PRO DESIGN Electronic GmbH
PRO DESIGN Electronic GmbH develops and manufactures a portfolio of proprietary FPGA-based acceleration products, designed for high-performance computing, data-intensive applications, and advanced embedded systems.At the core of the portfolio are high-end PCIe FPGA acceleration cards, built on the Altera FPGA technologies. These platforms are engineered to deliver maximum compute performance, high memory bandwidth, and flexible interfacing, enabling applications such as AI/ML acceleration, data analytics, high-speed networking, and storage offloading.A key product family is the prodesign FALCON series, based on Altera® Stratix® 10 and Agilex® 7M FPGAs. These accelerator cards integrate advanced features such as High Bandwidth Memory (HBM), PCIe Gen4/Gen5 connectivity, and high-speed interfaces including QSFP-DD. Their modular architecture allows flexible I/O expansion and seamless integration into a wide range of system environments.Beyond standard products, PRO DESIGN has extensive expertise in the customized development of highly complex FPGA boards. Building on its proven platforms, the company designs and delivers tailor-made hardware solutions that address demanding requirements in terms of performance, signal integrity, power management, and system integration. This includes the development of multi-FPGA systems, high-speed interface designs, and application-specific architectures optimized for customer use cases.A defining characteristic of PRO DESIGN’s approach is the combination of reusable product platforms with deep engineering capabilities. Customers benefit from reduced development risk and faster time-to-market, while still achieving fully customized solutions when required.All products are developed and manufactured in Germany, combining decades of FPGA expertise with a strong focus on quality, reliability, and long-term availability. By leveraging Altera FPGA technology within both standard and custom platforms, PRO DESIGN delivers high-performance, production-ready solutions for the most demanding applications.