1. IntroductionPower optimization for FPGAs is a systematic project that requires collaborative optimization from multiple levels including design architecture, RTL code, tool configuration, and physical implementation, while balancing performance, area, and power consumption (PPA). For Zynq/MPSoC, which also includes the PS side, there are more factors to consider and more methods to apply. For example, … Read more
Author: Clive “Max” Maxfield Introduction to Xilinx FPGA, SoC, MPSoC, RFSoC, and ACAP Products Xilinx offers a wide variety of programmable device products, with performance and functionality ranging from medium to very high. The range includes traditional FPGAs, SoCs (FPGA programmable structures with a single hard core processor), MPSoCs (FPGA programmable structures with multiple hard … Read more
# In-Depth Analysis of XCZU2CG-2SFVA625E: The Versatile Embedded Tool of the Zynq UltraScale+ Family **Content provided by**: Shenzhen Xister Electronics Co., Ltd. Technical Team **Contact Information**: Tingfeng, WeChat: 17302692832 Enterprise QQ: 2881521478, please specify your requirements when adding In the field of embedded system design, hardware engineers and electronics enthusiasts often face the challenge of … Read more
Introduction: Entering the Multicore World of MPSoC Hello everyone! Imagine how the “brains” behind your smartphone, car, and smart home devices work. Today, we will discuss a technical treasure trove—”Multi-Processor System-on-Chip 1: Architectures.” This book is like an old professor, narrating the story of Multi-Processor System-on-Chip (MPSoC) from its inception to how it has changed … Read more
01 Overview of SEM IP Functionality The SEM (Soft Error Mitigation) technology achieves observable soft error simulation through targeted ECC parity bit injection. This mechanism precisely selects parity bits within the Configuration RAM Frame (CRAM Frame) for controllable flipping, ensuring that injected errors are located in the redundant parity area rather than in functional logic … Read more
1. Cypress PSoCPSoC (Programmable System on Chip) is a highly integrated programmable system-on-chip developed by Cypress Semiconductor Corporation. It combines a microcontroller (MCU), digital logic, and analog signal processing capabilities into a single chip, making it suitable for a wide range of applications.
1. Introduction The Internet of Things (IoT) technology is developing rapidly, requiring the application of multiple sensors. However, many sensors output analog signals, which leads to the need for an Analog Front End (AFE). You might think of a multitude of devices, but in this case, a single chip can solve all problems. For this … Read more
AMD-Xilinx MPSoC and Versal ACAP series have complex internal power structures, including Full Power Domain (FPD), Low Power Domain (LPD), single processor power domains, peripheral nodes, and memory power domains. These domains can be powered on or off, optimizing the overall solution’s power consumption. They also allow for dynamic power management at runtime to achieve … Read more
The rapid development of the Internet of Things (IoT) in the past two years is evident to industry professionals. However, as development accelerates, the difficulty of developing new devices also increases significantly. How can we achieve the best development experience while maintaining security and low power consumption, and reduce time-to-market? To excel in a task, … Read more
Overview The automotive infotainment system, also known as the vehicle-mounted machine, is a comprehensive information processing system based on the vehicle body bus system and internet services. This article will specifically discuss the challenges faced in the power supply design for the surround-view camera and USB ports in the vehicle-mounted system. As shown in Figure … Read more