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Hardware-Verified Radar Processing on Zynq (Part 2: FPGA Architecture, Folding & Timing Closure)
Final amplitude fo I&Q matches the Octave simulation
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Hardware Portfolio: High-Speed FPGA Based PCB Designs
This entry showcases a selection of high-complexity hardware solutions designed for industrial-grade…
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FPGA radar correlator on Zynq: From Mathematical Modeling to FPGA Implementation (Part 1)
Introduction Designing real-time digital signal processing (DSP) pipelines on embedded FPGA hardware…
Bridging Theoretical Concepts with Tangible Innovation
My career is dedicated to the seamless integration of advanced hardware design and high-performance FPGA architectures. I specialize in translating complex system requirements into robust, scalable, and optimized electronics. By leveraging deep technical expertise in PCB design and RTL development, I empower organizations to bridge the gap between initial conceptualization and final product deployment.