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From concept to circuit

Hardware
Development

Our core competencies lie in control units, onboard computers, sensors, and edge systems, with a particular focus on applications in industry, railway technology, automotive, and defense sectors.

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Right from the Start  

Customer-focused hardware development  

Our customer-centered development process undergoes 2 to 4 iteration cycles, depending on the specific requirements and complexity of the project. From initial concept to pre-series model, we ensure that each development not only meets but exceeds our clients' expectations.

We design precise systems based on years of experience and leverage our extensive industry knowledge to apply best practices across sectors.

EMC-compliant design, reliable sourcing, high-speed tracing and routing, and compliance with industry standards

HARDWARE TECH STACK

Our hardware tech stack forms the backbone for innovative products and solutions, essential for meeting the growing demands for reliability, obsolescence management, and component availability. At the core of our stack is Altium Designer, a comprehensive platform for PCB design. Alongside our ECAD software tools, we have an extensive range of hardware equipment from leading manufacturers such as Rigol and Digilent. This equipment, including oscilloscopes, power supplies, power sequencers, spectrum analyzers, measuring devices, and logic analyzers, is indispensable for testing and validating our designs.

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Hardware is unforgiving. It tolerates no mistakes. Perhaps that’s why the moment a green power LED lights up feels so special.

OUR DEVELOPMENT PROCESS

Standardized Procedures in PCB Design  

Our hardware development follows a clearly structured, iterative process designed to reduce error costs from the very beginning. We rely on systematic planning and rigorous testing to develop robust solutions. Through targeted adjustments and optimizations at each project phase, we ensure our products are technically refined and ready for mass production.

Architecture
Defining system structure and interfaces, selecting suitable controllers and peripherals.
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Functional BoM  
Creating the bill of materials (BoM) based on function and availability, assessing component sourcing and lead times.
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Schematic Design
Translating system architecture into detailed schematics, ensuring correct component integration.
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Layout
Creating the PCB layout, considering EMC and signal guidelines, and optimizing for production and testing requirements.
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Design Review
Design Review  Conducting internal and external reviews of the schematic and layout, identifying and resolving potential sources of error.
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Prototype Production
Producing initial samples (prototypes) to test functionality and quality.
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Test Software Development
Building test scenarios for hardware commissioning, validating basic hardware functionality.
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Commissioning
Initial hardware testing and debugging, making adjustments to software and hardware as needed.
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Redesign
Implementing necessary changes from the iteration phase, enhancing robustness and production readiness.
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First Revision Production  
Producing the final revision for customer approval, preparing for mass production.
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CURIOUS?

Questions, comments, or suggestions about how we work and develop? We are happy to answer them in a personal conversation. Feel free to send us an inquiry about your concerns.

We look forward to hearing from you.
Foto Hendrik Schnack rund

Dr. Hendrik Schnack
Sales, Technology

Hummam

Hummam Kadour
Account Management