Electronics Design & Engineering — RF, High-Speed Digital & Power Systems
From Concept to Production-Ready Hardware
We provide end-to-end electronics development services — turning ideas into robust, manufacturable products. Our team designs analog, digital, RF, and power electronics, from early feasibility studies to fully validated, production-ready designs.
Our Engineering Services
1) Full Electronic Product Development
We can take your project from requirements to a complete hardware solution:
- System architecture and component selection
- Schematic design and design reviews
- PCB layout (including complex stackups)
- Prototyping support and bring-up
- Debugging, optimization, and validation
- Documentation for production and maintenance
RF & High-Frequency Design
We design and optimize high-frequency electronics with strong focus on stability, noise performance, and repeatable production.
Typical solutions
- RF receivers and front-ends (LNA, filters, mixers, PLL/VCO)
- RF transmitters and signal chains
- High-power RF amplifiers and driver stages
- Impedance matching networks and power combining
- Shielding, grounding, EMC/EMI-conscious layouts
High-Speed Digital & Advanced PCB Design
We develop high-speed digital hardware where signal integrity and timing margins are critical.
We work with
- JESD204B / JESD204C high-speed data interfaces
- DDR4 memory systems
- PCI Express architectures
- Multi-layer, controlled-impedance PCBs with advanced stackups
- Differential pair routing, length matching, skew control, and via optimization
FPGA-Based Solutions
We design FPGA devices , integrating high-speed transceivers and complex I/O where needed.
What we support
- FPGA system architecture
- High-speed I/O planning and constraints
- Power design for multi-rail FPGA systems
- Hardware validation and interface bring-up
What Makes Our Designs Production-Ready
- Signal integrity first: controlled impedance, return path discipline, and robust stackups
- Thermal and power integrity: stable rails, clean switching, and realistic thermal design
- EMC/EMI awareness: layout strategies that reduce risk and simplify compliance
- Design for manufacturing: footprints, tolerances, and assembly-friendly decisions
Typical Deliverables
- Schematics + BOM (production-grade)
- PCB layout files (Altium/KiCad/other — as required)
- Manufacturing package (Gerbers, drill, pick & place, drawings)
- Test notes and bring-up documentation
- Revision tracking and change documentation
Let’s Build Your Next Hardware Platform
If you have a new product idea or need expert support for a challenging RF/high-speed design, we can help you move fast — without compromising reliability.
Send your requirements and any existing documentation (block diagram, target specs, constraints) to info@turon.ch, and we’ll propose the best path forward.