Stacy Rasgon on How the Global Chip Crisis May Be Getting Even Worse

Episode Summary

Executive Summary: The episode examines why global semiconductor shortages persisted into late 2021 despite strong demand and efforts to boost output. Analyst Stacey Rasgon argues the crisis stems from a mix of bullwhip effects, long manufacturing lead times, global supply-chain fragmentation, and COVID disruptions in Asia, with autos and PCs still especially tight. He also discusses Intel’s turnaround plan and broader secular growth in chips.

Main Topics: Why semiconductor shortages persist (Priority: 5/5): Rasgon explains that shortages remain unresolved because demand has stayed strong, supply takes months or longer to ramp, and COVID-related disruptions continue to hit key parts of the chain. Autos as the most visible shortage case (Priority: 5/5): The automotive sector is still cutting production because even small chip shortfalls can halt car assembly, and manufacturers are prioritizing higher-margin vehicles and leaving out nonessential features. Bullwhip effect and demand distortion (Priority: 5/5): Because semiconductors sit at the back of the supply chain, small changes in end demand create amplified swings in orders, lead times, and cancellations; double ordering and stockpiling further obscure true demand. Global supply-chain complexity (Priority: 4/5): Semiconductors cross multiple countries and process stages, including fabrication, packaging, assembly, and distribution, making them especially vulnerable to port issues, shipping costs, and regional shutdowns. Intel’s long turnaround challenge (Priority: 4/5): Rasgon reviews Intel’s roadmap, including EUV adoption, advanced nodes, outsourcing to TSMC, chiplets, and packaging, but argues the company remains several years behind and faces margin pressure. Secular growth vs. cyclical risk in semiconductors (Priority: 4/5): The guest argues that long-term chip demand remains structurally positive, potentially pushing the industry toward $1 trillion by 2030-2035, even though the current phase looks like a classic supply cycle that could end badly. Government support and domestic manufacturing (Priority: 3/5): The discussion covers U.S. efforts to subsidize chip production, with Rasgon saying incentives help but are too small versus global competitors and should be spread across multiple firms to improve resilience.

Key Arguments: Semiconductor shortages are not just a temporary factory issue; they reflect a deeper mismatch between demand, capacity, and the long lead times required to bring chip supply online. The auto industry remains heavily constrained because vehicle assembly requires a full set of components; missing even 5% of needed chips can stop production. Semiconductors are unusually exposed to the bullwhip effect because they sit deep in the supply chain, so small changes in end demand cause amplified swings in upstream orders. Double ordering and stockpiling are real, but actual shortages are also real, as shown by continued production cuts at automakers. Globalized production makes semiconductors vulnerable to disruptions in places like Malaysia, China, and at shipping chokepoints, increasing costs and complexity. Intel’s turnaround is credible in direction but extremely difficult in execution; the company is still years behind leaders like TSMC and may need a major reset in financial expectations. Long-term semiconductor demand remains compelling because more products and activities are becoming digitized, suggesting continued secular growth even if the sector remains cyclical. U.S. subsidies may help, but the scale is small relative to Asian competitors and may not materially alter supply-demand balance unless expanded and better allocated.

Data Points: Revenue growth forecast for the semiconductor sector: ~25% in 2021 - Rasgon says the industry is on track for unusually strong growth despite shortages. Semiconductor industry revenue: over $500 billion for the first time - Expected 2021 milestone mentioned by Rasgon. 2020 PC shipments: ~300 million units - Used to illustrate pandemic-driven demand pullforward in personal computers. 2019 PC shipments: 250–260 million units - Pre-COVID baseline for the PC market. 2021 PC shipments forecast: close to 350 million units - Illustrates how far demand has risen above pre-pandemic levels. Peak PC market level: 2011 peak roughly matched - Rasgon notes 2021 PC demand may approach the industry’s prior high. U.S. semiconductor support package: $52 billion - Referenced as the Biden administration’s planned support for manufacturing and R&D. TSMC planned capital spending: $100 billion over three years - Used to show the scale gap between a leading global chipmaker and U.S. policy support. Intel capex: about $20 billion this year - Rasgon cites this as evidence of the cost of catching up technologically. Potential long-term industry size: $1 trillion by 2030–2035 - Rasgon’s secular growth outlook for semiconductors. Cyclical industry revenue reference: $440 billion in 2020 - Used as the base from which future growth could compound. Malaysia role: back-end packaging, assembly, testing - Explains why COVID disruptions there affect semiconductor supply even without wafer fabrication.

Pivotal Quotes: "It's actually getting worse, not better, in many parts of the market." — Stacey Rasgon: His opening assessment of the state of the semiconductor shortage. "They have no idea. They do the best they can." — Stacey Rasgon: Describing how little visibility chipmakers have into true end demand farther down the supply chain. "We are seeing a good old-fashioned supply cycle right now." — Stacey Rasgon: His characterization of the current market after years of more muted inventory cycles.

Implications: Chip shortages are likely to remain uneven through the near term, with autos, PCs, and graphics cards still vulnerable. Longer term, chip demand should keep growing, but investors must brace for volatility, Intel execution risk, and the chance of a future glut once capacity finally catches up.