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Industry brief · Power & digital

Semiconductor manufacturingfront-end fabs, OSAT/ATMP, display & compound semis

Wafer fabrication (leading-edge logic, memory/HBM, mature-node and specialty/compound semiconductors) and back-end assembly, test, marking and packaging (OSAT/ATMP, advanced packaging such as CoWoS/HBM stacking). Industrial policy (US CHIPS Act, EU Chips Act, India Semiconductor Mission and Semicon 2.0) underwrites a global fab build-out, but megaproject risk is extreme: USD 10-40bn per fab, 3-5 years to volume, scarce cleanroom/MEP labour, tool lead times, utilities (power, ultrapure water, gases) and customer/yield ramp risk.

Start a Decision Sprint See the parameters

Pack v1.0.0 · updated 5 Oct 2026 · 13 cited sources · 14 parameters · 10 swing factors.

At a glance

0.22MCapex intensity · USD per WSPM (mature/specialty blended); leading-edge 250-600krange 0.12M–0.6M · estimate

42Construction time · months (groundbreak to volume production)range 24–72 · sourced

25%Mean cost overrunrange 0%–100% · estimate

40%Mean schedule overrunrange 0%–150% · estimate

Pack defaults with their low–high range. Overruns are sector means as a share of the original budget or schedule. All parameters and sources

Sub-industries

Capex intensity ranges by configuration. The unit changes with the asset, so compare within a row, not across rows.

Sub-industry	Capex intensity	Notes
Leading-edge logic foundry fabs (N3/N2/18A and below)TSMC Arizona (USD 165bn, 6 fabs planned), Intel 18A/14A (Arizona, Ohio), Samsung Taylor, Rapidus Hokkaido.	250,000–600,000USD per wafer start per month (WSPM)	estimate: ~USD 20-30bn for ~40-60k WSPM at N3/N2; US construction costs higher than Taiwan; EUV ~USD 200-400m per tool.
DRAM/HBM and NAND fabsMicron Idaho/New York (USD 200bn US commitment), SK hynix Yongin/Indiana HBM packaging, Samsung Pyeongtaek.	150,000–400,000USD per WSPM	estimate; HBM requires additional TSV/stacking back-end capex.
Mature-node and specialty fabs (28-180 nm, power, analog, SiC/GaN)Tata Electronics-PSMC Dholera (50k WSPM, Rs 91,000 crore), ESMC Dresden (TSMC-Bosch-Infineon-NXP), GlobalFoundries, TI Sherman/Lehi, Infineon Dresden, SiCSem Odisha.	120,000–250,000USD per WSPM	Tata Dholera: Rs 91,000 crore / 50k WSPM ~ Rs 1.8 crore per WSPM (~USD 190k at INR 95.8). ESMC ~EUR 10bn for ~40k WSPM (~USD 280k) - estimate.
OSAT / ATMP and advanced packagingMicron Sanand ATMP (USD 2.75bn), Tata TSAT Assam (Rs 27,000 crore), CG Semi Sanand, Kaynes Sanand, HCL-Foxconn Jewar; TSMC CoWoS, Amkor Arizona, ASE.	300–7,000USD million per plant	India OSAT Rs 3,300-27,000 crore (~USD 0.35-2.9bn); advanced packaging (CoWoS/SoIC) plants USD 2-7bn - estimate.
Display fabs, equipment-component and materials plantsDisplay fabs, chip-equipment parts (Lam Research India Rs 10,000 crore unit), gases/chemicals and substrates.	100–8,000USD million per plant	estimate.

Value chain

Inputs

EDA/IP and design
silicon wafers (300 mm), SiC substrates
photomasks and photoresists
specialty and bulk gases (N2, Ar, He, NF3, WF6)
wet chemicals and CMP slurries
wafer-fab equipment (litho, etch, dep, metrology)
ultrapure water and stable 24x7 power
cleanroom construction and MEP
substrates, leadframes, bonding wire, mould compounds (back-end)

Process

front-end: lithography, etch, deposition, implant, CMP, metrology (500-1,000+ steps)
wafer sort/probe
back-end: dicing, die attach, wire-bond/flip-chip, moulding
advanced packaging (2.5D/3D, HBM stacking, chiplets)
final test and burn-in
yield ramp and customer qualification

Outputs

logic (CPU/GPU/ASIC/SoC)
memory (DRAM/HBM/NAND)
analog/power/discretes (incl. SiC/GaN)
MCUs and automotive chips
packaged and tested ICs

Parameters

14 parameters: 4 sourced, 10 informed estimates. The bar shows the low–high range with the default marked; estimates are labelled and never presented as observed data.

Parameter	Default & range	Evidence	Source
Capex intensity(mature/specialty blended); leading-edge 250-600k	220,000 USD per WSPMrange 120,000–600,000	estimateas of 5 Oct 2026	Tata Dholera Rs 91,000 crore / 50k WSPM; TSMC Arizona
Construction months(groundbreak to volume production)	42 monthsrange 24–72	sourcedas of 5 Oct 2026	en.wikipedia.org
Cost overrun mean	25%range 0%–100%	estimateas of 5 Oct 2026	US/EU greenfield fabs; TSMC Arizona initial USD 12bn plan became USD 40bn for phase 1-2 scope
Schedule overrun mean	40%range 0%–150%	estimateas of 5 Oct 2026	TSMC Arizona fab 2 and Intel Ohio delayed to ~2030-31; Intel Magdeburg cancelled 2025
Asset life (years)(buildings 30+, tools 5-7)	15 yearsrange 5–30	estimateas of 5 Oct 2026	Informed estimate; no single source
WACC	9%range 7%–13%	estimateas of 5 Oct 2026	Informed estimate; no single source
Typical IRR(project, post-subsidy)	14%range 5%–25%	estimateas of 5 Oct 2026	Informed estimate; no single source
Utilization	80%range 60%–98%	estimateas of 5 Oct 2026	Informed estimate; no single source
Opex % of revenue(cash cost ex-D&A)	50%range 35%–70%	estimateas of 5 Oct 2026	Informed estimate; no single source
EBITDA margin(foundry/memory peak 60-70%; OSAT 15-25%)	45%range 15%–70%	estimateas of 5 Oct 2026	Informed estimate; no single source
ISM outlay (INR crore)(ISM 1.0); Semicon 2.0 Rs 1,27,500 crore	76,000 Rs crorerange 76,000–127,500	sourcedas of 5 Oct 2026	en.wikipedia.org
CHIPS act manufacturing incentives (USD bn)(plus 25% ITC)	39 USD bn grantsrange 39–52.7	sourcedas of 5 Oct 2026	en.wikipedia.org
EU CHIPS act (EUR bn)	43 EUR bn policy-driven investmentrange 43–86	sourcedas of 5 Oct 2026	en.wikipedia.org
Fab power MW	150 MW per large fabrange 50–300	estimateas of 5 Oct 2026	Informed estimate; no single source

What moves value

Sorted by expected cost (probability × cost impact). Impacts are typical values for the sector; each one is driven by the shared factors listed, which is how one shock reaches several projects at once.

Swing factorProbabilityCost impactSchedule

Cleanroom/MEP construction labour shortage and productivityLabour Shared factors: Labour 0.7 · Data-centre demand 0.3Watch: craft headcount vs plan; construction wage growth; competing data-centre projects nearby

45%

15%

9 mo

Yield ramp and technology transfer riskTechnical Shared factors: Labour 0.5 · Electrical equipment 0.5Watch: pilot-line yields; technology partner commitment (PSMC, Renesas); engineer attrition

40%

10%

9 mo

Subsidy renegotiation or delay (CHIPS, ISM fiscal support, EU state aid)Regulatory Shared factors: Policy 1Watch: Commerce award amendments (equity-for-grants); ISM disbursement milestones; EU state-aid approvals

35%

10%

9 mo

Export controls and tariffs (Section 232 on chips, China restrictions, rare gases)Geopolitical Shared factors: Policy 0.9 · Electrical equipment 0.1Watch: BIS rule changes; Section 232 semiconductor tariff actions; China gallium/germanium export controls

40%

6 mo

Cost escalation in construction materials and MEP equipmentCommodity Shared factors: Construction materials 0.4 · Steel 0.2 · Copper 0.2 · Electrical equipment 0.2Watch: construction materials PPI; copper price; switchgear/transformer PPI

35%

0 mo

Tool delivery and installation delaysSupply chain Shared factors: Electrical equipment 0.7 · Policy 0.3Watch: ASML/AMAT backlog; semi machinery PPI; export licence timing

35%

6 mo

Financing and balance-sheet stress of sponsorsFinancing Shared factors: Interest rates 0.8 · Policy 0.2Watch: sponsor capex cuts (Intel 2025); credit ratings; US 10Y

25%

12 mo

Utilities: power quality, ultrapure water, gasesInterface Shared factors: Power price 0.4 · Grid queue 0.4 · Gas 0.2Watch: dedicated substation status; water allocation (Dholera, Arizona drought); helium/neon supply

30%

6 mo

Environmental permits and community/water concernsESG Shared factors: Policy 0.8 · Labour 0.2Watch: NEPA/EC approvals; PFAS rules; water-stress disputes

20%

6 mo

Demand cycle and customer commitmentMarket Shared factors: Data-centre demand 0.6 · Policy 0.2 · Interest rates 0.2Watch: foundry utilisation; memory price trends; anchor customer LTAs

35%

12 mo

Market signals

What moves the case

Key variables with their typical range and what they hit in the model.

Variable	Typical range	Affects
Wafer-fab equipment marketWFE ~70-80% of fab capex; tool lead times 6-18 months (EUV longer) - estimate.	80–150USD bn/yr	Capex, Schedule
Semiconductor machinery PPI+22% since Jan-2020 (Aug-2026).	85–115index	Capex
Semiconductor device PPIQuality-adjusted index falls over time; memory pricing (HBM/DRAM) far more volatile.	25–35index	Revenue
Fab utilisationHigh fixed cost: each 10 pt utilisation ~ 5-8 pt gross-margin swing for foundries.	60%–98%	Revenue, Margin
Line/die yield at rampNew-node/new-site yield learning drives 6-18 month ramp risk.	30%–95%	Revenue, Schedule
Industrial electricity price PPIAdvanced fab ~100-200 MW load; power ~5-10% of wafer cost.	250–400index	Opex
Industrial gas PPIHelium/neon supply shocks (Ukraine, Qatar) are a key risk.	200–320index	Opex
Construction materials PPICleanroom shell/MEP ~20-30% of fab capex; US costs 4-5x Taiwan per sq ft - estimate.	230–400index	Capex

Show 4 more variables

Variable	Typical range	Affects
US construction hourly earningsFab sites need 5,000-12,000 craft workers at peak; competing with data-centre megaprojects.	35–50USD/h	Capex, Schedule
Government incentive share of capexIndia ISM: 50% central fiscal support pari-passu + 20-25% state; US CHIPS grants ~10-15% + 25-35% ITC; EU state aid 20-40%.	10%–70%	Financing, Capex
US 10-year TreasuryFab carrying cost during 3-5 yr pre-revenue period.	3–6percent	Financing
INR per USDTools priced in USD/JPY/EUR; INR fall from ~83 to ~96 raised Indian fab budgets ~15% in INR.	80–100INR/USD	Capex

Price feeds (13)

Series	Source / id	Unit	Frequency
PPI: Semiconductor and related device manufacturing	PCU334413334413FRED	index	monthly
PPI: Semiconductor and other electronic components	PCU3344133441FRED	index	monthly
PPI: Semiconductor machinery manufacturing	PCU333242333242FRED	index	monthly
PPI: Industrial gas manufacturing	PCU325120325120FRED	index	monthly
PPI: Printed circuit assembly	PCU334418334418FRED	index	monthly
PPI: Industrial electric power	WPU0543FRED	index	monthly
PPI: Construction materials	WPUSI012011FRED	index	monthly
Average hourly earnings, construction	CES2000000003FRED	USD/h	monthly

Show 5 more feeds

Series	Source / id	Unit	Frequency
Global price of Copper	PCOPPUSDMFRED	USD/t	monthly
US 10-year Treasury yield	DGS10FRED	percent	daily
INR per USD	DEXINUSFRED	INR/USD	daily
PHLX Semiconductor Index	^SOXYahoo	index	daily
VanEck Semiconductor ETF	SMHYahoo	USD	daily

Listed tickers (24)

Market context only: these prices tend to react first when a driver moves. Named for context; no affiliation.

Operators · 14

CGPOWER.NS CG Power (CG Semi OSAT) NSE · IN
KAYNES.NS Kaynes Technology (Kaynes Semicon OSAT) NSE · IN
HCLTECH.NS HCL Technologies (HCL-Foxconn OSAT JV) NSE · IN
TSM TSMC NYSE · APAC
INTC Intel NASDAQ · US
MU Micron Technology NASDAQ · US
GFS GlobalFoundries NASDAQ · US
TXN Texas Instruments NASDAQ · US
ASX ASE Technology (OSAT) NYSE · APAC
IFX.DE Infineon Technologies XETRA · EU
STMPA.PA STMicroelectronics Euronext Paris · EU
NXPI NXP Semiconductors NASDAQ · EU
005930.KS Samsung Electronics KRX · APAC
000660.KS SK hynix KRX · APAC

Suppliers · 7

MOSCHIP.NS MosChip Technologies (design) NSE · IN
LT.NS Larsen & Toubro (fab EPC, L&T Semiconductor) NSE · IN
AMAT Applied Materials NASDAQ · US
LRCX Lam Research NASDAQ · US
KLAC KLA NASDAQ · US
ASML.AS ASML Euronext Amsterdam · EU
8035.T Tokyo Electron TSE · APAC

Consumers · 2

DIXON.NS Dixon Technologies (electronics EMS, display JV) NSE · IN
NVDA NVIDIA (demand anchor) NASDAQ · US

Proxys · 1

SMH VanEck Semiconductor ETF NASDAQ · US

Trends and research findings

Trends

India moves from approvals to production2025-2030
ISM approved 12 units (~Rs 1.64 lakh crore) against a Rs 76,000 crore outlay; Micron, Kaynes and CG Semi are in commercial production; Semicon 2.0 approved Jul-2026 with Rs 1,27,500 crore.
en.wikipedia.org
TSMC Arizona scale-up2025-2030
Pledged investment rose to USD 165bn (six fabs); Phase 1 began 4 nm production in early 2025 at 10k WSPM scaling to 30k; CHIPS grants USD 6.6bn.
en.wikipedia.org
US CHIPS shifts toward equity and tariffs2025-2030
USD 52.7bn appropriated (USD 39bn manufacturing incentives + 25% ITC); 2025 policy converted part of Intel's grants into a ~10% government equity stake and leaned on Section 232 tariffs.
en.wikipedia.org
EU Chips Act under-delivers2025-2030
EUR 43bn public investment target with only ~EUR 4.5bn under direct Commission control; ECA says 20% share by 2030 is very unlikely; Intel Magdeburg cancelled; Chips Act 2.0 under discussion.
en.wikipedia.org
AI-led memory and packaging super-cycle2025-2028
HBM and advanced packaging (CoWoS) drive capex: Micron capex nearly doubled to USD 15.9bn in FY2025; NVIDIA revenue USD 215.9bn FY2026.
sec.gov
Equipment localisation in India2026-2030
Lam Research committed Rs 10,000 crore for India's first semiconductor component manufacturing unit.
en.wikipedia.org

Research findings

TSMC Arizona cost escalation
Initial plan: USD 12bn over 8 years for 20k WSPM (2020); construction cost later estimated at USD 40bn and total pledge USD 165bn.
en.wikipedia.org
Intel capex retrenchment (SEC)
Intel purchases of PP&E fell from USD 25.8bn (2023) and USD 23.9bn (2024) to USD 14.6bn (2025).
sec.gov
Micron capex (SEC)
Micron capex USD 15.9bn in FY2025 vs USD 8.4bn in FY2024.
sec.gov
EU Chips Act audit
Act mobilises at least EUR 86bn (EUR 43bn public + matched private) but the Commission controls ~EUR 4.5bn; remaining ~EUR 35bn depends on national state aid.
en.wikipedia.org
CHIPS project pipeline
By Mar-2024 the act had incentivised 25-50 projects worth USD 160-200bn and 25,000-45,000 jobs, but faced grant delays and skilled-worker shortages.
en.wikipedia.org
Critical-mineral exposure
China supplies ~99% of refined gallium; data-centre demand for gallium could exceed 10% of today's supply by 2030.
iea.org

KPIs, regions and who builds

KPIs the pack tracks

Capex per WSPM
Months from groundbreak to first tool-in / volume
Wafer starts per month (WSPM)
Line yield (%)
Fab utilisation (%)
Cycle time (days)
Gross margin (%)
Subsidy disbursed vs committed
Tool install rate (tools/week)
Units per day (OSAT)
Local value addition (%)
Power and water per wafer

Regional notes

India	ISM 1.0 (Rs 76,000 crore) approved 12 units (~Rs 1.64 lakh crore) incl. Tata-PSMC Dholera fab, Micron/CG/Kaynes/Tata/HCL-Foxconn OSATs, SiC and glass-substrate units; Semicon 2.0 (Rs 1,27,500 crore, Jul-2026) extends to equipment, materials and display. Constraints: utilities at Dholera/Sanand, skilled fab workforce, technology partners, INR depreciation; strengths: 50% central + state subsidies, design talent, electronics demand (Rs 6.27 lakh crore mobile output).
United States	CHIPS Act grants + 25% ITC (raised to 35% for projects starting by end-2026 under OBBBA) underpin TSMC, Samsung, Micron, Intel, TI, GF projects; administration pivot to equity stakes and tariffs; labour and construction cost premiums; Intel Ohio pushed to ~2030-31.
Europe	Chips Act (EUR 43bn) anchored ESMC Dresden, Infineon Dresden, ST/onsemi SiC; Intel Magdeburg/Poland cancelled; ECA and Bruegel (2026) find under-delivery; Chips Act 2.0 aimed at design, equipment and pilot lines.
Middle East	Saudi Arabia and UAE explore back-end/packaging and AI chip deployment under US export arrangements.

Who builds and operates

Named for context; no affiliation. These are public market participants drawn from the research behind the pack. They are not Capibud clients or partners.

Operators · 12

Tata Electronics Mumbai · INIndia's first commercial fab at Dholera with PSMC (Rs 91,000 crore, 50k WSPM, 28-110 nm) and TSAT OSAT at Jagiroad, Assam (Rs 27,000 crore).
Micron Technology Boise · USSanand ATMP (USD 2.75bn total with incentives) in commercial production; USD 200bn US commitment (Idaho, New York); capex USD 15.9bn FY2025.
CG Semi (CG Power-Renesas-Stars) Sanand · INOSAT (~Rs 7,600 crore); among first three ISM units in commercial production.
Kaynes Semicon Sanand · INOSAT (~Rs 3,300 crore) in commercial production.
HCL-Foxconn / SiCSem / 3D Glass Solutions / CDIL / ASIP Various · IN2025 ISM approvals: Jewar display-driver OSAT, Odisha SiC fab and glass substrate packaging, Punjab discretes, Andhra OSAT.
TSMC Hsinchu · APACArizona commitment USD 165bn (6 fabs + packaging); Kumamoto (JASM) and ESMC Dresden; CHIPS grant USD 6.6bn + USD 5bn loans.
Intel Santa Clara · US18A ramp in Arizona; Ohio fab delayed to ~2030-31; Magdeburg and Poland projects cancelled (2025); US government ~10% equity stake (2025); capex fell to USD 14.6bn in 2025 from USD 23.9bn.
Samsung Electronics Suwon · APACTaylor, TX fab (2 nm) anchored by Tesla AI chip contract; Pyeongtaek memory.
SK hynix Icheon · APACHBM leader; Yongin cluster and Indiana advanced packaging plant.
GlobalFoundries / Texas Instruments Malta NY / Dallas · USMature/specialty US capacity; TI capex ~USD 4.5bn in 2025 for Sherman/Lehi 300 mm fabs.
ESMC (TSMC-Bosch-Infineon-NXP) / Infineon / STMicro Dresden / Munich / Geneva · EUEU Chips Act anchor projects; ST/Infineon SiC fabs (Catania, Kulim).
Rapidus Tokyo · APAC2 nm pilot line in Hokkaido with heavy Japanese state funding.

Suppliers · 11

ASML OEM · EUSole EUV supplier; High-NA EUV ~EUR 350m+ per tool.
Applied Materials / Lam Research / KLA OEM · USDeposition, etch, process control; Lam investing Rs 10,000 crore in India components.
Tokyo Electron / Screen / Advantest OEM · APACCoater/developer, cleaning, test.
Linde / Air Liquide / Air Products / INOX Air Products Materials · EUOn-site gas plants and bulk/specialty gases.
Shin-Etsu / SUMCO / GlobalWafers / Siltronic Materials · APAC300 mm silicon wafers.
Entegris / JSR / TOK / Merck KGaA Materials · USPhotoresists, filters, specialty chemicals.
Exyte / Jacobs / Fluor / L&T / Tata Projects / Kajima EPC · EUCleanroom design-build and MEP; L&T and Tata Projects build Indian fabs/OSATs.
Synopsys / Cadence / Arm Software · USEDA and IP.
Amkor / ASE / JCET Services · USOSAT incl. Amkor Arizona advanced packaging.
Ebara / Kokusai / ASM International OEM · APACCMP, batch furnaces, ALD/epitaxy.
Veolia / Evoqua / Kurita Services · EUUltrapure water and wastewater systems.

Customers · 5

AI accelerators and hyperscalers (NVIDIA, AMD, Broadcom ASICs, Google TPU) AI/data centreDrive CoWoS and HBM capacity additions; NVIDIA FY2026 revenue USD 215.9bn.
Smartphones and PCs (Apple, Samsung, Xiaomi, Dixon/Foxconn India) consumer electronicsIndia mobile output Rs 6.27 lakh crore in 2025-26.
Automotive and EV (Tata Motors, M&M, Tesla, VW, Bosch) automotiveMCUs, power (SiC/IGBT) and sensors; mature-node demand.
Industrial, power and energy (inverters, grid, BESS) industrialPower semis for renewables, data-centre power.
Defence, telecom and space strategicTrusted-foundry and domestic sourcing mandates.

Project template

Work breakdown

Share of total duration per step; steps overlap where predecessors allow, as the bars show. O / ML / P are optimistic, most-likely and pessimistic multipliers on each step's duration; the hatched tail is the pessimistic case.

ID	Step & timing	Share	O / ML / P
A100	Technology partner, product/customer commitments and business caseDevelop · factors: Data-centre demand, Policy	12%	0.9 / 1 / 1.6
A110	Incentive approval (ISM/CHIPS/state aid) and financingDevelop · factors: Policy, Interest rates	15%	0.85 / 1 / 1.8
A120	Site, environmental clearance, water and power allocationDevelop · factors: Policy, Grid queue, Power price	15%	0.9 / 1 / 1.6
B100	Fab/OSAT basic and detailed design (cleanroom, sub-fab, CUB)Engineer · EPC · factors: Labour	15%	0.9 / 1 / 1.4
C100	Process tool orders (litho, etch, dep, metrology / back-end tools)Procure · OEM · factors: Electrical equipment, Policy	35%	0.9 / 1 / 1.5
C110	Facility long-lead: chillers, AHUs/FFUs, UPW, gas plants, substationsProcure · OEM · factors: Electrical equipment, Steel, Copper	30%	0.9 / 1 / 1.5
D100	Piling, foundations and structural shell (vibration-isolated)Construct · EPC · factors: Construction materials, Steel, Labour	25%	0.9 / 1 / 1.4
D110	Cleanroom, MEP, process piping and hook-up infrastructureConstruct · EPC · factors: Labour, Copper, Steel	35%	0.9 / 1 / 1.6
D120	Utilities: dedicated substation, UPW and wastewater, bulk gasConstruct · EPC · factors: Grid queue, Electrical equipment, Labour	30%	0.9 / 1 / 1.6
D130	Tool move-in, installation and hook-upConstruct · OEM · factors: Labour, Electrical equipment	20%	0.9 / 1 / 1.5
E100	Tool qualification, pilot lots and yield learningCommission · OEM · factors: Labour, Electrical equipment	15%	0.9 / 1 / 1.8
E110	Customer qualification and volume rampCommission · factors: Data-centre demand, Labour	15%	0.9 / 1 / 2

Cost breakdown

Share of capex by line, with the commodity exposure of each line (the share of that line that moves with the commodity).

Process equipment (front-end or back-end tools)62%
Equipment
- Electrical equipment 70%
- Policy 30%
Cleanroom, MEP and facility systems12%
Construction
- Electrical equipment 30%
- Construction materials 30%
- Steel 20%
- Copper 20%
Construction and installation labour7%
Labour
- Labour 100%
Shell, civil and site works6%
Construction
- Construction materials 60%
- Steel 40%
Utilities infrastructure (power, UPW, gases)4%
Equipment
- Electrical equipment 50%
- Gas 30%
- Power price 20%
Design, technology licence and engineering3%
Engineering
- Labour 100%
Pre-operating costs, qualification and ramp3%
Commissioning
- Labour 70%
- Power price 30%
Financing and insurance2%
Indirects
- Interest rates 100%
Land, approvals and development1%
Develop
- Policy 100%

Financial template

Revenue model

Foundry: per-wafer pricing by node under long-term agreements; IDMs/memory: product sales exposed to price cycles; OSAT: per-unit assembly/test fees; returns heavily shaped by capital subsidies (ISM 50% pari-passu + state top-ups, CHIPS grants/ITC, EU state aid).

Margin driver

Fab utilisation

Ramp-up

3 years to steady state

How Capibud uses this pack

A pack is a starting position, not a forecast. When a semiconductor manufacturing decision opens in Capibud, pack v1.0.0 is copied in and pinned to that decision. The 14 parameters, 10 swing factors and templates the committee saw stay attached to the decision record, even after the pack is next refreshed.

Parameter ranges and WBS durations seed the P50, P80 and P90 for capex, schedule and value. Your own estimates, vendor quotes and actuals replace pack defaults line by line, and the record shows which numbers are still defaults.

Each swing factor is wired to shared factors; here the heaviest are policy, labour, electrical equipment and data-centre demand. A move in one factor hits every exposed project in the same scenario, which is how the capital committee sees concentration across a book rather than project by project.

The 13 price feeds and 24 listed tickers feed the brain, which watches for drivers moving outside their pack range and drafts the change for a person to review.

Shared factors behind this pack's swing factors

Policy
Labour
Electrical equipment
Data-centre demand
Interest rates
Power price
Grid queue

Relative weight: probability × impact × driver weight, summed over swing factors.

Capex tied to a shared factor

Electrical equipment49%
Policy19.6%
Labour12.1%
Construction materials7.2%
Steel4.8%
Copper2.4%
Interest rates2%

Share of total capex, from the cost breakdown and its commodity exposures.

Sources

Every link opens the original source in a new tab. Values marked as estimates are informed estimates by the Capibud research team.

en.wikipedia.orghttps://en.wikipedia.org/wiki/Semiconductor_industry_in_India
en.wikipedia.orghttps://en.wikipedia.org/wiki/CHIPS_and_Science_Act
en.wikipedia.orghttps://en.wikipedia.org/wiki/European_Chips_Act
en.wikipedia.orghttps://en.wikipedia.org/wiki/TSMC_Arizona
en.wikipedia.orghttps://en.wikipedia.org/wiki/Micron_Technology
ism.gov.inhttps://ism.gov.in/
nist.govhttps://www.nist.gov/chips
digital-strategy.ec.europa.euhttps://digital-strategy.ec.europa.eu/en/policies/european-chips-act
sec.govhttps://www.sec.gov/Archives/edgar/data/50863/000005086326000011/
sec.govhttps://www.sec.gov/Archives/edgar/data/723125/000072312525000028/
sec.govhttps://www.sec.gov/Archives/edgar/data/1045810/000104581026000021/
iea.orghttps://www.iea.org/reports/energy-and-ai/executive-summary
fred.stlouisfed.orghttps://fred.stlouisfed.org/series/PCU333242333242

Bring us one real decision in semiconductor manufacturing.

We start it from the Semiconductor manufacturing pack v1.0.0: 14 parameters, 10 swing factors and the 12-step project template, pinned to your decision.