§ docs  ·  TSM  ·  Supply chain
ticker
TSM
position
long
conviction
4 / 5
analyst
supply-chain-analyst
company
Taiwan Semiconductor Manufacturing Company
generated
2026-05-03

Supply Chain Analysis — Taiwan Semiconductor Manufacturing Company (TSM)

§ 01Executive View

TSMC's input side is structurally fragile in the abstract but operationally resilient in practice. The fragility is real: every leading-edge wafer the company ships requires equipment from a single Dutch firm (ASML), optics from a single German firm (ZEISS SMT, sole-sourcing ASML), photoresist from a Japanese trio whose advanced capacity is concentrated in Fukushima/Tohoku, and ~92% of the company's own production from one ~250-mile-long island that sits inside the most contested strait in the world. The resilience is also real: TSMC is the largest single counterparty for every one of those tier-1 suppliers, holds multi-year capacity allocations from them, qualifies redundant chemistry suppliers years in advance, recycles its own neon, and is now ~5 years into a credible (if slower-than-Taiwan) Arizona/Japan/Germany footprint diversification. For a long thesis, the question is not "can the supply chain break" but "what is priced into a 5–10% annual probability of a disruption that would take 12–24 months to recover from." I think the answer is: not enough, but the residual is paid for by the structural moat — TSMC is the only buyer who can actually absorb the tier-1 supply that exists, and that buyer power compounds.

§ 02Input Map

Tier 1

Input Supplier(s) Concentration Geography Substitution Notes
EUV / High-NA EUV scanners ASML Sole-source globally Veldhoven, NL (final assembly); subsystems Germany/US None — Nikon/Canon locked out of EUV; >10 years to replicate TSMC 2025 capex ~$32–36B includes ~60 EUV scanners; ASML 2025/26 capacity ~90 EUV/yr — TSMC is ASML's largest customer
DUV immersion (ArFi) ASML; Nikon as #2 Duopoly w/ ASML ~90% share at leading nodes NL / Japan DUV substitutable in principle; qualified at TSMC DUV is the workhorse for layers EUV doesn't touch; less of a chokepoint than EUV
Deposition / Etch / CMP Applied Materials, LAM Research, Tokyo Electron Multi-source (3 majors) but each has sole-source niches US (AMAT, LAM); Japan (TEL) Tool-by-tool qualification 12–24 months; cross-qual rare TEL has a coater-developer near-monopoly tied to ASML EUV
Metrology / Inspection KLA Effectively sole-source on critical inspection steps US (Milpitas / Israel) "Impossible to replace" per synthesis; AMAT/Hitachi partial overlaps Cohort flag: KLA is the binding chokepoint China cannot domesticate
Hybrid bonding tools (for SoIC / HBM4E base-die) BESI, AMAT, Shibaura Concentrated 2–3 vendors NL (BESI), US, Japan Co-developed with TSMC; qualification cycle long Capacity-constrained — feeds into the CoWoS bottleneck
300mm silicon wafers Shin-Etsu Handotai, SUMCO Duopoly ~60% globally; GlobalWafers + SK Siltron tail Japan (Shin-Etsu, SUMCO); Taiwan (GW); Korea (SK) Multi-source feasible; qualification 6–12 months for new wafer-spec Wafer cost rising at N2/A16; not a near-term disruption risk
EUV photoresist JSR (incl. Inpria for High-NA), Tokyo Ohka Kogyo (TOK), Shin-Etsu Chemical, Sumitomo, Fujifilm Japanese trio holds ~80–90% global advanced resist; Inpria sole-source for metal-oxide High-NA resist Japan (Fukushima/Tohoku & Kanto); TOK building Korea plant (¥20B) for diversification Inpria has no alternative for High-NA metal-oxide; standard CAR resist multi-sourced Apr 2026 M7.7 quake suspended TOK Koriyama (~25% of global advanced resist) for 4–8 weeks — live demonstration of the risk
Specialty / ultra-pure gases (neon, krypton, xenon, fluorine) Linde, Air Liquide, Taiyo Nippon Sanso; Chinese producers (Hangyang, Yingde, Suzhou Jinhong) Was concentrated in Russia/Ukraine pre-2022 (~50% neon); diversified post-war Now China (largest), US (Air Liquide Baton Rouge online Feb 2026), Korea, Taiwan TSMC recycles/purifies spent neon onsite; multi-sourced post-2022 Materially de-risked since 2022 — a successful resolution of a previous chokepoint
Wet chemicals / slurries Cabot Microelectronics, Merck KGaA, Fujifilm, Entegris Multi-source with vendor-specific qualification Mixed Multi-month qualification cycles Routine input, not a chokepoint
EDA tools (for in-house design / DFM) Cadence, Synopsys Duopoly US Locked-in by IP libraries / PDK Not a fungible input but not a tail-risk either

Tier 2 chokepoints

The hidden dependencies — and the reason TSMC is more fragile than the multi-sourced tier 1 implies:

  • ZEISS SMT optics for ASML EUV. The mirrors and projection optics inside every EUV scanner come from one Carl Zeiss SMT facility in Oberkochen, Germany. ASML owns 24.9% (€1.5B invested 2016) and has zero alternative. A ZEISS Oberkochen disruption stops every leading-edge fab on Earth within ~6 months as ASML field-spares are exhausted. This is the most underpriced single-point-of-failure in the entire stack.
  • Cymer / TRUMPF / Coherent EUV light source. The CO₂-laser-driven tin-droplet plasma source is built by Cymer (ASML subsidiary) using TRUMPF lasers. TRUMPF is privately held in Ditzingen, Germany. Lower probability of disruption than ZEISS but identical structural form: one facility, no alternative.
  • Inpria metal-oxide photoresist for High-NA EUV. JSR-acquired in 2023; Corvallis, Oregon facility. Sole-source for the resist High-NA EUV requires. If TSMC commits to High-NA at A14 (the user's stated catalyst), this becomes the gating chemistry.
  • Japanese photoresist concentration in Tohoku/Fukushima. TOK Koriyama, Shin-Etsu Shirakawa, JSR Yokkaichi. The April 2026 M7.7 quake confirmed: a single seismic event can take ~25% of global advanced photoresist offline for 4–8 weeks. Noto Peninsula 2024 was the prior warning shot. TOK's announced Korea plant (¥20B) is a 3+ year fix.
  • Pellicle membranes for EUV reticles. Mitsui Chemicals (Japan) and ASML (in-house) — narrow supplier set, niche but mandatory.
  • CoWoS-L packaging substrate / RDL (TSMC internal). Not strictly a supplier, but the binding AI shipment constraint per the synthesis. TSMC is doubling CoWoS to ~80k wafers/mo by end-2026 — if this slips, every fabless AI customer slips with it.
  • Ajinomoto Build-up Film (ABF) substrate. Ajinomoto Fine-Techno (Japan) is sole-source for the dielectric film used in flip-chip BGA substrates. Substrate suppliers (Unimicron, Ibiden, Shinko) all consume it.
  • Gallium / germanium / rare earths. China controls ~80%+ of refined gallium; export restrictions imposed Aug 2023, expanded 2024–2025. More relevant to GaN/SiC than to silicon logic, but the precedent matters for any future Chinese counter-sanctions on materials TSMC needs.

§ 03Risk Scoring

Risk vector Score (1–5) Why
Single-source exposure 4 ASML/ZEISS/Inpria/KLA are genuinely sole-source on critical paths; partially offset by TSMC's customer-of-last-resort buyer power
Geographic concentration of inputs 4 Tier-1: Netherlands + Germany + Japan + US clustering. Tier-2: Tohoku photoresist + Oberkochen optics are facility-level concentrated
Geopolitical exposure 5 TSMC's own production ~92% Taiwan-located; export-control regime asymmetrically constrains China customer revenue (~10–12% of TSMC); Chinese counter-sanction optionality on gallium/rare earths is real
Capacity tightness 4 ASML EUV (~90/yr) booked through 2027; CoWoS booked through 2027; 2nm wafers booked through end-2026; Inpria High-NA capacity small. Structural seller's market for TSMC's suppliers, but TSMC has first-call allocation
Inventory cushion 3 TSMC says it maintains ~5-year continuity plans for 2,000+ chemicals and qualifies multiple suppliers; specific raw-material days-of-supply not publicly disclosed. Strategic stockpiles for critical chemistries assumed but not provable from filings
Pass-through power 2 (= strong, low risk) TSMC has pricing power consistent with ~58% gross margin; reportedly raising 2nm prices for four consecutive years from 2026; Apple pre-pays per node. The strongest pass-through profile in the cohort outside of ASML itself.

Synthesis. The score profile is unusual: the pure-supply-chain vectors (single-source + geography + geopolitics) are severe (4–5), while the buffer vectors (inventory + pass-through) are strong (2–3). This is the signature of a company that is structurally fragile but operationally insulated by scale and pricing. The right framing is binary: in any non-tail-risk world, the resilience dominates. In the tail-risk world, almost no level of inventory cushion or pass-through power matters. The investable question is therefore the probability of the binary, not the marginal management of the inputs.

§ 04Pass-Through Power

TSMC has demonstrated the strongest input-cost pass-through in the cohort:

  • 2024 5%-ish wafer price increase across N5/N3 absorbed without margin compression; gross margin expanded toward 58–59% range.
  • 2026+ 2nm pricing: reported four-consecutive-year wafer-price increases starting 2026 (per Trendforce / Wccftech reporting on industry channels) — a multi-year glide path that bakes input inflation directly into customer contracts.
  • Arizona ~30% cost premium is being passed to customers (Apple, Nvidia, AMD have reportedly accepted "Made in USA" surcharges).
  • Apple pre-payment model uniquely funds capex per node — input shocks land in TSMC's WIP, not TSMC's cash flow.
  • The April 2026 Japan earthquake / TOK shutdown is a live test: the cohort will see in Q2-Q3 2026 prints whether TSMC absorbs the resist disruption, raises prices, or pushes delivery dates — historically all three, in that order.

The structural reason pass-through works: there is no Plan B fab. Every fabless customer either pays TSMC's ask or doesn't ship. This is the inversion of the classical "supplier concentration → margin pressure" framework — when the supplier is itself the chokepoint, supplier concentration becomes pricing power.

§ 05Stress Scenarios

Scenario 1: Taiwan invasion or extended PLA blockade (existential)

Probability (subjective): low-mid, 3–10% over 5 years. Cross-strait risk is real but the U.S./Japan/Korea tripwire and the mutual-assured-destruction nature of TSMC's customer base (hyperscalers, defense, auto) make a kinetic resolution low-probability vs. status quo grey-zone pressure. A blockade short of invasion (customs/inspection harassment, undersea-cable cuts, GPS jamming) is meaningfully more probable.

Mechanism. TSMC's Taiwan fabs (~92% of advanced wafer capacity) become unavailable for shipment. Arizona Fab 1 (N4, in HVM since Q4 2024) is the only U.S.-soil leading-edge node; Fab 2 (N3, 2027 production target); Fab 3 (N2/A16, end-of-decade). Japan JASM (28/22/16/12nm — not leading-edge logic). Germany ESMC (28/22nm — auto/industrial).

Financial impact. In the kinetic case: ~80–90% revenue impairment for 18–36 months. In the blockade case: 30–60% revenue compression for the duration plus a step-change in the cost of the U.S./Japan diversification ramp. Equity is binary in the kinetic case; in the blockade case, TSMC arguably emerges more valuable as the world pays any price to rebuild ex-Taiwan capacity it controls.

Response options. (1) Activate Arizona/JASM/ESMC at maximum throughput — capped at maybe 8–12% of total capacity in 2026 ramping toward 25–30% by 2028. (2) IP/process transfer — already legally encumbered (CHIPS Act conditions, Taiwan tech-transfer law). (3) Operate "fabless TSMC" by licensing — existential ego-cost for the company but technically possible. (4) Insurance / sovereign loss-share — limited.

For the long thesis: This is the dominant tail risk and it is largely uninsurable at the security-level. Position sizing should respect it; analytical effort cannot eliminate it. Disclosure that would change view: a credible PLA mobilization signal, or a sudden acceleration of Arizona Fab 3 to 2027–2028.

Scenario 2: ZEISS Oberkochen optics disruption to ASML supply

Probability: low, 1–3% over 5 years — but probability is not zero. Industrial fire, geopolitical sabotage, or a key-personnel concentration loss are all live vectors at a single-facility scale.

Mechanism. ASML EUV throughput drops to whatever field spares + ZEISS recovery allows. Within 6 months, every leading-edge fab in the world (TSMC, Samsung, Intel) is forced to reschedule. New tool installs go to zero; existing tools degrade as mirrors require service.

Financial impact. TSMC capex deployment slows; node-cadence (A16, A14) slips by 12–24 months; the entire AI compute roadmap (Rubin, Rubin Ultra, Feynman) shifts right with it. Counterintuitively, TSMC's near-term revenue impact is small (existing fabs keep producing on installed tools). The damage is to the future revenue curve and the equity multiple.

Response options. Limited. ASML cannot multi-source ZEISS — physically and in terms of know-how it would take a decade. TSMC's only response is to push every existing tool harder and re-prioritize mature-node refurbishment.

For the long thesis: This is the most underpriced single risk in the entire semiconductor stack. The risk is symmetric — it hurts TSMC, but it hurts every competitor identically, so TSMC's relative position is unchanged. As a long, the cohort effect dominates: TSM equity falls in this scenario but its market-share position improves.

Scenario 3: Japanese photoresist tightening (Apr 2026 quake recurrence)

Probability: mid, 15–30% over 5 years for a some-magnitude disruption — Japan has had M7+ events in 2011, 2024 (Noto), and 2026, and Tohoku/Fukushima/Kanto are the concentration zones for Shin-Etsu, TOK, and JSR. The April 2026 event is fresh evidence of the recurrence frequency.

Mechanism. A repeat of the April 2026 pattern: 4–8 week shutdown of ~25% of global advanced resist capacity. TSMC draws down its 60–90 day strategic resist stockpile, deprioritizes lower-margin nodes (N7/N5 mature), preserves N3/N2 customer commitments.

Financial impact. Revenue ~$1–3B compression over 1–2 quarters; gross margin holds within the 56–59% band given the pass-through mechanism. The cohort impact is asymmetric — fabless customers without TSMC's stockpile and price-pass-through hurt more than TSMC.

Response options. (1) Activate stockpile (1–3 months). (2) Qualify TOK Korea capacity (online ~2028). (3) Push customer prioritization — Apple/Nvidia first, lower-margin later. (4) Long-term: accelerate Shin-Etsu/JSR/TOK capacity diversification commitments.

For the long thesis: Manageable. This is the well-rehearsed risk that the company's playbook handles cleanly. Disclosure that would change view: TSMC's actual photoresist days-of-supply (currently undisclosed — best estimate 60–120 days), or any indication the strategic stockpile sat idle during the April 2026 event because it was insufficient.

Scenario 4 (bonus): BIS expansion of equipment export controls reducing China-customer revenue

Probability: high, 40–60% over 2 years — BIS expanded controls in Dec 2024 (24 SME types, HBM rule) and again in 2025 covering foreign-owned fabs in China. The trajectory continues.

Mechanism. Direct impact on TSMC is modest because U.S. controls target TSMC's customers (Chinese fabless) rather than TSMC itself. The Dec 2024 rule against shipping AI-application chips to China hit TSMC directly. Future rules likely tighten the foundry-side perimeter.

Financial impact. China end-customer revenue is ~10–12% of TSMC. Marginal additional restrictions trim 1–3% of revenue. Asymmetric upside: demand displaced from China-targeted parts shows up in U.S./Korean/Taiwanese customers buying more TSMC capacity. Net negative but small.

Response options. Compliance posture is already mature; routing adjustments via Singapore/Malaysia are the standard playbook.

For the long thesis: Modest headwind, partially offset by demand redirection. Not a thesis-breaker.

§ 06Bull Points

  • The supplier concentration that looks like fragility is also a moat: TSMC is the only buyer who can commit at the scale ASML/ZEISS/Inpria need to fund their next-gen R&D. ASML's €276M TSMC R&D commitment, Apple's per-node pre-payment, and TSMC's first-call EUV allocation are the operational expression of this — competitors get TSMC's leftovers.
  • Pass-through power is the strongest in the cohort and structurally permanent. As long as there is no second leading-edge foundry (Samsung yield-troubled, Intel binary on 14A, Rapidus aspirational), TSMC absorbs input shocks via customer pricing and returns gross margin to the 55–60% band.
  • Tier-1 supply concentration is symmetric across competitors. Any ZEISS/ASML/Japanese-resist event hurts Samsung and Intel identically; TSMC's relative position improves in every cross-vendor stress scenario.
  • The previous chokepoint (neon) was successfully resolved in 18 months post-2022. This is hard evidence that the company can move on supply-chain bottlenecks when forced — and the playbook (qualify Chinese/Korean/U.S. alternatives, recycle on-site, build strategic stockpiles) is now muscle memory.
  • Geographic diversification is finally accelerating. Arizona Fab 1 in HVM with Taiwan-equivalent yield (Q4 2024); Fab 2 pulled in to 2027; Fab 3 pulled in to 2027 (was post-2030); JASM, ESMC operational. By 2028 ex-Taiwan capacity should be ~15–20% of total — small in absolute terms but a meaningful "minimum viable foundry" footprint outside the strait.

§ 07Bear Points

  • No level of operational excellence solves the Taiwan tail. ~92% of advanced capacity sits inside one strait that is in the early phase of a structural geopolitical tightening. Every other risk in this memo is footnote-sized next to this one.
  • CoWoS is now TSMC's internal bottleneck — capex-bounded, not supply-bounded. Slips here flow directly to AI customer slips. CoWoS-L doubling to 80k/mo by end-2026 is on a knife's edge of execution.
  • High-NA EUV introduces a new sole-source (Inpria metal-oxide resist) right at the moment the existing photoresist concentration is being demonstrated as fragile (April 2026 quake). TSMC's High-NA decision (catalyst for late 2026 / 2027) introduces incremental risk before retiring any.
  • Disclosure quality on raw-material days-of-supply is poor. TSMC discloses 5-year continuity plans but not the actual stockpile depths the plans assume. Investors are taking this on trust.
  • Pricing power has a ceiling: when it pushes customers to qualify alternatives. Apple is rumored to be evaluating Samsung Foundry for non-leading-edge mobile parts at the margin; Intel 18A external customer wins (DoD, Microsoft) are partly priced off TSMC margin envy. TSMC's pricing model is durable but not infinite.
  • Equipment export controls trajectory is worsening, not improving. Each iteration shrinks the addressable China end-customer market. Probability of a control that materially constrains TSMC's ability to ship to any customer with Chinese investor exposure is non-trivial.

§ 08Conviction (1–5)

4 / 5 on the supply-chain dimension specifically.

The score reflects: (a) input-side risk that is severe but symmetric across competitors and at least partially insulated by TSMC's buyer power and pricing pass-through; (b) the dominant residual risk being a sovereign tail (Taiwan) rather than a manageable supplier risk; (c) demonstrated track record of resolving prior chokepoints (neon) and ramping geographic diversification (Arizona acceleration); (d) live evidence (April 2026 photoresist event) of the playbook working — which the cohort will see in Q2-Q3 2026 prints. Not a 5 because I am consciously discounting for the Taiwan binary and for the new High-NA / Inpria sole-source.

§ 09Key Risks to This Read

  • Assumption: Taiwan tail risk remains in the 3–10% / 5-year range. A material shift in cross-strait posture (PLA mobilization, U.S. policy shift on strategic ambiguity) would compress conviction toward 2.
  • Assumption: TSMC's strategic raw-material stockpile is at least 60–90 days for advanced photoresist and critical specialty gases. Public disclosure does not confirm this; I am extrapolating from the April 2026 event-response posture.
  • Assumption: Pass-through power persists as long as Samsung and Intel cannot match TSMC at leading edge. Watch Samsung SF2/SF2Z yield, Intel 14A DSA result (2027). A successful Samsung GAA recovery or Intel 14A would shift this.
  • Assumption: Arizona/JASM/ESMC ramp continues at the recently-accelerated pace (Fab 2 to 3Q26 tool install / 2027 production; Fab 3 pulled in). Any reversion to original timelines materially worsens the diversification story.
  • Disclosure that would most change the read: (1) TSMC actual days-of-supply for advanced photoresist and EUV pellicles; (2) the contractual structure of TSMC's EUV allocation from ASML through 2030 (currently inferred, not disclosed); (3) any meaningful Apple/Nvidia/AMD step toward dual-sourcing at leading edge with Samsung or Intel.

§ 10Sources

  • TSMC Investor Relations — 2024 Annual Report. https://investor.tsmc.com/sites/ir/annual-report/2024/2024%20Annual%20Report_E.pdf
  • TSMC ESG — 2024 Responsible Supply Chain Report. https://esg.tsmc.com/file/public/2024-TSMC-Responsible-Supply-Chain-Report-e.pdf
  • TSMC IR — 4Q25 Earnings Transcript. https://investor.tsmc.com/english/encrypt/files/encrypt_file/reports/2026-01/51d09df96cd89ac19d65af39032b038dc2896a24/TSMC%204Q25%20Transcript.pdf
  • Trendforce — "ASML's Magic Uncovered: Tech and Partners Behind Its EUV Edge" (Nov 2025). https://www.trendforce.com/news/2025/11/10/news-asmls-magic-uncovered-tech-and-partners-behind-its-euv-edge-china-cant-replicate/
  • Trendforce — "Japan Ramps Up Photoresist Investment for 2nm Chips" (Nov 2025). https://www.trendforce.com/news/2025/11/06/news-japan-ramps-up-photoresist-investment-for-2nm-chips-tokyo-ohka-kogyo-jsr-lead-the-charge/
  • Trendforce — "Kioxia, TEL and Photoresist Makers in Focus After Magnitude 7.7 Japan Earthquake" (Apr 2026). https://www.trendforce.com/news/2026/04/21/news-kioxia-tel-and-photoresist-makers-in-focus-after-magnitude-7-7-japan-earthquake-supply-chain-impact-mixed/
  • Trendforce — "TSMC Reportedly Pulls Arizona Third Fab to 2027" (Sep 2025). https://www.trendforce.com/news/2025/09/30/news-tsmc-reportedly-pulls-arizona-third-fab-to-2027-ahead-by-one-year-eyeing-2nm-and-a16/
  • Trendforce — "TSMC Accelerates Arizona 2nd Fab, Eyes 3Q26 Tool Install" (Dec 2025). https://www.trendforce.com/news/2025/12/18/news-tsmc-reportedly-accelerates-arizona-2nd-fab-eyes-3q26-tool-install-2027-3nm-production/
  • Trendforce — "Japan Rumored to Curb Photoresist Exports as China Targets 40% Self-Sufficiency by 2026" (Dec 2025). https://www.trendforce.com/news/2025/12/03/news-japan-rumored-to-curb-photoresist-exports-as-china-targets-40-self-sufficiency-by-2026/
  • Trendforce — "TSMC Reportedly Plans 12 New Advanced Process and Packaging Fabs in Taiwan" (Nov 2025). https://www.trendforce.com/news/2025/11/10/news-tsmc-reportedly-plans-12-new-advanced-process-and-packaging-fabs-in-taiwan-as-2nm-supply-tightens/
  • Wccftech — "TSMC 2nm Tight Supply / Four-Consecutive-Year Price Increases" (2025). https://wccftech.com/tsmc-increase-2nm-prices-for-four-consecutive-years-due-to-tight-supply/
  • Epoch AI — "Advanced packaging and HBM, not logic dies, were the bottlenecks on AI chip production in 2025." https://epoch.ai/data-insights/ai-chip-supply-chain-constraints
  • USITC — "Ukraine, Neon, and Semiconductors" (executive briefing). https://www.usitc.gov/publications/332/executive_briefings/ebot_decarlo_goodman_ukraine_neon_and_semiconductors.pdf
  • SpecGas — "Neon Production by Country 2026." https://specgasinc.com/feeds/blog/neon-gas-supply-country
  • CRS — "U.S. Export Controls and China: Advanced Semiconductors" (Aug 2025). https://www.congress.gov/crs_external_products/R/PDF/R48642/R48642.1.pdf
  • BIS — "Commerce Strengthens Export Controls to Restrict China's Capability to Produce Advanced Semiconductors." https://www.bis.gov/press-release/commerce-strengthens-export-controls-restrict-chinas-capability-produce-advanced-semiconductors-military
  • BIS — "Department of Commerce Closes Export Controls Loophole, Foreign-Owned Semiconductor Fabs in China." https://www.bis.gov/press-release/department-commerce-closes-export-controls-loophole-foreign-owned-semiconductor-fabs-china
  • Covington & Burling — "US Department of Commerce Strengthens Export Controls on Advanced Computing and Semiconductor Manufacturing Items" (Dec 2024). https://www.cov.com/en/news-and-insights/insights/2024/12/us-department-of-commerce-strengthens-export-controls-on-advanced-computing-and-semiconductor-manufacturing-items
  • Entropy Capital — "ASML's Supply Chain, Bill of Materials, and the Devastating Effects of Potential Tariffs on US Fabs." https://entropycapital.substack.com/p/asmls-supply-chain-bill-of-materials
  • Works in Progress — "The world's most complex machine" (ASML/EUV deep-dive). https://worksinprogress.co/issue/the-worlds-most-complex-machine/
  • TSMC Arizona corporate site. https://www.tsmc.com/static/abouttsmcaz/index.htm
  • TechSoda — "Explainer: TSMC's 2024 Annual Report Highlights." https://techsoda.substack.com/p/explainer-tsmcs-2024-annual-report

Works cited

  1. TSMC Q4 2025 Earnings Call Transcript
    transcript investor.tsmc.com first cited by · competitor-analyst 2026-05-03
    • Q4 2025 GM 62.3% above 59-61% guide; FY2025 GM 59.9% +380bps YoY; FY2026 GM guide 63-65%; pricing 'strategic, not opportunistic'
  2. Counterpoint Global Pure Foundry Market Share Quarterly
    industry-report counterpointresearch.com first cited by · competitor-analyst 2026-05-03
    • Quarterly share series TSMC/Samsung/SMIC; Intel Foundry 6% in Foundry 2.0 frame
  3. Samsung 2nm Yields ~55%, Below MP Threshold (TrendForce, Apr 2026)
    industry-report trendforce.com first cited by · competitor-analyst 2026-05-03
    • Samsung 2nm yield ~55% as of April 2026, below ~60% MP threshold; Qualcomm leaning back to TSMC
  4. Samsung Lands $17B Tesla AI6 Foundry Deal (TrendForce)
    industry-report trendforce.com first cited by · competitor-analyst 2026-05-03
    • Tesla AI6 $16.5-17B Samsung Foundry win at Taylor TX; first major external 2nm-class commitment for Samsung in years
  5. Samsung vs TSMC vs Intel Foundry Market Numbers (PatentPC)
    industry-report patentpc.com first cited by · competitor-analyst 2026-05-03
    • Q3 2024 baseline TSMC 64.9% / Samsung 9.3%; Samsung dual-role IDM/foundry conflict; customer-flight pattern
  6. TrendForce 2Q25 Foundry Revenue 14.6% Up, TSMC 70%
    industry-report trendforce.com first cited by · competitor-analyst 2026-05-03
    • TSMC Q2 2025 share 70.2%, revenue $30.24B
  7. TSMC 2nm 50K to 140K Wafers in 2026 Supply Shock (StreetStocker)
    industry-report streetstocker.com first cited by · competitor-analyst 2026-05-03
    • N2 capacity ramp 40k -> 100k wafer/mo 2026, 200k by 2027; demand exceeds initial ramp
  8. TSMC 2nm Up 10-20%, 3-7nm Single-Digit Hikes 2026 (TrendForce)
    industry-report trendforce.com first cited by · competitor-analyst 2026-05-03
    • N2 wafer ~$30k +10-20% above N3; N3-N7 single-digit hikes 2026
  9. TSMC CoWoS-L/S Fully Booked, OSAT Partners Step Up (TrendForce)
    industry-report trendforce.com first cited by · competitor-analyst 2026-05-03
    • CoWoS-L/S sold out; ASE CoWoP / Amkor stepping up as overflow OSAT alternatives
  10. TSMC Q4 FY 2025 Results and FY 2026 Outlook (Futurum)
    industry-report futurumgroup.com first cited by · competitor-analyst 2026-05-03
    • Q4 2025 GM and FY2026 guidance commentary; 56%+ long-term GM target reaffirmed
  11. TSMC Samsung Intel Who's Leading the Semiconductor Race (PatentPC)
    industry-report patentpc.com first cited by · competitor-analyst 2026-05-03
    • Qualcomm 8 Gen 1 35% Samsung yield vs 70% TSMC 4nm; subsequent migration to TSMC for all flagship Snapdragons
  12. China to Increase Leading-Edge Output 5x in Two Years (Tom's Hardware)
    news tomshardware.com first cited by · competitor-analyst 2026-05-03
    • China 7nm/5nm capacity targets - 100k wafer/mo by 2027-28, 500k by 2030; SMIC 7nm yield 60-70%
  13. Intel CEO Embraces 18A for External Customers (Tom's Hardware)
    news tomshardware.com first cited by · competitor-analyst 2026-05-03
    • Intel 18A external engagement; CFO acknowledged committed external 18A volume 'not significant' as of mid-2025
  14. Intel Foundry Reportedly Secures 18A for Microsoft Maia 3 (TechPowerUp)
    news techpowerup.com first cited by · competitor-analyst 2026-05-03
    • Microsoft Maia 2/3 anchor commitment to Intel 18A/18A-P
  15. Intel Going Big Time Into 14A - Lip-Bu Tan (Tom's Hardware)
    news tomshardware.com first cited by · competitor-analyst 2026-05-03
    • Intel 14A PDK distribution; two test-chip evaluators on Q4 2025 call; zero firm 14A external commitments
  16. NVIDIA Alone Has TSMC Advanced Packaging Booked Years Ahead
    news wccftech.com first cited by · competitor-analyst 2026-05-03
    • NVIDIA wafer / advanced-packaging book through 2027
  17. Rapidus Lands $1.7B to Chase 2nm by 2027 (The Register)
    news theregister.com first cited by · competitor-analyst 2026-05-03
    • Rapidus $1.7B Feb 2026 tranche; IBM tech transfer; Tenstorrent first announced customer; 2nm risk production target 2027
  18. Samsung Hits 70% Yield on 2nm GAA SF2P (FinancialContent, Jan 2026)
    news markets.financialcontent.com first cited by · competitor-analyst 2026-05-03
    • Samsung SF2P 70% yield headline (contradicted by April 2026 reporting); first credible 2nm second-source signal
  19. SMIC On Track to Produce 5nm for Huawei (Tom's Hardware)
    news tomshardware.com first cited by · competitor-analyst 2026-05-03
    • SMIC 5nm pilot 2026 for Huawei Ascend / Alibaba; DUV-only constraint
  20. TSMC Boosts CoWoS, NVIDIA Dominates Advanced Packaging Through 2027
    news markets.financialcontent.com first cited by · competitor-analyst 2026-05-03
    • CoWoS scaling 35k -> 130k wafer/mo by end-2026; NVIDIA >50% allocation through 2027; 510k CoWoS-L wafers booked for Rubin/Vera/GB100
  21. TSMC Nears 70% Foundry Share, Gap with Samsung 62.7 pp (BigGo)
    news finance.biggo.com first cited by · competitor-analyst 2026-05-03
    • TSMC ~70% pure-play foundry share 2025; gap to Samsung widened to 62.7 pp
  22. TSMC Q1 2026 Revenue and 66.2% Gross Margin
    news tech-insider.org first cited by · competitor-analyst 2026-05-03
    • Q1 2026 GM 66.2% above 63-65% guide; demonstrates active pricing power
  23. TSMC to Raise Advanced Node Quotes Up to 10% in 2026 (Tom's Hardware)
    news tomshardware.com first cited by · competitor-analyst 2026-05-03
    • 5-10% sub-5nm hikes 2026; Arizona ~15% premium, N5/N4 25% premium uniformly applied
  24. TSMC to Raise Prices for Four Consecutive Years From 2026 (WCCFTech)
    news wccftech.com first cited by · competitor-analyst 2026-05-03
    • Customers notified of 4-year consecutive price hike cycle on advanced nodes
  25. Why TSMC Grew 4x Faster Than Foundry Rivals in 2025 (Tom's Hardware)
    news tomshardware.com first cited by · competitor-analyst 2026-05-03
    • TSMC growth rate vs rivals; price hikes + vertical integration + technology lead synthesis
  26. 24/7 Wall St - AI Demand Has Permanently Rewired Semiconductor Pricing
    247wallst.com first cited by · market-positioning-analyst 2026-05-03
    • Hyperscaler long-dated supply commitments dampening foundry inventory cycle
  27. Astute Group - Advanced Packaging Demand Soars: Nvidia Secures 60% of CoWoS
    astutegroup.com first cited by · market-positioning-analyst 2026-05-03
    • Advanced packaging market sizing $49-55B by 2026
    • CoWoS allocation
  28. BIS December 2, 2024 HBM Rule
    first cited by · regulatory-analyst 2026-05-03
    • HBM density caps for PRC consumption
    • bears on TSMC base-die packaging for restricted parties
  29. BIS Entity List actions and license-suspension notices re: Sophgo (late 2024)
    first cited by · regulatory-analyst 2026-05-03
    • Underlying enforcement actions tied to Sophgo/Huawei Bingchuan-chip incident
  30. BIS October 17, 2023 export control rule update
    first cited by · regulatory-analyst 2026-05-03
    • Expanded thresholds and entity scope
    • further constrains TSMC PRC AI book
  31. BIS October 7, 2022 export control rule (advanced computing and SME to PRC)
    first cited by · regulatory-analyst 2026-05-03
    • Foundation of FDPR sub-7nm restrictions binding TSMC for PRC fabless customers
  32. BIS press release — Commerce Strengthens Export Controls (Dec 2024)
    bis.gov first cited by · supply-chain-analyst 2026-05-03
    • Dec 2024 SME / HBM rule scope
  33. BIS press release — Foreign-Owned Fab Loophole Closed
    bis.gov first cited by · supply-chain-analyst 2026-05-03
    • Foreign-owned fab perimeter expansion
  34. Cohort companies.json (TSM entry id=2)
    first cited by · macro-analyst 2026-05-03
    • Supporting quotes, catalysts (N2 ramp, A16, CoWoS doubling), risks (Taiwan geopolitical concentration, Arizona ~30% cost premium, capex/transistor flatlining)
  35. cohort companies.json — TSM entry (id 2)
    first cited by · customer-analyst 2026-05-03
    • Customer concentration framing
    • CoWoS as binding constraint quote
    • catalysts and risks
  36. Cohort synthesis (chokepoint thesis, hyperscaler $600B capex, CoWoS bottleneck)
    first cited by · financial-analyst 2026-05-03
    • Reverse DCF anchor: AI-cycle structural growth assumptions, CoWoS-L as binding constraint, Arizona 30% cost premium framing
  37. Cohort synthesis and ledger
    first cited by · regulatory-analyst 2026-05-03
    • Context on export-control framing and Taiwan tail risk per user notes
  38. Cohort synthesis.md
    first cited by · macro-analyst 2026-05-03
    • TSM macro positioning, Taiwan tail framing as 'existential', three-bottleneck thesis, AI capex aggregate (~$600B / 50 GW), FX cohort context, cyclicality framing
  39. cohort synthesis.md — Sections 2, 3.4, 3.7, 5, 7
    first cited by · customer-analyst 2026-05-03
    • Value chain map, three-bottleneck framing, custom-silicon dynamics, hyperscaler $600B capex, end-market context
  40. Commerce CHIPS Program Office — Preliminary Memorandum of Terms with TSMC Arizona
    first cited by · regulatory-analyst 2026-05-03
    • $6.6B direct funding
    • capacity covenants
    • clawback and PRC-expansion guardrails
  41. Coordination handoff with regulatory-analyst (BIS rule mechanics, CHIPS Act, FDPR)
    first cited by · macro-analyst 2026-05-03
    • Macro lane covers trade-flow direction and FX consequences
    • regulatory lane owns specific rule mechanics. Avoid double-counting per contract.
  42. Counterpoint Research - Global Pure Foundry Market Share Quarterly
    counterpointresearch.com first cited by · market-positioning-analyst 2026-05-03
    • Pure-play foundry quarterly share by player
    • Q3'25 prints (TSMC ~71%, Samsung ~6.8%)
    • HHI inputs
  43. Covington & Burling — US Strengthens Export Controls on Advanced Computing and SME (Dec 2024)
    cov.com first cited by · supply-chain-analyst 2026-05-03
    • Legal-analysis perspective on Dec 2024 rules
  44. CRS — U.S. Export Controls and China: Advanced Semiconductors (Aug 2025)
    congress.gov first cited by · supply-chain-analyst 2026-05-03
    • Export-control regime trajectory and TSMC China-customer revenue exposure
  45. Deloitte Insights - 2026 Semiconductor Industry Outlook
    deloitte.com first cited by · market-positioning-analyst 2026-05-03
    • $975B-$1T market 2026 sizing
    • 26% YoY growth
  46. Digitimes - TSMC unveils four-year price hike for advanced chips starting 2026
    digitimes.com first cited by · market-positioning-analyst 2026-05-03
    • Four-consecutive-year ASP runway 2026-2029
    • ASP discipline thesis
  47. Entropy Capital — ASML's Supply Chain, Bill of Materials
    entropycapital.substack.com first cited by · supply-chain-analyst 2026-05-03
    • ASML BOM and tier-2 dependency map
  48. Epoch AI — Advanced packaging and HBM, not logic dies, were the bottlenecks on AI chip production in 2025
    epoch.ai first cited by · supply-chain-analyst 2026-05-03
    • CoWoS-as-binding-constraint corroboration
  49. EU Commission State aid Decision SA.107536 — Germany — ESMC Dresden
    first cited by · regulatory-analyst 2026-05-03
    • EUR 5.0B state-aid clearance for ESMC JV
    • capacity and operations conditions
  50. Fabricated Knowledge (Doug O'Laughlin) - 2026 AI & Semiconductor Outlook
    fabricatedknowledge.com first cited by · market-positioning-analyst 2026-05-03
    • Cycle framing - mid-supercycle, GB200 inventory partially resolved, expansion phase
  51. FinancialContent - High-Stakes Gamble: Intel Foundry Resurgence vs TSMC 2026
    financialcontent.com first cited by · market-positioning-analyst 2026-05-03
    • Intel Foundry Q3'25 revenue ($223M, ~0.5%)
    • Nvidia 18A pause
    • competitive depth
  52. FinancialContent - The Great Packaging Pivot: TSMC Doubling CoWoS Capacity
    markets.financialcontent.com first cited by · market-positioning-analyst 2026-05-03
    • CoWoS allocation 2026 (Nvidia 60%, Broadcom 15%, AMD 11%, >85% pre-allocated)
  53. FinancialContent - The Silicon Mosaic: Chiplets and the UCIe Standard
    business.times-online.com first cited by · market-positioning-analyst 2026-05-03
    • Disruption-watch on UCIe maturation
    • 120+ consortium members
    • mainstream 2026 adoption
  54. Fortune Business Insights - Semiconductor Foundry Market Forecast [2034]
    fortunebusinessinsights.com first cited by · market-positioning-analyst 2026-05-03
    • TAM 2026 estimate ($202B) - upper bound on consensus range
  55. GII Research / KSI - Semiconductor Foundry Market Forecasts 2025-2030
    giiresearch.com first cited by · market-positioning-analyst 2026-05-03
    • 5y CAGR triangulation
    • 10/7/5nm-and-below tier at 28.3% CAGR
  56. Global Market Insights - Semiconductor Foundry Market Size Growth Report 2035
    gminsights.com first cited by · market-positioning-analyst 2026-05-03
    • TAM 2026 estimate (~$180B)
    • 5.6% 2024-2030 CAGR data point
  57. GuruFocus — TSM EV/EBITDA Historical (10y range)
    gurufocus.com first cited by · financial-analyst 2026-05-03
    • 10-year EV/EBITDA range (5.45 min / 9.26 median / 19.24 max) for historical context
  58. IDC - Semiconductor Foundry 2.0 Market Entering Growth Phase from Recovery (11% YoY 2025)
    my.idc.com first cited by · market-positioning-analyst 2026-05-03
    • Foundry 2.0 sizing
    • recovery-to-expansion cycle phase
    • TSMC 37% Foundry 2.0 share
  59. Industry supply-chain analyst estimates (TrendForce, SemiAnalysis, DIGITIMES) — cohort cross-references
    first cited by · customer-analyst 2026-05-03
    • Top-10 customer composition estimate (Apple, NVIDIA, AMD, Qualcomm, MediaTek, Broadcom, Marvell, Sony, Intel, hyperscaler ASICs)
    • estimated concentration percentages — flagged as estimates
  60. METI JASM Phase 1 (Dec 2021) and Phase 2 (Dec 2023) subsidy decisions
    first cited by · regulatory-analyst 2026-05-03
    • JPY 476B and JPY 732B subsidy commitments to TSMC Kumamoto fabs
  61. Mordor Intelligence - Semiconductor Foundry Market Analysis
    mordorintelligence.com first cited by · market-positioning-analyst 2026-05-03
    • TAM 2026 estimate ($184.78B)
    • 7.42% CAGR 2025-2030
  62. Multiples.vc — TSMC Public Comps
    multiples.vc first cited by · financial-analyst 2026-05-03
    • Cross-sectional valuation comparison vs WFE chokepoints (ASML, AMAT, KLAC) and foundry peers (UMC, GFS)
  63. PatentPC - TSMC, Samsung, Intel: Who's Leading the Semiconductor Race
    patentpc.com first cited by · market-positioning-analyst 2026-05-03
    • Leading-edge share at 3nm/2nm (TSMC 90%+)
    • competitive positioning vs Samsung/Intel
  64. Public defense and strategic analyst commentary on Taiwan Strait scenarios
    first cited by · macro-analyst 2026-05-03
    • Probability framing for blockade vs kinetic scenarios
    • mechanism (PLA exclusion zone, fuel-reserve depletion, cable-cuts gray-zone). Probability bands are analyst judgment.
  65. Public macroeconomic regime references (FRED US 10y, DXY, USD/TWD spot, JPY/USD)
    first cited by · macro-analyst 2026-05-03
    • Current regime: USD strength, US 10y 4-4.75% range, TWD weakness 2024-2026, JPY weakness 2022-2026
  66. Section 232 semiconductor investigation initiation notice
    first cited by · regulatory-analyst 2026-05-03
    • Live investigation, statutory 270-day clock, presidential decision window
  67. Section 48D Advanced Manufacturing Investment Tax Credit — final regulations
    first cited by · regulatory-analyst 2026-05-03
    • 25% ITC structure for TSMC Arizona qualified property
  68. SemiWiki - CoWoS Capacity Set to Skyrocket by 2026
    semiwiki.com first cited by · market-positioning-analyst 2026-05-03
    • CoWoS capacity scaling 35K -> 130K WPM by EOY26
    • 1M wafers demand by 2026
  69. Semiwiki - TSMC 2025 Update: Riding the AI Wave
    semiwiki.com first cited by · market-positioning-analyst 2026-05-03
    • TSMC 2025 revenue (~$122.5B, +36% YoY)
    • operational scale data
  70. SpecGas — Neon Production by Country 2026
    specgasinc.com first cited by · supply-chain-analyst 2026-05-03
    • Post-2022 neon diversification (China-led, US/Korea capacity additions)
  71. StockAnalysis.com — GFS, UMC statistics pages
    stockanalysis.com first cited by · financial-analyst 2026-05-03
    • GlobalFoundries (EV/EBITDA ~10.7x, fwd P/E ~22x) and UMC (EV/EBITDA ~5.5x, fwd P/E ~15x) for relative valuation
  72. StockAnalysis.com — TSM income statement / cash flow / balance sheet / statistics
    stockanalysis.com first cited by · financial-analyst 2026-05-03
    • FY22-FY25 historical income / cash flow / balance sheet series
    • current multiples (P/E 30.6x, fwd P/E 20.5x, EV/EBITDA 18.8x, EV/Sales 13.1x, FCF yield 1.9%)
    • ROIC 52%, ROE 36%
  73. Taipower historical industrial rationing episodes (notably 2021 drought)
    first cited by · macro-analyst 2026-05-03
    • Taiwan power and water as quasi-macro operating risk
    • energy-import dependency context (~97% imported)
    • fuel-reserve duration (~40 days)
  74. Taiwan Statute for Industrial Innovation Article 10-2 (Taiwan CHIPS Act)
    first cited by · regulatory-analyst 2026-05-03
    • 25% R&D tax credit plus 5% advanced equipment credit
    • effective-tax-rate floor
  75. TechSoda — Explainer: TSMC's 2024 Annual Report Highlights
    techsoda.substack.com first cited by · supply-chain-analyst 2026-05-03
    • Annual report supplier-list synthesis
  76. Tom's Hardware - Semiconductor industry enters unprecedented giga cycle
    tomshardware.com first cited by · market-positioning-analyst 2026-05-03
    • Giga-cycle structural framing of 2026 industry dynamics
  77. TrendForce - TSMC 2nm 60K Monthly Output 2026, Prices 50% Above 3nm
    trendforce.com first cited by · market-positioning-analyst 2026-05-03
    • N2 pricing premium (~50% above N3)
    • 2nm capacity 60K WPM 2026
  78. TrendForce - TSMC 2nm Reportedly Up 10-20%; 3-7nm Single-Digit in 2026
    trendforce.com first cited by · market-positioning-analyst 2026-05-03
    • 2026 wafer pricing (N2 +10-20% over N3
    • N3-N7 single-digit increases)
  79. Trendforce — ASML's Magic Uncovered: Tech and Partners Behind Its EUV Edge (Nov 2025)
    trendforce.com first cited by · supply-chain-analyst 2026-05-03
    • ZEISS / Cymer / TRUMPF tier-2 dependency mapping for ASML EUV
  80. Trendforce — Japan Ramps Up Photoresist Investment for 2nm Chips (Nov 2025)
    trendforce.com first cited by · supply-chain-analyst 2026-05-03
    • Photoresist supplier concentration, TOK Korea plant capex
  81. Trendforce — Japan Rumored to Curb Photoresist Exports (Dec 2025)
    trendforce.com first cited by · supply-chain-analyst 2026-05-03
    • Photoresist export-control geopolitical context
  82. Trendforce — Kioxia, TEL and Photoresist Makers in Focus After M7.7 Japan Earthquake (Apr 2026)
    trendforce.com first cited by · supply-chain-analyst 2026-05-03
    • April 2026 photoresist disruption stress-test data point
  83. Trendforce — TSMC Accelerates Arizona 2nd Fab, Eyes 3Q26 Tool Install (Dec 2025)
    trendforce.com first cited by · supply-chain-analyst 2026-05-03
    • Arizona Fab 2 timeline acceleration
  84. Trendforce — TSMC Reportedly Plans 12 New Advanced Process and Packaging Fabs in Taiwan (Nov 2025)
    trendforce.com first cited by · supply-chain-analyst 2026-05-03
    • Taiwan capacity concentration vs ex-Taiwan ramp
  85. Trendforce — TSMC Reportedly Pulls Arizona Third Fab to 2027 (Sep 2025)
    trendforce.com first cited by · supply-chain-analyst 2026-05-03
    • Geographic diversification ramp acceleration
  86. TSMC 1Q26 Management Report
    investor.tsmc.com first cited by · financial-analyst 2026-05-03
    • Q1 2026 P&L, segment mix (HPC 58%, smartphone 29%, advanced nodes 74% of wafer revenue), capex, cash balance
  87. TSMC 2024 Annual Report
    investor.tsmc.com first cited by · supply-chain-analyst 2026-05-03
    • Tier-1 supplier disclosures, capex allocation, EUV scanner counts
  88. TSMC 2024 Responsible Supply Chain Report
    esg.tsmc.com first cited by · supply-chain-analyst 2026-05-03
    • Continuity planning posture, 2,000+ chemical/material qualification, neon recycling
  89. TSMC 2025 Annual Report (English)
    investor.tsmc.com first cited by · financial-analyst 2026-05-03
    • FY25 segment mix, capital allocation framework, dividend policy, capex history
  90. TSMC 2025 SEC 20-F
    investor.tsmc.com first cited by · financial-analyst 2026-05-03
    • FY25 annual report regulatory filing for ADR
    • cash flow detail
    • SBC disclosure
  91. TSMC 4Q25 Earnings Call Transcript
    investor.tsmc.com first cited by · supply-chain-analyst 2026-05-03
    • Capacity utilization, Arizona ramp commentary, capex guidance
  92. TSMC 4Q25 Management Report
    investor.tsmc.com first cited by · financial-analyst 2026-05-03
    • FY25 full-year P&L, capex (~NT$1.27T / ~$40B), balance sheet
  93. TSMC Arizona corporate site
    tsmc.com first cited by · supply-chain-analyst 2026-05-03
    • Arizona Fab 1 N4 HVM, yield parity statements
  94. TSMC Form 20-F (most recent annual filing)
    investor.tsmc.com first cited by · customer-analyst 2026-05-03
    • Customer concentration disclosure (one unnamed >10% customer), geographic/end-market revenue mix
  95. TSMC Form 20-F (most recent, FY2024)
    investor.tsmc.com (SEC filing) first cited by · regulatory-analyst 2026-05-03
    • Risk factors, government grants disclosure, material litigation note
  96. TSMC FY24 Annual Report and 20-F filings (general reference)
    investor.tsmc.com first cited by · macro-analyst 2026-05-03
    • FX sensitivity rule-of-thumb (~40 bps GM per 1% TWD/USD move), revenue mix by geography, capex profile, segment mix HPC/smartphone/auto/IoT, balance sheet net cash position
  97. TSMC IR — Q1 2026 Quarterly Results page
    investor.tsmc.com first cited by · financial-analyst 2026-05-03
    • Q1 2026 revenue, gross/operating/net margins, capex, Q2 and full-year 2026 guidance
  98. TSMC Q1 2026 Earnings Call Transcript (Investing.com)
    investing.com first cited by · financial-analyst 2026-05-03
    • Q1 2026 OCF (NT$699B), FCF (NT$348B), ROE (40.5%), raised long-term GM target (56%+), 2026 capex high-end of $52-56B range
  99. TSMC quarterly earnings calls (Q3 2024 through Q1 2026)
    investor.tsmc.com first cited by · customer-analyst 2026-05-03
    • HPC overtaking smartphone commentary, CoWoS capacity-doubling guidance, end-market segment color, demand-quality signaling
  100. TSMC quarterly earnings transcripts FY24-Q1 FY26 (general reference)
    investor.tsmc.com first cited by · macro-analyst 2026-05-03
    • Wafer pricing direction (2023 6-8% raise, 2024 ~3%, N2/A16 reported ~10-15% premium), China revenue trajectory, Arizona ramp commentary, water/power risk mentions
  101. User-provided cohort context for customer dimension
    first cited by · customer-analyst 2026-05-03
    • Apple ~25%, HPC overtook smartphone in 2024–25, hyperscaler custom-silicon list, switching-cost description, cycle-position read by end-market
  102. USITC — Ukraine, Neon, and Semiconductors (executive briefing)
    usitc.gov first cited by · supply-chain-analyst 2026-05-03
    • Pre-2022 neon supply baseline
  103. Wccftech - TSMC Tight 2nm Supply, Four Consecutive Years of Price Hikes
    wccftech.com first cited by · market-positioning-analyst 2026-05-03
    • Confirms multi-year price-hike runway
    • supply tightness at N2
  104. Wccftech — TSMC 2nm Tight Supply / Four-Consecutive-Year Price Increases
    wccftech.com first cited by · supply-chain-analyst 2026-05-03
    • Pass-through pricing power evidence
  105. Works in Progress Magazine — The world's most complex machine (ASML/EUV)
    worksinprogress.co first cited by · supply-chain-analyst 2026-05-03
    • ZEISS / Cymer / TRUMPF technical context