مدیریت محصول نیمه‌هادی رقابتی: راهیابی به آینده فناوری نیمه‌هادی در عصر هوش مصنوعی

Table of Contents About the Authors About the Technical Reviewers Acknowledgments Introduction Chapter 1: Competition and Its Significance Competition in the PC Industry Competition Categories Apple Ecosystem Social Value Economic value Distributed Semiconductor Product Ecosystem Windows PC Ecosystem Competition in Windows PC Challenges and Opportunities Competitive Landscape Summary Chapter 2: Semiconductor Product Management Life Cycle Significance of Product Management Life Cycle Planning Stage Existing Competition New Product Entry Role of Product Managers Design and Development Semiconductor Design Methodology Tape-in Tape-out Engineering Sample Testing Product Release Role of Product Managers Semiconductor Manufacturing Regulatory Compliance Go-to-Market Plans and Product Launch Maintenance, Support, and End of Life Summary Chapter 3: Competitive Semiconductor Product Strategy Significance of Competitive Semiconductor Product Strategy Competitive Semiconductor Strategy Development Framework Input for Strategic Analysis Internal and Ecosystem Partner Analysis Market Analysis External Industry and Competitive Analysis PESTEL Analysis Porter’s Five Forces Competitor SWOT Analysis Semiconductor Products Strategy Development Strategic Product Decisions Strategic Product Positioning Strategic Sustainability and Product Renewal Plans Strategic Roadmap Objectives Strategic Innovations and Investments Strategic Risk Identification and Mitigation Conclusion Semiconductor Products Strategy Execution Summary Chapter 4: SoC Architecture and Power Management CPU Architecture Instruction Set Architecture (ISA) Microarchitecture Memory Hierarchy CPU KPIs CPU AI GPU Architecture Memory Hierarchy GPU KPIs GPU Programmability NPU Architecture Media SoC Integration Power Management Transistor Threshold Voltage Operating Voltage and Frequency Thermal Design Power (TDP) IP Power Management SoC Power Supply and Delivery Management Implementing Power Management from IP to Device Performance per Watt Summary Chapter 5: Semiconductor Manufacturing Transistor Technology Manufacturing Monolithic and Desegregated Dies OSAT Semiconductor Manufacturing Leaders Semiconductor Manufacturing Pricing TSMC Intel Performance Per Dollar Security Summary Chapter 6: The CHIPS Act of 2022 The Impact of the CHIPS Act Technological Impacts Economic Impacts Other Impacts and Challenges Role of Product Managers and Management Just-in-Time Manufacturing Summary Chapter 7: OEMs and Channel Partners OEMs Motherboard Assembly Final Product Assembly and Testing Operating System, Drivers, and Other Software Installation Quality Inspection, Performance Testing and Tuning, and Packaging Channel Partners Summary Chapter 8: Performance Management Product Performance Management Strategy Implementing a Product Performance Management Strategy SoC-Level Performance Management Strategy System-Level Performance Management Strategy Product Performance Management Stages in Performance Management Pre-Silicon and Post-Silicon Performance Measurements DFT and DFD SoC System Performance Measurements Benchmarks Microbenchmarks CPU Microbenchmarks GPU Microbenchmarks NPU Microbenchmarks Other Microbenchmarks Synthetic Benchmarks Real-World Benchmarks Conclusion New Benchmark Development Go-to-Market Strategy Support and EOL Summary Chapter 9: Competitive Semiconductor Product Roadmaps Defining Competitive Semiconductor Product Roadmaps Roadmap KPIs Organizing Product Roadmaps A Path to Achieve Product Roadmap KPIs Process Technology Design and Microarchitecture Memory Architecture HW-SW Co-Design The Advantages of HW-SW Co-Design System Co-Design Programmability and Developer Tools Open Source and Proprietary Frameworks Competitive Intelligence Projections Product Portfolio OEMs and Supply Chain The Secret to Strong Product Roadmaps Summary Chapter 10: AI in Semiconductor Product Management AI Transformation in Semiconductor Product Management AI in Product Development Life cycle AI Use Cases Competition in AI Summary