利用成本优化型 FPGA 和自适应 SoC 释放创新潜能白皮书

Investment Rating - The report does not explicitly state an investment rating for the industry or company Core Insights - The report emphasizes the importance of cost-optimized FPGA and adaptive SoC technologies in enhancing hardware design flexibility without compromising performance or efficiency [3][4][6] - It highlights the growing demand for flexible, energy-efficient, and low-cost architectures driven by innovations in IoT, machine vision, and AI in edge computing [6][10] - The report discusses the advantages of programmable logic, which allows developers to customize hardware for specific applications, thus improving system throughput and efficiency [13][14] Summary by Sections Overview - The report outlines current trends and challenges in electronic product design, focusing on the integration of AI in edge computing and the need for flexibility in hardware design [6][8] Advantages of Programmable Logic - Programmable logic introduces software programmability into hardware design, allowing for tailored solutions that enhance performance and efficiency [13][14] Adaptive Computing - New generations of FPGA and adaptive SoC integrate essential features for modern embedded applications, enabling developers to utilize pre-validated IP blocks for faster design [18][19] AMD Cost-Optimized FPGA Product Portfolio - The portfolio includes a range of FPGAs and adaptive SoCs designed for low power and high I/O applications, supporting various process technologies from 45 nm to 16 nm [24][30] - The report details specific product lines such as AMD Spartan™ UltraScale+™ FPGA, which offers high I/O and logic resource ratios, making it suitable for cost-sensitive low-power applications [41][44] Applications for AI and Machine Learning - The report identifies the suitability of cost-optimized FPGAs for applications in AI, machine learning, and various industrial sectors, emphasizing their role in enhancing performance and efficiency [41][42] Choosing the Right Programmable Device - The report provides guidance on selecting appropriate programmable devices based on embedded processing needs, high-speed transceivers, and logic resource requirements [51][52]