Hardware Design

Digital Hardware Design consists of develoment, schematic entry and layout of microcontroller or DSP-based platforms.

Analog and Mixed-Signal Hardware Design

Analog circuit design implies a good knowledge of physics. Examples are:
SMPS, ADC (24 bit, 12 Msps), DAC, analog interfaces (precision, opto-isolation, level-shifting), line drivers.

Our analog designs, almost always being part of a larger setting, are typically working on PCI, PMC or VME extension cards.

Area of Expertise

  • Field-Programmable Gate Arrays (FPGA)
  • Embedded Systems Design
  • PC-based Systems Design
  • Motion Control
  • Digital Signal Processing
  • Schematic Capture and PCB Layout
  • Rapid Prototyping

HDL Design

HDL Design is comprised of specification and implementation of complex customer-specific logic in Hardware Description Languages (HDL) such as VHDL or Verilog.

We design, implement and verify customer-specific, programmable logic. Specification, implementation, design synthesis, validation and verification are embedded in a standard design-flow of hardware and software co-design. Our logic designs are typically targeted to FPGAs or PLDs. Traditionally used as "glue logic", the actual devices are flexible, cost-saving and feature-rich in order to embed components like interfaces (UART, SPI, USB), memories and even CPU-cores (8051, RISC, Microblaze). With us, you benefit from neatly designed programmable logic solutions.

Area of Expertise

  • FPGA/CPLD design and synthesis
  • Soft-cores (Xilinx MicroBlaze and Altera Nios)
  • Communication interfaces (USB, PCI-Express, Ethernet)
  • Hardware-Integration (Design-In)
Digital Hardware Design consists of develoment, schematic entry and layout of microcontroller or DSP-based platforms. Analog and Mixed-Signal Hardware Design Analog circuit design implies a... read more »
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Hardware Design

Digital Hardware Design consists of develoment, schematic entry and layout of microcontroller or DSP-based platforms.

Analog and Mixed-Signal Hardware Design

Analog circuit design implies a good knowledge of physics. Examples are:
SMPS, ADC (24 bit, 12 Msps), DAC, analog interfaces (precision, opto-isolation, level-shifting), line drivers.

Our analog designs, almost always being part of a larger setting, are typically working on PCI, PMC or VME extension cards.

Area of Expertise

  • Field-Programmable Gate Arrays (FPGA)
  • Embedded Systems Design
  • PC-based Systems Design
  • Motion Control
  • Digital Signal Processing
  • Schematic Capture and PCB Layout
  • Rapid Prototyping

HDL Design

HDL Design is comprised of specification and implementation of complex customer-specific logic in Hardware Description Languages (HDL) such as VHDL or Verilog.

We design, implement and verify customer-specific, programmable logic. Specification, implementation, design synthesis, validation and verification are embedded in a standard design-flow of hardware and software co-design. Our logic designs are typically targeted to FPGAs or PLDs. Traditionally used as "glue logic", the actual devices are flexible, cost-saving and feature-rich in order to embed components like interfaces (UART, SPI, USB), memories and even CPU-cores (8051, RISC, Microblaze). With us, you benefit from neatly designed programmable logic solutions.

Area of Expertise

  • FPGA/CPLD design and synthesis
  • Soft-cores (Xilinx MicroBlaze and Altera Nios)
  • Communication interfaces (USB, PCI-Express, Ethernet)
  • Hardware-Integration (Design-In)