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Vision processing demands are rapidly evolving, and embedded systems must keep up with the growing need for real-time AI applications, high-speed data processing, and flexible hardware architectures. At Embedded World 2025 (Booth 5-142), Fidus Systems will showcase deep expertise in FPGA-based design with a live demonstration of CPU-based vs. FPGA-accelerated vision processing.
This demonstration highlights why leading industries—including aerospace, industrial automation, and medical imaging—are integrating FPGA acceleration into their vision systems.
The demo features two Sapphire AMD Embedded+ systems running the same vision application—one leveraging traditional CPU processing and the other utilizing FPGA acceleration with AMD Versal™ adaptive SoCs.
It’s a demonstration of FPGA’s expanded capabilities in handling high-performance vision workloads:
While the CPU pipeline produces richer color output, the FPGA solution delivers smoother performance and expanded input compatibility. Attendees will see firsthand how FPGA acceleration provides real-world efficiency gains for embedded vision.
Fidus has over 20 years of experience designing high-performance embedded solutions that power some of the most advanced FPGA-based applications in the industry. Our expertise spans:
Industries relying on AI vision applications—whether in medical imaging, aerospace, or industrial automation—demand ultra-fast, real-time processing. However, CPU-based systems often introduce challenges:
Fidus is solving these challenges with advanced FPGA-based architectures, high-speed processing solutions, and deep embedded systems expertise. At Embedded World 2025, our team will demonstrate how FPGA acceleration can improve efficiency, scalability, and system performance.
Our executive team will be on-site to discuss how FPGA acceleration and advanced embedded architectures can drive the next phase of your business’ vision processing strategy:
This is an opportunity to connect with industry leaders who have decades of experience in embedded systems, FPGA design, and high-performance computing.
Book a meeting with our team in advance.
Fidus is partnering with Carleton University to support hands-on FPGA education through industry-aligned hardware, practical learning environments, and direct exposure to modern design workflows. This collaboration reflects a shared commitment to strengthening Canada’s engineering talent pipeline and bridging the gap between academic learning and real-world embedded-system development.
Engineering leaders are under increasing pressure to deliver more complex systems with fewer internal resources. FPGA logic grows more demanding, embedded software expands faster than teams can staff, and board level designs now require deeper integration across hardware and firmware. This playbook gives leaders a clear framework for understanding when external engineering support becomes essential, how to choose an engagement model that protects quality and schedule, and what separates productive collaborations from the ones that create risk. Drawing on lessons from hundreds of advanced development programs, it outlines how to scale engineering capacity without slowing execution or sacrificing control.
Hardware doesn’t move at software speed — and that’s okay. Here’s what decision-makers need to know about realistic timelines when partnering with an embedded systems design services company like Fidus.
Trust us to deliver on time. That’s why 95% of our customers come back.
