Webinar-on-demand
Designing high-performance X-Ray detector platforms with AMD FPGA & MPSoC architectures
Learn architectural principles and engineering solutions for next-generation imaging detectors, straight from real, system-level design experience.
Modern medical imaging systems demand exceptional precision, speed, and reliability. In this webinar, Analogic, Orthogone Technologies, and AMD share how they co-developed a high-performance digital detector platform that redefines what’s possible in mammography and 3D tomosynthesis.
Discover how Orthogone’s expertise in FPGA design, embedded software, and high-speed hardware architecture enabled Analogic to integrate ultra-sensitive sensors, real-time data processing, and scalable FPGA-based image pipelines — all powered by AMD’s Zynq UltraScale+ MPSoC.
Co-Founder & CTO
Engineering Manager
How system architecture affects image quality, real-time performance, and scalability.
Design patterns that enable deterministic processing and modular expansion.
Practical insights you can apply whether you’re building new platforms or modernizing legacy systems.
*This webinar is focused on education and engineering value, not product marketing
This webinar has been made in collaboration with
Learn how AMD MPSoC and FPGA technologies enable next-generation detector performance. Explore the co-design approach that unified hardware, firmware, and real-time software.
