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FPGA Co-Processors are redefining what’s possible at the edge—enabling real-time analytics with precision, efficiency, and scalability. This guide explores proven design patterns, integration models, and optimization strategies to help engineering teams build smarter, faster embedded systems.
This in-depth guide explores the evolving security challenges in FPGA-based embedded systems. Learn how to implement secure boot, protect against runtime threats, and build resilient architectures that meet the demands of aerospace, automotive, and medical applications. See how FPGAs like AMD Versal adaptive SoCs support robust security from design through deployment.
Explore best practices for hardware-software partitioning in FPGA-based systems. Learn how to evaluate trade-offs, model performance, and avoid common pitfalls through real-world case studies from telecom, AI, and industrial control. Get a step-by-step framework for architecting flexible, high-performance designs—whether you’re targeting Zynq, Versal, or custom embedded platforms.
Explore the future of aerospace embedded software, where AI, FPGA architectures, and scalable systems drive innovation. Learn how Fidus Systems delivers real-world aerospace solutions through cutting-edge embedded technologies.
Fidus Systems is showcasing next-generation FPGA-accelerated vision processing at Embedded World 2025 (Booth 5-142). See how AMD Versal™ adaptive SoCs deliver real-time AI processing, lower latency, and expanded I/O capabilities. Meet Fidus’ executive team and explore how FPGA expertise can optimize your embedded vision system.
Embedded software testing ensures reliability, safety, and compliance in mission-critical systems. This guide explores essential testing tools, debugging strategies, automation techniques, and industry best practices to help engineers build robust embedded systems.
Discover the role of Embedded Linux in high-performance systems, from real-time kernel optimizations and security strategies to use cases in industrial automation, medical devices, and IoT. Learn how Fidus delivers tailored Embedded Linux solutions for mission-critical applications.
Fidus Systems, in collaboration with Lattice Semiconductor, explores how LTPI multiplexes control signals over a high-speed LVDS link while MIPI enables high-bandwidth video transmission in FPGA-based systems. This deep dive covers real-world implementation using Lattice MachXO5-NX FPGAs, key design challenges, and applications beyond data centers.
Discover the role of Embedded Linux in high-performance systems, from real-time kernel optimizations and security strategies to use cases in industrial automation, medical devices, and IoT. Learn how Fidus delivers tailored Embedded Linux solutions for mission-critical applications.
Porting and migration are essential for ensuring embedded systems stay scalable, reliable, and future-ready in industries like aerospace, automotive, and industrial automation. In this blog, we explore key challenges, share Fidus Systems’ proven best practices, showcase real-world case studies, and highlight advanced tools and methodologies used to streamline the porting and migration process. Discover how Fidus’ expertise ensures seamless transitions, reduced risks, and accelerated time-to-market.
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