Close-up of a populated printed circuit board

Embedded

PCB Design & Firmware Development

We develop custom electronic solutions from the initial concept to a fully functional product. Our services cover the complete development process — from circuit design and professional PCB layout to component selection, embedded systems and custom firmware development.

By combining hardware and software development, we create reliable, efficient and application-specific solutions that are designed to work together as one complete system.

Get a quote →How it works

Quick overview

Everything from schematic to production

  • Circuit & Schematic Design
  • PCB Design & Layout
  • 2-Layer, 4-Layer & Multilayer PCBs
  • Component Selection & BOM Creation
  • Analog, Digital & Mixed-Signal Design
  • Power Electronics & Power Supply Design
  • Microcontroller & Embedded Systems
  • Firmware Development
  • Device Drivers & Hardware Interfaces
  • Communication Protocols
  • Hardware & Firmware Debugging
  • Prototyping & Bring-Up
  • Design Optimization & Review
  • Design for Manufacturing & Production

PCB Design

Professional boards, built to be manufactured

From simple circuit boards to complex embedded systems, we design professional PCBs with a strong focus on functionality, reliability, manufacturability and cost efficiency.

Circuit board and electronics hardware close-up

Circuit & Schematic Design

  • Complete electronic circuit development
  • Converting requirements and block diagrams into schematics
  • Analog and digital circuits
  • Mixed-signal design
  • Microcontroller-based systems
  • Sensors and actuators
  • Power supply and power management
  • Protection circuits
  • Signal conditioning and measurement circuits

PCB Layout

  • Professional component placement
  • Signal and power routing
  • Multilayer PCB design
  • Ground and power planes
  • Differential pair routing
  • Controlled impedance
  • High-speed signal routing
  • EMI/EMC-conscious layout
  • Thermal management
  • Via and layer optimization
  • Design Rule Checks (DRC)

Manufacturing & Production

Manufacturing requirements are considered from the beginning of the design process.

  • DFM — Design for Manufacturing
  • DFA — Design for Assembly
  • PCB manufacturer requirements
  • Manufacturing tolerances
  • Component availability and alternative parts
  • Bill of Materials (BOM)
  • Pick-and-place data
  • Gerber and production files
  • Prototype and series-production preparation
Microcontroller and embedded electronics on a workbench

Firmware & Embedded Software

Firmware tailored to your hardware

We develop reliable and efficient embedded firmware specifically tailored to the hardware and requirements of your application. Our firmware development ranges from low-level hardware control to complete embedded applications.

Firmware Development

  • Microcontroller programming
  • Hardware initialization
  • Hardware Abstraction Layers
  • GPIO, timers and interrupts
  • ADC / DAC
  • PWM
  • DMA
  • Flash & EEPROM
  • Bootloaders
  • State machines
  • Real-time applications
  • Low-power and sleep modes
  • Error detection and recovery
  • Watchdog systems

Interfaces & Communication

Development and integration of various communication interfaces and protocols:

  • UART / USART
  • I²C
  • SPI
  • CAN / CAN-FD
  • USB
  • RS-232 / RS-485
  • Ethernet
  • Bluetooth / BLE
  • Wi-Fi
  • Modbus
  • Custom communication protocols

Debugging & Testing

Hardware and firmware, diagnosed as one system

Hardware and firmware are not treated as separate systems. By combining PCB and firmware expertise, we can analyze and resolve issues directly at the system level.

  • Hardware debugging
  • Firmware debugging
  • Oscilloscope measurements
  • Logic analyzer measurements
  • Protocol analysis
  • Signal and timing analysis
  • PCB-level troubleshooting
  • Performance optimization
  • Functional testing
  • Hardware/firmware validation
  • Root-cause analysis
Engineering lab with test equipment for hardware debugging

From Concept to Product

We can support the complete development process

Prototype electronics assembly and bring-up
  1. 01

    Concept

    Analysis of requirements and definition of the technical solution.

  2. 02

    Circuit Design

    Development of the schematic and selection of suitable components.

  3. 03

    PCB Design

    Component placement, routing, signal integrity, power distribution and EMC considerations.

  4. 04

    Firmware Development

    Development of embedded software and hardware control.

  5. 05

    Prototyping

    Prototype assembly, board bring-up and systematic debugging.

  6. 06

    Optimization

    Improvement of performance, reliability, cost and manufacturability.

  7. 07

    Production

    Preparation of manufacturing data and documentation for prototype or series production.

Hardware & Software — One Integrated Solution

PCB Design + Embedded Firmware + Debugging = Complete Embedded Systems

By combining PCB design and firmware development under one development process, hardware and software can be optimized together from the very beginning.

This approach helps reduce development time, simplify debugging and create a reliable foundation for prototypes, custom electronics and production-ready embedded products.

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