Abstract: In the modern digital electronics platforms Xilinx plays a centric role by precursor and doyen the programmable logic technologies, especially in Field Programmable Gate Arrays (FPGAs) and adaptive System-on-Chip (SoC) solutions. The designers can able to implement complex digital systems with high flexibility with enhancing parallel processing capability and rapid reconfigurability using Xilinx devices. These particular devices provide upper hand as it is ideal for applications requiring high performance and with more adaptability as compared with digital electronics. The platforms of Xilinx support a wide range of functions like (signal processing, embedded control, hardware acceleration and real-time data handling). The solutions based on Xilinx minimise the gap between hardware and software design. Integrating Xilinx with Artificial Intelligence (A.I) and Internet of Things (IoT) makes the entire device more useful in domains related towards telecommunications, industrial automation, automotive electronics and others sectors. This paper indicates the benefits of Xilinx devices that are used for consumer electronics and securing control on data centres. It is the evolution of modern digital electronics platforms that enable scalable, energy-efficient and high-performance system design.
Virnave et al. (Fri,) studied this question.