Development Stage

After risk assessment of the product and its production the development team starts designing. Simulating the circuits, developing the circuit diagram and software as well as the PCB routing will form work packages at this stage. As early as this we will also examine unproblematic integration into the complete system and possible conflicts of installation. In our in-house EMC test laboratory we will determine the electromagnetic compatibility. In the light of developments risk assessments (FMEAs) will be carried out and manufacturability (Design for Manufacturing – DFM) as well as testability will be assessed. First samples will be measured and form the basis for any necessary optimisations. At the same time a concept for the market introduction of the product (logistics, quality, timeline) and the cost calculations for the series and industrialisation stage will be created.

At a Glance

  • Risk assessment of the product and feasibility of key requirements
  • Simulating the circuits, developing hard- and software, FPGA Design, circuit board layout and system integration
  • High-frequency- and antenna development
  • Choosing components according to the preferred parts list, analysing the obsolescence, choosing strategic suppliers for key components
  • Design for excellence: design for manufacturing, design for test, product-FMEA, process-FMEA, test-FMEA
  • Manufacturing functional models, measurement and analysis
  • Creating the final qualification and certification program
  • Creating a concept for market introduction (Safe Launch Concept – SLC)
  • Documentation of the results of development and analyses
  • Determining initial expenditures for industrialisation and series price


Development Tools

  • Digital and analogue circuit design (such as sensor systems, interfaces, bus systems, power electronics, ARM-Cortex-based micro controllers, low power and high speed designs, wireless components)
  • Simulating circuit sections (SPICE, layout-simulation, FPGA design using ModelSim, signal integrity analyses)
  • EM simulation úsing CST Design Studio
  • Measuring antenna in calibrated measurement chamber
  • MTBF calculation
  • Layout design of complex PCBs (such as HDI/Microvia, Starr, Starr-Flex, Flex, EM´C-compliant, impendance controlled) using „Altium Designer“ and „Cadstar 9“
  • FPGA design using VHDL and Verilog
  • Controller-based “embedded control” systems, real time applications using 8 to 32 bit controllers (such as Cortex-Mx, ARM7/9 and MSP430)
  • µC-programming, DSP according to branchenspezifischen industry-specific standards
  • Development of firmware safety-relevant systems (medical technology, automotive, railmotive)
  • Programming of Windows applications in C++-Builder, C#
  • Various tools, such as Keil, CodeComposer, MicroProg, Subversion, Lint
  • LabView-programming for testing systems, test benches and measurement applications
  • Visual Studio, Matlab – Simulink

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