XCZU25DR-L2FFVE1156I

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Introduction to System on Chip (SoC) Application

System on chip (SoC) technology is a type of embedded system application, where all the components of a computer are integrated into one chip. It is composed of one or more processors, memory, application-specific peripheral modules and software. SoC technology is used in a number of embedded and mobile applications, including internet of things (IoT) nodes, vehicle infotainment systems, and connected home systems.

XCZU25DR-L2FFVE1156I Application

The Xilinx XCZU25DR-L2FFVE1156I SoC is an advanced FPGA-based system on chip. It is based on the Xilinx UltraScale + FPGA architecture, which allows for high-capacity, low-power processing in a single die, as well as a number of on-chip peripherals for application-specific processing.The XCZU25DR-L2FFVE1156I SoC features four 64-bit ARM Cortex-A53 R5 cores, 16nm TSMC process technology for low power operation, up to 8GBytes DDR4-2400 DIMM memory, and on-chip resources for accelerating applications. It can be implemented in various end-devices such as camera systems, industrial automation systems, aviation avionics, and medical imaging equipment.

Working Principle of XCZU25DR-L2FFVE1156I SoC

The XCZU25DR-L2FFVE1156I SoC is based on the Xilinx UltraScale+ FPGA architecture. It provides a 26K logic element compute fabric, a wide variety of hard IPs including embedded processors, memory interface controllers, and signal processing blocks.The XCZU25DR-L2FFVE1156I integrates the four ARM Cortex-A53 R5 cores, packages them on one chip, and runs them as an SoC. All four cores are within a single symmetric multiprocessing (SMP) domain and share a common L3 cache.The whole SoC is scalable, allowing for the integration of 3rd party intellectual property (IP) modules as well as user-defined IP. It also features on-chip resources for application-specific processing, such as the Fast Fourier Transform (FFT) module, the FIR filters and digital down converters for digital audio, motion estimation for image feature detection, and Statistical Analysis and Reinforcement Learning (SARL) for automated machine learning.Furthermore, the XCZU25DR-L2FFVE1156I SoC provides a multitude of on-chip security features to help in developing robust and secure systems. It provides AES-256 encryption, hardware based root-of-trust and secure boot. The on-chip security system also supports secure debug operations in order to protect external IP resources.

Conclusion

The Xilinx XCZU25DR-L2FFVE1156I SoC offers a versatile and scaleable platform to design embedded systems that can be customised for different applications. It is ideal for low power, high performance and secure systems for a variety of end-devices, such as medical devices, automated machines, surveillance systems and connected home systems.

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