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Approximately 26,000 words. Strong narrative and historical scope; contained 780 opaque reference markers representing 245 unique identifiers but no usable bibliography.
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Internal research material · no public URLManufacturing, supply, and capacity commitments; cloud and investment commitments; inventory; PP&E; CapEx; H20 and excess purchase-obligation charges; partner-facility lease guarantees.
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Open source →$119B manufacturing, supply, and capacity commitments; $95B due during remainder of FY2027; inventory; excess purchase-obligation liability; separate cloud, investment, and vendor commitments.
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Open source →$16.1B inventory purchase and long-term supply/capacity obligations; $20.7B total future purchase commitments; supplier prepayments.
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Open source →$30.8B inventory purchase and long-term supply/capacity obligations; $45.1B total future purchase commitments; inventory and prepayments.
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Open source →$12.166B unconditional commitments; $8.5B due FY2026; supplier and capacity risks; GF wafer agreement; revenue, CapEx, and MI308 charge.
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Open source →Broad Taiwan ecosystem investment. Do not characterize as a single TSMC capacity reservation.
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Open source →$15.1B purchase obligations, including multi-year capacity commitments; $10.5B due in 12 months; $1.9B advance payments.
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Open source →Multiyear agreement expected to exceed $30B; Broadcom plans a $1.5B Fort Collins expansion and modernization; Apple says the agreement supports more than 15B U.S.-made chips.
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Open source →Foundry capacity, lasers, PCB lead times, and longer customer agreements.
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Open source →TSMC 2026 CapEx plan of $52B to $56B.
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Open source →Direct executive outlook; time-sensitive.
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Open source →Multi-year volume, price bands, deposits, guarantees. Commentary must be distinguished from filing facts.
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Open source →Advanced packaging growth and investment.
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Open source →Advanced packaging as strategic infrastructure; Apple as first and largest customer.
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Open source →Dedicated capacity and anchor-customer structure.
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Open source →Final manufacturing award.
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Open source →Downstream cloud-capacity backstop, not semiconductor manufacturing capacity.
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Open source →Downstream compute capacity, not a foundry LTA.
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Open source →Custom chip, infrastructure spending, and supplier arrangements.
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Open source →Seven-fab foundational semiconductor plan; execution and utilization remain risks.
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Open source →Cautionary evidence on foundry losses.
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Open source →Project cuts, Ohio slowdown, and workforce restructuring.
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Open source →Material cash requirements and off-balance-sheet commitments.
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Open source →Historical value-chain economics and segment CapEx intensity.
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Open source →Use underlying Commerce award documents for production implementation.
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Open source →Estimate, not a filing fact. Foundry-revenue share, not advanced-node wafer share.
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Open source →Prefer official speech or transcript if located.
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Open source →$500M for GlobalWafers U.S. 300mm raw-silicon wafer plant plus 10-year supply agreement.
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Open source →$16.5B contract through 2033; anchor-customer evidence.
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Open source →Update identifying Samsung 2nm AI6 production plan.
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Open source →Official 2024 Form 20-F filing announcement; footprint and capacity statement.
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Open source →Official announcement describes existing multi-fab footprint and planned Fab 7 ownership transition.
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Open source →Principal-facilities table identifies wafer-fabrication locations.
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Open source →Dated company statement lists five Samsung Foundry manufacturing locations.
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Open source →Manufacturing-facilities section describes fab locations and ownership.
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Open source →Company annual report states managed manufacturing capacity and facility footprint.
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Open source →Foundry section identifies key production fab locations and process ramps.
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Open source →Manufacturing section describes owned facilities and newly ramping 300mm fabs.
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Open source →Annual report describes global footprint and installed capacity.
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Open source →Final award of up to $407M in direct funding for Amkor's approximately $2B Arizona advanced-packaging and test facility; payments follow project milestones.
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Open source →2026 capital expenditure expected at US$52B to US$56B, subject to market conditions; report describes capacity and technology investment.
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Open source →More than $60B across seven U.S. semiconductor fabs in Texas and Utah; company plan remains subject to execution and demand.
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Open source →Up to $6B multi-year agreement for fiber-optic cables for Meta data centers; supports Corning manufacturing expansion in North Carolina.
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Open source →Corning will supply optical fiber, cable, and connectivity products for Meta data centers; company describes North Carolina capacity expansion and forward-looking execution risks.
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Open source →$2.6658B of unconditional commitments to foundries and test-and-assembly partners; $1.8718B due in fiscal 2027; FY2026 revenue and purchases of property and equipment.
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Open source →Multi-year and multi-generation partnership through 2029; initial MTIA deployment commitment exceeds 1GW and is described as the first phase of a multi-gigawatt rollout. Forward-looking deployment measure, not a dollar supply commitment.
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Open source →AWS states Trainium2 is fully subscribed with 1.4M chips landed; Project Rainier has more than 500,000 Trainium2 chips. Deployment and subscription data, not a fabrication commitment.
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Open source →$32.1B of construction, new building, and leasehold-improvement commitments, primarily related to datacenters. Construction commitments are not semiconductor purchase commitments.
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Open source →Microsoft describes a TSMC 3nm custom accelerator deployed at Azure US Central and clusters up to 6,144 accelerators. No disclosed volume or supply-contract value.
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Open source →Alphabet reported FY2025 CapEx of $91.4B, with about 60% for servers and 40% for data centers and networking. Aggregate CapEx is not a semiconductor supply commitment.
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Open source →Google describes Ironwood TPU superpods with 9,216 chips. Product-system scale, not a disclosed fabrication allocation or financial commitment.
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Open source →Oracle plans to raise $45B to $50B of gross cash in 2026 to build additional capacity for contracted OCI demand. Financing plan, not CapEx or a semiconductor supply contract.
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Open source →Arm describes its first Arm-designed data-center CPU as developed with lead partner Meta, with production commitments from others and ODMs. No disclosed fab allocation, spend, or chip volume.
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Open source →Meta reported $72.22B of FY2025 CapEx and guided FY2026 CapEx to $115B to $135B. Aggregate infrastructure spending is not a semiconductor commitment.
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Open source →Broadcom states it generally does not have long-term contract-manufacturing capacity commitments or minimum quantities under its CM arrangements.
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Open source →Anthropic plans up to one million Google Cloud TPUs; expansion described as tens of billions of dollars and expected to bring well over 1GW online in 2026. This is Anthropic cloud and capacity demand, not Alphabet CapEx or equity investment.
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Open source →Anthropic announced a Google and Broadcom agreement for multiple gigawatts of next-generation TPU capacity expected to begin coming online in 2027. No price, wafer allocation, Google investment, or Broadcom revenue is disclosed.
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Open source →Anthropic committed more than $100B over 10 years to AWS technologies and up to 5GW of capacity. Amazon said it would invest $5B now and up to $20B in the future after prior $8B investment. Keep spend, capacity, and equity distinct.
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Open source →Amazon announced a $50B OpenAI investment; the existing AWS agreement expands by $100B over eight years and OpenAI commits to consume about 2GW of Trainium capacity. Equity, service, and capacity values are distinct and forward-looking.
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Open source →OpenAI said it contracted to purchase an incremental $250B of Azure services. This is a customer cloud-services commitment, not a Microsoft CapEx or semiconductor purchase-commitment balance.
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Open source →OpenAI said its Oracle agreement develops up to 4.5GW of additional Stargate capacity and exceeds $300B over five years. Planned capacity and partnership scope are not delivered capacity or an Oracle equity investment.
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Open source →Meta guided 2026 CapEx including principal finance-lease payments to $125B to $145B. Aggregate forward guidance is not a semiconductor commitment.
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Open source →Meta announced a multiyear agreement for up to 6GW of AMD Instinct GPUs. This is a forward-looking capacity roadmap, not a disclosed dollar supply obligation.
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Open source →OpenAI and NVIDIA described a letter of intent for at least 10GW of NVIDIA systems and an intended progressive NVIDIA investment of up to $100B as each gigawatt deploys. It is an intention and deployment framework, not a completed manufacturing commitment.
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Open source →Intel announced a 5 billion euro Leixlip investment to expand Xeon capacity on Intel 3 using existing cleanroom space and leading-edge equipment. Cost, timing, ramp, and output are forward-looking.
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Open source →Intel Foundry said Intel 18A-P entered risk production in June 2026 and 18A entered production in 2025. Risk production is not high-volume output.
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Open source →Samsung said its Foundry Business commenced first-generation 2nm mass production and began 4nm HBM base-die shipments in Q4 2025, targeting a second-generation 2nm ramp in 2026. Company outlook; no volume or allocation disclosed.
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Open source →Samsung announced commercial HBM4 production using 1c DRAM and a 4nm logic base die with foundry-memory co-optimization and in-house advanced packaging. Product announcement, not standalone foundry-capacity measure.
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Open source →GF announced a $16B plan in New York and Vermont for manufacturing and advanced packaging, including facilities, packaging, silicon photonics, GaN, and research. Announced plan, not reported spend or a customer capacity contract.
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Open source →GF and Renesas announced a multi-billion-dollar manufacturing partnership. No public quantity, timing, or firm-capacity dollar breakdown should be inferred.
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Open source →UMC described its two-phase 22/28nm Singapore Fab 12i expansion: phase one expected volume production in 2026, up to $5B planned for 30,000 wafers per month, and Singapore capacity above one million wafers annually. Planned scale and timing, not reported output.
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Open source →UMC said its 2025 Singapore Fab 12i Phase 3 completion supported customer supply-chain diversification and guided to $1.5B of 2026 CapEx. CapEx is guidance.
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Open source →Tower described a $920M silicon-photonics and silicon-germanium expansion targeting qualification in Q4 2026 and more than 5x late-2025 annualized shipment capacity, with more than 70% reserved or being reserved through 2028 with prepayments. Targets and reservation status are forward-looking.
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Open source →Tower announced a Japan 300mm silicon-photonics silicon-germanium and advanced-packaging expansion with about $3B forecast scope, $1B expected government grants, and a Q4 2027 production-readiness target. Subject to agreements, equipment, permits, financing, and grant conditions.
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Open source →Micron raised its planned U.S. fab and technology investment to more than $250B through 2035 and announced first concrete at Clay New York. Expected Idaho output timing is forward-looking, not current installed capacity.
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Open source →SK hynix said 2026 investment would rise significantly to ramp M15X, prepare Yongin-cluster infrastructure, and secure EUV equipment. Qualitative outlook, not disclosed budget.
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Open source →SK hynix described M15X as a next-generation DRAM and HBM hub and Cheongju P&T7 as an advanced-packaging fab for AI-memory products. Technology and strategy statement; no capacity or shipment figure.
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Open source →TI began production at SM1 in Sherman in December 2025. Ultimate site scale and future ramp are demand-dependent; distinguish production start from future site buildout.
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Open source →