Design Services

  • «Enclustra reworked and extended our existing FPGA design, which is a central part of a series of specialized measurement devices. Enclustra represents the FPGA expertise in our development team, and we look forward to working with them to further extend the functionality of our product line.»

    Florian Leitner
    Leiter Sondermaschinenbau Elektrotechnik
    Schaeffler Technologies AG & Co. KG

  • «One of the main parts in the digital signal processing path of Narda‚Äôs Real-Time Spectrum Analyzer SignalShark has been developed and implemented by Enclustra. We appreciated Enclustra's professional approach, thorough documentation and deep understanding of signal processing algorithms as well as FPGA technology.»

    Eduard Staller
    Director R&D
    Narda Safety Test Solutions GmbH

  • «Enclustra has been supporting us in digital ASIC design activities for several years now. We appreciate their flexibility and reliability in providing us with the required engineering expertise whenever we need it and we look forward to further collaborating with them.»

    Roman Furrer
    Head of Development Department Motor/ASIC
    Belimo Automation AG

  • «Enclustra was tasked with implementation of the FPGA firmware for our next-generation test system, which is used to test our sensor products after manufacturing. They delivered on time, and integration into our system was seamless. We appreciated the close and uncomplicated collaboration with their engineering team.»

    Stefan Wengle
    Head of R&D Hardware/Firmware
    Sensirion AG

  • «Enclustra has shown great expertise and professionalism in a project that focused on porting and extending a legacy design. We would be happy to continue the collaboration with the Enclustra design services team in future projects.»

    Dr. M. Braun
    Project Manger PD
    Analytik Jena GmbH

  • «Enclustra was significantly involved in the development of our first generation of digital multi-band repeaters for mobile radio applications. Their expertise in FPGA-based digital signal processing and their willingness to share their knowledge greatly helped us to shorten time to market, reduce development risk and climbing the steep learning curve of FPGA-based system development.»

    Pascal Schwab
    Head of Development
    Comlab AG

  • «Enclustra provided us with a turnkey development of a special checkout equipment (SCOE) for intra-satellite communication testing in the context of the SARah satellite mission. Their full-stack expertise, from PCB over FPGA firmware to application software development, made them a one-stop-shop for our needs. We will happily consider them again for our future projects.»

    Rafael Plonka
    Team Lead
    OHB System AG

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Our engineering team supports you in all areas of FPGA-based system development, from high-speed hardware and HDL firmware through to embedded software, and from specification and implementation through to prototype production.

FPGA System Design

If you’re seeking efficient implementation of your product idea, improved algorithm performance, or lower system manufacturing costs, our cutting-edge FPGA expertise means that you don’t have to worry if FPGA knowledge is something your company lacks. We can support you in the design of your complete FPGA-based system. more

FPGA HDL

FPGA HDL Logo Today’s FPGAs offer practically unlimited possibilities due to their fast logic cells, efficient routing, on-chip memory used on a granular basis, specialised function blocks (e.g. DSP) and powerful I/O structures. The importance of efficiently designed, well-written HDL code remains just as significant as ever. more

FPGA Hardware

FPGA Hardware Logo With each generation, FPGAs have become more powerful, the interfaces faster, physical dimensions smaller and wiring therefore more complex. This development has a direct impact on the requirements in FPGA hardware design. more

Embedded Software

Embedded SW Logo As more and more powerful SoC devices and soft processors become available, the development of embedded software for FPGA-based systems becomes increasingly important. The use of SoC devices or soft processors in FPGAs allows systems to be created with a previously unknown degree of flexibility. more