Blog

Fidus Systems, North America’s leader in highly-specialized embedded system design services, has been named Kanata North Tech Business of the Year at the 2024 Ottawa Business Awards.

MIO optimization is crucial for achieving efficient and scalable designs on AMD Zynq™ UltraScale+™ MPSoC and RFSoC platforms. Explore expert-led steps to streamline peripheral assignments, configure voltage banks, and enhance system performance.

Explore Fidus Systems’ best practices in video interface design, covering protocol selection, real-time processing, and user-centric engineering. See how Fidus creates high-performance solutions that ensure seamless, high-quality video transmission.

Explore how FPGA engineers and software developers can overcome common collaboration challenges with strategies to align workflows, integrate tools, and foster seamless co-design for high-performance applications.

In today’s fast-evolving world of high-performance embedded systems, combining FPGA and software design within MPSoC architectures is crucial for unlocking real-time performance and efficiency. But how do you ensure that these two critical components work seamlessly together? In this blog, we explore best practices for FPGA and software co-design, offering insights from Fidus experts Chris Tippett and Jeremy Brooks. Learn how to optimize your design process, avoid common pitfalls, and achieve breakthrough results by integrating FPGA and software effectively. Whether you’re new to MPSoC or looking to improve your current designs, this guide will help you get started.

In the ever-evolving landscape of FPGA design, AMD’s Versal Adaptive SoCs stand out with their advanced AI Engine (AIE) capabilities. These SoCs integrate programmable logic and processing systems to meet the high-performance demands of AI and DSP applications. In this piece, we dive into essential C/C++ optimization techniques and hierarchical design strategies to help developers maximize the efficiency and maintainability of their AI engine designs.

Discover how FPGAs are revolutionizing embedded systems across industries like telecommunications, aerospace, and IoT. From selecting the right design tools to implementing cutting-edge techniques like dynamic reconfiguration and energy harvesting, we explore the trends driving FPGA innovation. Learn how FPGAs compare to ASICs and CPUs, and why they’re becoming essential for modern, high-performance applications.