Design Services
From Feasibility and Architecture to Verified Hardware
Multidisciplinary engineering support for RF and microwave hardware, electronics, control systems, mechanical integration and thermal design.
E-REON supports projects from early requirements and feasibility through detailed design, prototyping, verification, documentation and small-series production.
Engineering Capabilities
Integrated engineering support across the technical disciplines required to move an RF or electronic system from concept to verified hardware.
RF & Microwave Design
Architecture, design and integration support for RF power amplifiers, signal-conditioning chains, switching systems, passive components and complete RF signal paths.
- System architecture and technical trade-off studies
- RF component selection and circuit integration
- RF power-amplifier and signal-chain development
- Interconnection, shielding and stability review
Electronics, Control & Embedded Integration
Supporting electronics and control functions for laboratory, industrial and integrated RF systems.
- Bias, power-distribution and protection circuits
- Monitoring, telemetry and alarm functions
- Ethernet, SCPI, GPIO and serial control interfaces
- Small embedded-control and automation implementations
Mechanical & Thermal Engineering
Mechanical packaging and thermal-management development for RF modules, assemblies, racks and application-specific systems.
- Enclosures, heatsinks, ducting and rack integration
- Forced-air and liquid-cooling approaches
- Mechanical interfaces and connector placement
- Thermal analysis and CFD-supported design review
Prototype, Verification & Small-Series Production
Practical implementation support from first hardware through measured verification and controlled small-series production.
- Prototype assembly and subsystem integration
- Bench testing and measured-performance review
- Design iteration and production-risk reduction
- Technical documentation and manufacturing handover
How We Work
A structured engineering process focused on technical clarity, manageable risk and measurable results.
1. Requirements & Feasibility
We establish the operating requirements, interfaces, constraints, quantities and verification objectives before selecting an implementation approach.
2. Architecture & Risk Review
We evaluate technical alternatives, critical components, integration risks and practical trade-offs affecting performance, schedule and production.
3. Design & Implementation
RF, electronics, control, mechanical and thermal work is developed as a coordinated system rather than as isolated disciplines.
4. Verification & Documentation
Hardware is evaluated against the agreed objectives, with measured results, design updates and appropriate technical documentation.
Start with a focused feasibility review
Send us your application, frequency range, power level, waveform, interfaces, mechanical constraints, target quantities and schedule. We’ll review the requirement and propose a practical next step.