Adaptive Intelligence, Powering an Interconnected World

Xilinx pioneers adaptive computing through its self-reconfiguring silicon and holistic stacks, delivering future-proof solutions across automotive, industrial, and AI-driven domains.

Automotive: Redefining Safety and Autonomy

Front Camera Perception
Collaborating with Motovis, Xilinx’s Zynq-based CNN IP enables 8MP resolution processing for LKA/AEB, slashing costs by 60% while meeting Euro NCAP 2022 standards.

4D Imaging Radar
The Zynq UltraScale+ MPSoC powers Continental’s ARS540 radar, achieving 300m range detection and ±60° azimuth/elevation tracking—critical for SAE L2-L5 autonomy.

Industrial & Embedded Vision: Agile Innovation

Xilinx’s reVISION stack accelerates embedded ML deployment, boosting frames-per-watt by 40x over GPUs. Its OpenCL/C++ flow empowers software engineers to build low-latency drones or AR systems sans hardware expertise.Kintex-7 FPGA Kits integrate motor control and HD video (1080p60) via configurable I/Os, ideal for medical imaging and broadcast gear.

Chip Prototyping: Enabling Next-Gen Silicon

Virtex UltraScale+ VU19P—the world’s largest FPGA (16nm, 35B transistors)—simulates complex ASICs/SoCs for AI and 5G validation. With 1.6x more logic cells than predecessors, it drives compute density while cutting power by 60%.

Why Xilinx Wins:

Scalable: Unified architectures (e.g., Zynq, Virtex) span edge-to-cloud, ensuring design reuse.

Cost-Effective: Integrated AMS (XADC) replaces discrete ICs, reducing board space and FIT rates.

Future-Ready: Real-time hardware reprogramming adapts to evolving algorithms—from sensor fusion to UCIe-based chiplet

In an era of exploding data diversity, Xilinx turns rigidity into resilience, making adaptability the ultimate competitive edge.