TSMC
11 articles
- Anthropic's $2 Trillion IPO Rests on a Profitability Metric That Excludes Its Largest Costs
Anthropic's >80% "gross margin" and $559M "adjusted operating profit" exclude partner revenue sharing, training costs, and stock-based compensation. The S-1 discloses $518B in take-or-pay compute obligations, 80% non-cancelable, with named counterparties including Broadcom ($161B), Google ($111B), and Amazon ($110B). The safety slowdown is a capital preservation maneuver timed to the IPO window.
- The Duplication Tax: The U.S.-China Tech Split Is a Permanent Infrastructure Cost
Export controls and data-sovereignty laws have divided the technology economy into two non-interoperable production systems. Multinationals now face a permanent cost premium from bifurcating infrastructure, products, data systems, and compliance operations.
- The AI Safety Narrative as a Synthetic Moat
Frontier AI labs face rapid algorithmic depreciation and escalating compute costs. Safety regulation can create a synthetic moat by imposing fixed compliance costs that favor incumbents over open-weight competitors.
- Treasury Buybacks Cannot Cap the Long End: Fiscal-Duration Repricing and Corporate Investment Sorting
Treasury buybacks improve market liquidity but cannot offset net sovereign-duration supply. Higher real term premiums are compressing corporate investment horizons and favoring projects with contracted revenue, regulated returns, scarcity rents, subsidies, and shorter payback periods.
- China's Strategic Deficit: A Fiscal Crowding-Out Failure, Not a Confrontation Error
China's strategic deficit can be explained as a fiscal crowding-out problem: capital was absorbed by real estate and local government balance sheets before domestic semiconductor capabilities reached strategic self-sufficiency.
- Grid Capacity, Not Tax Incentives, Rations Industrial Geography
Infrastructure allocation predicts industrial geography only when capital is concentrated, project-specific, and backed by durable demand. Grid capacity has become the primary rationing variable.
- The Mature-Node Scarcity Paradox
U.S. export controls aimed at leading-edge chips inadvertently created a pricing-power windfall in China's mature-node foundries. The mechanism: a deliberate policy line, state capital reallocation, and an unmodeled AI demand shock.
- The Compute Substrate Race: Where the U.S. and China Hit Different Walls
AI compute scarcity has migrated from fabrication to HBM, advanced packaging, grid access, and cooling. China is constrained upstream; the U.S. downstream.
- The Taiwan Strait Contingency: What Breaks First When the World's Foundry Hub Goes Dark
A 30-day Taiwan Strait closure is not a theoretical exercise — it is a supply chain stress test. The AI chips are the most resilient in the short run. The boring chips break first. The actual gating constraint may be energy, not fabrication.
- The Thermodynamics of Strategic Decoupling
The semiconductor supply chain is not a policy debate — it is a physical constraint. Advanced packaging, equipment tooling, and rare earth processing cannot be duplicated instantaneously. The irreversible timeline for strategic decoupling is approximately 2028-2032.
- Semiconductor Packaging Bottlenecks: Why Advanced Chip Design Means Nothing Without Advanced Packaging
Advanced semiconductor packaging is the actual bottleneck on AI accelerator deployment — what it means for capital allocation?