Semiconductor Supply Chain Challenges

Semiconductor Supply Chain Challenges

• The semiconductor industry is crucial for national security and economic growth, prompting significant political involvement.
• The US CHIPS and Science Act aims to address supply chain vulnerabilities, enhance national security, and maintain technological competitiveness against heavy international competition.
• The act has initiated investments in six major US semiconductor manufacturing plants (fabs), though funding disbursements have been limited thus far.
• Industrial facility investment across all sectors is forecasted to grow by 85% in 2024 compared to 2019, adjusted for inflation.
• Semiconductor production growth is expected to be slow, with a predicted 21% increase in industrial production for Q1 2024, while significant investment-driven growth may not commence until 2026.
• Challenges not addressed by the CHIPS Act include vendor concentration, advanced packaging/test assembly, and rising costs.
• Potential unintended consequences may arise from the act, influencing both allies and competitors negatively.

Strategic Rivalry

• Ongoing strategic competition exists between the US/EU and mainland China, negatively impacting global supply chains for nearly ten years.
• Geopolitical uncertainties, such as the upcoming US elections and China-Taiwan relations, add complexity to supply chain dynamics.
• US regulations have ambiguous definitions that can extend restrictions to new products easily.
• Mainland China represents a major market for semiconductor companies, contributing 30% of revenues for the ten largest chip manufacturers, compared to the US's 25%.
• Companies may need to create products tailored specifically for mainland China and adjust their supply chains to mitigate geopolitical risks.
• Illegal trade activities, including industrial espionage and piracy, are expected to increase.
• International research and standard-setting efforts are threatened, with politicization of industry standards like 5G posing significant risks.

Physical Risks

• Semiconductor supply chains face substantial physical risks, making them difficult to manage for diversified firms due to the specialized nature of manufacturing equipment.
• The semiconductor shortages during the COVID-19 pandemic were primarily demand-driven, spurred by increased consumer device demand rather than major fab closures.
• The pandemic accelerated the global digital transformation, increasing demand for IT and security solutions as more organizations adapted to remote work environments.

This quiz explores the political and physical challenges facing the semiconductor supply chain in 2024 and beyond, including national security and economic development policies.