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Hardware that works

Electronics Design

At the core of our work is the design of reliable, high-performance electronic systems. We support our clients from the earliest concept discussions through to fully verified prototypes and series production. Whether you need a compact embedded controller, a high-speed imaging platform, or a robust industrial interface board, we combine solid engineering principles with practical manufacturing experience to create solutions that work — and keep working..

Schematic Design

Every successful hardware design starts with a solid schematic. We select components based on technical performance, availability, and long-term supply considerations. Circuits are designed with careful attention to signal integrity, power stability, and protection — all while keeping the layout and manufacturing constraints in mind. We maintain clear documentation and version control, ensuring traceability and transparency throughout development.

PCB Layout

Our PCB layouts balance performance, manufacturability, and aesthetics. We work with both rigid and flexible PCBs, and our experience ranges from simple two-layer boards to dense, high-speed multilayer designs.

We pay particular attention to:

  • Controlled impedance and differential pair routing

  • Layer stack-up optimization

  • Power distribution and decoupling

  • Thermal management and mechanical constraints

  • Design-for-manufacturing (DFM) and design-for-assembly (DFA) best practices

This approach minimizes iteration cycles and helps achieve first-pass success in both prototypes and production.

High-Speed Digital Design

We specialize in the design of complex digital systems where timing, signal integrity, and synchronization matter. Our experience includes FPGA-based processing platforms, high-speed data acquisition, and camera or sensor interfaces that demand precise timing and clean signal paths.

We design architectures that move large volumes of data reliably and deterministically, integrating high-performance components such as FPGAs, microcontrollers, and high-speed ADCs or image sensors. Careful attention is paid to clock distribution, skew management, and impedance-controlled routing to ensure stable operation under all conditions.

Whether it’s a compact embedded board or a high-throughput imaging system, we deliver designs that are both electrically robust and practical to manufacture.

Prototyping and Series Production

We build and test prototypes in-house, giving us full control over quality and turnaround time. This allows for fast design iterations, thorough verification, and immediate troubleshooting — critical steps in achieving a reliable final design.

Our in-house capabilities include PCB assembly for small runs, rework, and hardware bring-up, supported by test setups for validation and measurement. Once the prototype has been proven, we help you scale to production by coordinating with trusted manufacturing partners.

We provide production-ready documentation, assist in sourcing components, and support communication with the assembly house to ensure that your design transitions smoothly into series manufacturing — maintaining consistency, performance, and cost control from the first prototype to the final product.

Design Verification and EMC Compliance

Ensuring your electronics perform reliably in the real world is a core part of our process. We combine thorough design verification with electromagnetic compatibility (EMC) best practices to deliver systems that are robust, stable, and ready for certification.

During development, we perform extensive testing and measurement of electrical, thermal, and functional performance. Critical signal paths and power distribution are validated under realistic operating conditions, ensuring your design meets its specifications in practice.

From the earliest stages, we optimize layouts for low emissions and high immunity, using proper grounding, shielding, and filtering strategies. We also support pre-compliance testing and coordinate with trusted laboratories for full EMC certification, helping you bring a reliable and compliant product to market efficiently.

This hands-on, verification-driven approach reduces the risk of costly redesigns and ensures that your hardware continues to perform flawlessly in the field.

Need a reliable partner?

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