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In this blog, we explore advanced techniques for securing bootloaders and Board Support Packages (BSPs) in embedded systems. From encryption strategies like AES and RSA to real-world case studies from Fidus, discover how to protect your devices from unauthorized access and firmware tampering. Plus, check out our upcoming and on-demand webinars for deeper insights into embedded system security.
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.
Thermal management is critical for high-performance FPGA systems. Discover essential cooling techniques, advanced power-saving strategies, and PCB design tips to keep your FPGAs running efficiently and cool under pressure.
We look forward to showcasing our embedded expertise in X86, Versal, and Ryzen on the SAPPHIRE EDGE+ platform at Embedded World North America 2024 and the AMD Adaptive Computing Summit 2024. If you’d like to learn more about the Sapphire Edge Plus and how it can transform your next project.
Secure Boot is more than just a security feature—it’s a critical foundation for protecting embedded systems from unauthorized access and tampering. In this blog, we delve into the essentials of Secure Boot, its role in ensuring device integrity, and real-world examples of its application. Learn how Secure Boot can safeguard your systems and why it’s crucial to extend security measures beyond the boot process.
FPGAs are rapidly becoming a game-changer in machine learning, offering unparalleled customization, low latency, and power efficiency. In this blog, we explore how Fidus leverages industry-leading FPGA tools and expertise to deliver optimized AI solutions for real-time data processing and neural network inference.
Secure Boot is more than just a security feature—it’s a critical foundation for protecting embedded systems from unauthorized access and tampering. In this blog, we delve into the essentials of Secure Boot, its role in ensuring device integrity, and real-world examples of its application. Learn how Secure Boot can safeguard your systems and why it’s crucial to extend security measures beyond the boot process.
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.
Join Peifang Zhou, Senior Embedded Software Designer, as he explores the intricacies of building a clean and simple command line interface (CLI) for embedded systems in an RTOS environment. This webinar delves into object-oriented design, modular functional blocks, and practical implementation strategies to enhance the performance and maintainability of your embedded projects. Discover how Fidus Systems can help you navigate the complexities of embedded software development with innovative solutions and specialized expertise. Watch now and elevate your embedded systems design to the next level.
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