Systems
Design of integrated antenna measurement solutions combining the test environment, positioning systems, RF instrumentation, control and measurement software.
Automated Test Systems
Design of automated measurement architectures that connect instrumentation, hardware and software to provide repeatable and efficient testing.
Specialized Test Systems
Engineering of application-specific systems where standard configurations do not fully address the required measurement or test objective.
3. From Requirement to Architecture
A successful system starts with a clear understanding of what needs to be achieved.
01 — Requirements
We analyse the application, DUT, operating conditions, frequency range, power levels, test standards and measurement objectives.
02 — System Architecture
We define the overall measurement concept, signal paths, instrumentation, interfaces, control architecture and supporting infrastructure.
03 — Technology Selection
We identify the technologies and equipment most appropriate for the application, drawing from leading global manufacturers and established RF, EMC and test & measurement technologies.
04 — System Design
We develop the detailed system configuration, interconnections, interfaces and functional requirements needed to turn the concept into a practical system.
05 — Integration Planning
We consider how the individual elements will work together, including hardware, software, RF paths, automation and facility requirements.
06 — Validation
The final architecture is reviewed against the original requirements to ensure that the proposed system meets the required performance and provides a clear path to implementation.
4. Designing the Complete Measurement Chain
A measurement system is more than a collection of instruments.
Magnetron considers the complete signal and measurement path — from the source and RF conditioning through the DUT and measurement instrumentation to data acquisition, analysis and reporting.
Depending on the application, the architecture may incorporate:
- RF signal generation
- RF power amplification
- RF switching and routing
- Antennas and positioning systems
- Spectrum and signal analysis
- Network analysis
- Power measurement
- EMI measurement
- Data acquisition
- Instrument control
- Test automation
- Software and reporting
The objective is not simply to select equipment, but to ensure that the complete system works together as one measurement solution.
5. Technology-Independent Engineering
Magnetron Systems works with technologies from leading global manufacturers and selects equipment according to the technical requirements of each application.
This allows us to develop solutions based on:
Performance
The required measurement and system performance.
Compatibility
The ability of individual components to operate together within the system architecture.
Scalability
The ability to expand or upgrade the system as requirements evolve.
Availability
Technology and equipment appropriate to the project timeline and operating environment.
Application Fit
The right technology for the actual test or measurement requirement — rather than a one-size-fits-all configuration.
6. Designed for Today. Ready for Tomorrow.
A well-designed system should not only satisfy today’s requirements. It should provide a practical foundation for future applications.
Where appropriate, we consider:
- Future frequency expansion
- Higher power requirements
- Additional test configurations
- Additional measurement channels
- Automation and software upgrades
- New test standards
- Additional DUT configurations
- Facility expansion
This approach helps customers avoid unnecessary redesign when their testing requirements grow.
7. From System Design to Deployment
System design is the starting point of a complete engineering process.
Depending on the project, Magnetron can support the subsequent stages through:
This provides a single engineering partner from the initial concept through to an operational test system.
8. Let’s Engineer Your System
Whether you are developing a new test laboratory, upgrading an existing facility or designing a specialised RF measurement system, Magnetron Systems can help translate your requirements into a practical engineering solution.