Blog

Real-Time Operating Systems (RTOS) are the backbone of modern embedded systems, powering critical applications across industries. This guide explores their importance, core components, and design strategies while showcasing real-world examples of deterministic and secure system implementations.

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 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 FPGA prototyping can streamline your design process, accelerate validation, and reduce time-to-market. In this blog, we explore the critical role of FPGA prototyping in SoC design, software development, and more, offering insights on why it’s the preferred choice for innovative projects. Learn how Fidus leverages FPGA technology to ensure your project is “First Time Right” and ready for production.

Fidus is proud to announce that it has been named an AMD 2023 Adaptive Compute Partner of the Year. “Fidus is a key contributor to the success of AMD, and we are proud to recognize them as a 2023 Adaptive Compute Partner of the Year.” said Rhett Whatcott, Director, Global Training & Enablement at AMD.

This blog explores how FPGAs in aerospace offer the flexibility and adaptability needed for demanding applications such as avionics and satellite communications. We delve into key applications, essential design considerations, and real-world case studies that highlight the transformative role of FPGAs in modern aerospace systems.

FPGA security is crucial for protecting the integrity and functionality of systems that use these flexible and reprogrammable components. This blog explores common threats, such as malware and power analysis attacks, and highlights the unique security advantages of FPGAs. It also covers the latest security trends, including enhanced encryption and secure boot implementations, and provides best practices to safeguard FPGA designs. Learn how to effectively protect your FPGA-based systems and stay ahead of emerging threats.