Home / Themes / AI '25: Advanced Packaging

AI '25: Advanced Packaging (open on stockthemes)

Last updated

Theme thesis · 3/5 sections · Tickers 11 with notes · 5 pending

Loading chart…
Loading…

Bull / Bear Details has the investment thesis and bull/bear points. Overview is monitoring guidance (hiring, forums, second-order trends, search keywords, Google Trends, datasets).

Bull / Bear Details

Artificial intelligence is increasing demand for sophisticated semiconductor packaging as accelerators integrate multiple computing dies, high-bandwidth memory,

Thesis

Artificial intelligence is increasing demand for sophisticated semiconductor packaging as accelerators integrate multiple computing dies, high-bandwidth memory, and increasingly complex interconnect structures. Advanced packaging technologies including CoWoS, hybrid bonding, chiplet assembly, and high-density substrates have become critical to improving computing performance, memory bandwidth, and energy efficiency. The basket captures foundries, outsourced packaging providers, bonding equipment, substrates, inspection technologies, and specialized materials benefiting from greater integration complexity and packaging capacity expansion.

Bull case

  • AI Packaging Capacity Expands: Growing demand for advanced accelerators, custom ASICs, and HBM drives investment in CoWoS, advanced assembly, bonding equipment, and heterogeneous integration capacity, supporting higher equipment orders and packaging service revenues.

  • Advanced Integration Increases Value Per Package: Larger chiplets, stacked memory, hybrid bonding, and increasingly sophisticated interconnect architectures increase packaging complexity and spending per device, supporting differentiated suppliers of substrates, materials, precision equipment, and advanced assembly technologies.

  • Packaging Bottlenecks Strengthen Supplier Economics: Limited high-end packaging capacity, difficult manufacturing processes, demanding yields, and specialized engineering requirements support competitive advantages, customer commitments, and potential pricing power for established technology leaders.

Bear case

  • AI Semiconductor Capital Spending Slows: Reduced hyperscaler investment, weaker accelerator demand, or excess advanced packaging capacity could reduce orders, lower manufacturing utilization, and undermine expected returns on new production facilities.

  • Competing Technologies Disrupt Established Suppliers: Alternative bonding methods, substrate architectures, chiplet integration approaches, and new manufacturing entrants could shift market share, reduce equipment differentiation, and pressure incumbent profitability.

  • Manufacturing Execution and Geopolitical Risks: Complex assembly processes, yield losses, delayed customer qualifications, Taiwan supply-chain concentration, export controls, and increasing capital requirements could disrupt deliveries and reduce investment returns.

Google_Sheets

Overview

Hiring Trend Watchpoints

High-performing operators are aggressively shifting talent acquisition toward packaging process integration, cleanroom yield engineering, thermal mechanical simulation, and hybrid bonding automation. TSMC, ASE, and Amkor are driving volume hiring for advanced packaging fab engineers in Taiwan, Arizona, and Vietnam, while equipment and metrology vendors (Besi, Camtek, Onto, FormFactor) are prioritizing field applications engineers specializing in sub-micron defect detection, high-density bump metrology, and MEMS probe alignment. Execution confirmation: Steady expansion in job postings for advanced interconnect R&D, hybrid bonding process engineers, and substrate layer scaling specialists, coupled with automated fab operations reducing operator headcount in favor of high-skill systems technicians. Deterioration warnings: Freezes in packaging technician hiring, sudden drops in field support requisitions across OSAT hubs in Taiwan and Arizona, or headcount trimming at equipment suppliers indicating order digestion or delayed HBM4/CoWoS tool deliveries.

Forum Watchlist

  • subreddit — r/semiconductorshigh

    Cleanroom yield discussions, CoWoS and EMIB packaging defect challenges, panel-level packaging transition timelines, and tool reliability feedback from fab engineers.

  • subreddit — r/hardwaremedium

    Discussions on AI accelerator teardowns, HBM3E vs HBM4 architecture shifts, multi-die interposer sizes, and substrate warpage reports.

  • forum — SemiWiki Forum (Packaging & Assembly)high

    Expert commentary on 2.5D/3D heterogeneous integration, hybrid bonding adoption curves, CoWoS-L silicon bridge yields, and glass core substrate roadmaps.

  • niche_community — IEEE Electronics Packaging Society (EPS) Communitymedium

    Technical papers and symposium feedback regarding fine-pitch microbump limits, thermal dissipation in 1000W+ packages, and panel-level redistribution layers.

  • forum — EEVblog Silicon & Semiconductor Fabricationlow

    Practical packaging failure analysis, test socket wear, and high-frequency probe card integrity issues.

Industry Publications

  • Semiconductor Engineering (semiengineering.com) — In-depth technical reporting on heterogeneous integration, hybrid bonding, HBM4 stacking architectures, and advanced packaging yield metrology.
  • TrendForce (trendforce.com) — Industry-standard market intelligence on CoWoS monthly wafer capacity, HBM contract pricing, OSAT capacity allocation, and supplier market shares.
  • Yole Group (Yole Développement) (yolegroup.com) — Comprehensive quantitative research and technology roadmaps on advanced packaging, fan-out panel-level packaging (FOPLP), and substrate dynamics.
  • DigiTimes Asia (digitimes.com) — Daily supply chain intelligence tracking Taiwan foundry packaging expansion (AP7/AP8), OSAT loading rates, and ABF substrate order momentum.
  • EE Times (eetimes.com) — Broad semiconductor analysis covering AI packaging bottlenecks, silicon photonics integration, and government packaging subsidies under the CHIPS Act.

Second Order Trends

Advanced packaging is evolving past standard 2.5D silicon interposers toward several critical second-order inflections: (1) Panel-Level Packaging (PLP/CoPoS): As accelerator package dimensions approach and exceed monolithic reticle limits (moving toward 5.5x–9x reticle equivalents), packaging lines are transitioning from circular 300mm wafers to large rectangular panels (e.g., 310x310mm and 515x510mm) to lower area costs and boost multi-reticle yields. (2) Hybrid Bonding Inflection for HBM4/HBM4E: The physical limitations of microbump thermal compression bonding at sub-10 micron pitches are forcing direct copper-to-copper hybrid bonding adoption, expanding tool requirements for vendors like Besi. (3) Glass Core Substrate Integration: Traditional ABF organic substrates are nearing mechanical and warpage limits in massive AI packages, prompting investments by substrate makers into glass cores for superior flatness and higher-density interconnects. (4) Co-Packaged Optics (CPO): Moving optical transceivers inside the package alongside compute dies to resolve rack-level copper interconnect power bottlenecks. (5) Exponential Test and Metrology Intensity: Yield compounding on 16-high HBM stacks and multi-die chiplets requires extensive pre-reflow 'Known Good Die' (KGD) optical inspection and probe testing to prevent discarding expensive compute packages.

Search Keywords Brand Product

  • CoWoS
  • CoWoS-L
  • CoWoS-S
  • SoIC
  • CoPoS
  • EMIB
  • LEAP services
  • SmartMatrix
  • Dragonfly G5
  • Hawk metrology
  • Eagle Gen 5
  • TC NXT
  • FRT metrology
  • VIPack
  • HBM4
  • HBM3E
  • ABF substrate
  • 3Di bump metrology
  • advanced packaging
  • heterogeneous integration
  • chiplet packaging
  • wafer-level packaging
  • panel-level packaging
  • silicon interposer
  • hybrid bonding
  • thermal compression bonding
  • HBM stacking
  • Taiwan semiconductor supply chain

Search Keywords Policy Regulatory

  • CHIPS and Science Act National Advanced Packaging Manufacturing Program
  • NAPMP funding
  • U.S. semiconductor export controls
  • Taiwan Critical Infrastructure Protection

Search Keywords Event Phrases

  • SEMICON Taiwan
  • IEEE Electronic Components and Technology Conference
  • TSMC Technology Symposium
  • ECTC Advanced Packaging
  • SEMICON West

Google Trend Product Category Intent

• CoWoS capacity • hybrid bonding machine • HBM4 packaging • chiplet interposer • panel level packaging equipment • ABF substrate supply • wafer dicing saw

Google Trend Consumer Intent

• what is advanced packaging • CoWoS explained • chiplet vs monolithic • how does HBM work • hybrid bonding vs microbump

Google Trend Macro Policy Terms

• CHIPS Act packaging grants • National Advanced Packaging Manufacturing Program • semiconductor export restrictions • AI chip supply bottleneck

Economic Data Watch

1. WSTS — WSTS Semiconductor Market Forecast

Matched (medium)semi_semiconductor_equipment_billings · access=file · map_only

Metric/field Worldwide Semiconductor Sales - Total Sales Value (USD billions)

Cadence quarterly

Why it matters This is a primary indicator of the overall health and growth trajectory of the global semiconductor market, directly reflecting demand for chips that require advanced packaging.

Signal to watch Rising sales figures indicate robust demand for semiconductors, which translates to increased need for advanced packaging services and equipment. Declining figures suggest a slowdown.

Confidence: high

2. Trading Economics — Taiwan Economic Indicators

Not in registryaccess=scrape

Metric/field Taiwan Industrial Production

Cadence monthly

Why it matters Taiwan is a critical global hub for advanced semiconductor manufacturing and packaging (e.g., TSMC, ASE, Unimicron). Its industrial production reflects activity in this key supply chain region.

Signal to watch Consistent or accelerating growth in Taiwan's industrial production suggests strong manufacturing activity in the region, likely driven by semiconductor demand.

Confidence: high

3. Trading Economics — South Korea Economic Indicators

Not in registryaccess=scrape

Metric/field South Korea Semiconductor Exports

Cadence monthly

Why it matters South Korea is a major producer and exporter of memory (especially HBM) and semiconductor equipment, both crucial for AI advanced packaging. Export trends indicate global demand and production levels.

Signal to watch Increasing semiconductor exports from South Korea signal strong global demand for memory and related components, which are integral to advanced AI packaging.

Confidence: high

4. ISM — Manufacturing PMI Report

Not in registry

Metric/field Manufacturing PMI Index

Cadence monthly

Why it matters The Manufacturing PMI is a leading indicator of economic health and manufacturing activity in the US, a significant end-market for AI chips and a growing location for semiconductor manufacturing.

Signal to watch A PMI consistently above 50 indicates expansion in the manufacturing sector, suggesting healthy demand for components, including those requiring advanced packaging.

Confidence: high

5. Trading Economics — China Economic Indicators

Not in registryaccess=scrape

Metric/field China Industrial Production

Cadence monthly

Why it matters China is a major consumer and increasingly a producer in the semiconductor supply chain. Its industrial production reflects overall economic activity and demand for electronic goods.

Signal to watch Robust industrial production in China can indicate strong domestic and export demand for electronics, which often incorporate advanced packaged semiconductors.

Confidence: high

Free Alt Data Watch

1. USASpending.gov — Federal Awards

Not in registryaccess=api

Metric/field obligated_amount for Assistance Listing Number 11.009 (CHIPS Incentives Program)

Cadence event_driven

Why it matters Directly tracks federal funds committed to U.S. chip manufacturing and packaging projects under the CHIPS Act, indicating the pace and scale of government support and investment.

Signal to watch Increasing obligated amounts and new awards signal accelerated investment in domestic semiconductor manufacturing, benefiting companies like TSMC and Amkor with US fabs.

Confidence: high

2. Google Trends — Search Interest

Not in registry

Metric/field interest_over_time for search terms 'Advanced Packaging', 'HBM', 'Chiplet'

Cadence daily

Why it matters Gauges public and industry awareness and interest in the core technologies driving the theme, reflecting perceived importance and ongoing impact.

Signal to watch Rising search interest for these terms indicates growing attention and potential demand or innovation in advanced packaging technologies.

Confidence: medium

3. SEC EDGAR — Company Filings

Not in registry

Metric/field Form 8-K filings for TSM, ASX, AMKR, FORM, BESI.AS, CAMT, ONTO

Cadence event_driven

Why it matters Provides official, real-time announcements of significant corporate events, such as major customer contracts, strategic partnerships, capacity expansion plans, or M&A activities relevant to advanced packaging.

Signal to watch Filings detailing new customer wins, capacity expansions, or strategic alliances indicate positive momentum and execution within the theme.

Confidence: high

4. LinkedIn — Job Postings

Matched (medium)engine_advertising_brand_tracking · access=file · map_only

Metric/field Job postings for 'Advanced Packaging Engineer' (global)

Cadence daily

Why it matters Hiring trends for specialized roles like 'Advanced Packaging Engineer' serve as a leading indicator of industry investment in R&D and manufacturing capacity for advanced packaging technologies.

Signal to watch An increase in job postings for advanced packaging roles suggests companies are expanding their capabilities and investing in future growth within the theme.

Confidence: medium

5. FERC / ISO Interconnection Queues — Data Center Grid Queue Requests

Not in registry

Metric/field New data center project requests (MW capacity) in PJM, ERCOT, CAISO

Cadence monthly

Why it matters AI chips are primarily deployed in data centers. New data center build-out requests in major grid operators are a leading indicator of future demand for high-performance computing infrastructure, including advanced packaged AI accelerators.

Signal to watch A rising number or increasing capacity of data center projects in interconnection queues indicates strong underlying demand for AI infrastructure.

Confidence: medium

Paid Alt Data Watch

1. TrendForce — Memory & Storage Research Service

Matchedtrendforce_dram_nand_pricing · access=file · map_only

Metric/field HBM Contract Price Index (HBM3E / HBM4 blended ASP per GB, USD)

Cadence irregular

Why it matters High-Bandwidth Memory (HBM) is a critical component for AI accelerators, and its pricing directly reflects supply/demand dynamics, which impacts the profitability and investment in advanced packaging for HBM.

Signal to watch Rising HBM contract prices indicate strong demand and potentially tight supply, which is bullish for advanced packaging providers involved in HBM integration.

Confidence: high

2. Industrial Info Resources — U.S. Semiconductor Project Database

Matched (medium)semi_semiconductor_equipment_billings · access=file · map_only

Metric/field Total Capital Expenditure (USD) and Project Status (e.g., 'Under Construction', 'Planned') for U.S. Semiconductor Manufacturing Facilities (Fabs, Packaging, Materials)

Cadence monthly

Why it matters Provides granular, real-time tracking of capital investments in semiconductor manufacturing and packaging facilities in the US, directly relevant to the theme's capacity expansion drivers.

Signal to watch Increasing capital expenditure and a higher number of projects moving to 'Under Construction' status indicate robust investment and expansion in advanced packaging capacity.

Confidence: high

3. Yole Group — Advanced Packaging Market Reports

Matched (medium)yole_group_semiconductor_component_market_forecasts · access=file · map_only

Metric/field Advanced Packaging Market Size (USD billions) and Technology Adoption Rates (e.g., CoWoS, Hybrid Bonding)

Cadence annually

Why it matters Offers in-depth analysis and forecasts for the advanced packaging market, including technology trends and adoption rates, which are central to the theme's long-term growth drivers.

Signal to watch Upward revisions in market size forecasts and accelerating adoption of key technologies like hybrid bonding signal strong underlying growth for the theme.

Confidence: high

4. Sourceability — Component Pricing / Lead Times

Matchedsourceability_component_pricing_lead_times · access=file · map_only

Metric/field Lead times for key advanced packaging materials and components (e.g., ABF substrates, HBM dies)

Cadence weekly

Why it matters Lead times for critical packaging materials and components are a direct indicator of supply chain health and demand pressure, affecting production and profitability for packaging providers.

Signal to watch Extended lead times suggest strong demand and potential supply bottlenecks, which can lead to higher pricing power for suppliers but also indicate capacity constraints.

Confidence: medium

5. Thinknum — Job Postings Data

Matched (medium)engine_advertising_brand_tracking · access=file · map_only

Metric/field Engineering job postings at SK Hynix, Samsung, Micron mentioning 'metrology' or '3D inspection'

Cadence daily

Why it matters Tracks specific hiring trends at major memory manufacturers for roles directly related to advanced inspection and metrology, indicating investment in yield improvement for HBM and advanced packaging.

Signal to watch An increase in these specialized job postings suggests memory manufacturers are actively investing in the precision equipment and processes supplied by companies like Camtek and Onto.

Confidence: medium

Prediction Market Watch

1. US semiconductor production growth in 2026?

Kalshi · Confidence: high

Matched (medium)semi_semiconductor_equipment_billings · access=file · map_only

Market https://kalshi.com/markets/kxsemiprodh

Why it matters Increased US semiconductor production directly supports the 'Fiscal Spend '26: U.S. Chip Manufacturing' theme, which is a significant tailwind for constituents like TSMC and Amkor Technology, who are expanding advanced packaging and manufacturing capacity in the United States. Higher growth signals greater demand and successful execution of domestic chip initiatives.

Series key kalshi_us_semiprod_growth_2026

2. US private data center construction spending in September (September 2026)

Kalshi · Confidence: high

Not in registryaccess=api

Market https://kalshi.com/markets/kxdatacentcon

Why it matters Growth in US private data center construction spending is a direct indicator of the build-out of AI infrastructure, which drives demand for advanced packaging technologies and high-performance computing chips. This impacts companies like ASE, Amkor, Besi, Camtek, and Onto Innovation, whose services and equipment are critical for AI data center components.

Series key kalshi_us_datacenter_construction_spending

3. How many states will adopt data center moratoriums in 2026?

Kalshi · Confidence: high

Not in registryaccess=api

Market https://kalshi.com/markets/kxmoratoriumcount

Why it matters Data center moratoriums could significantly impact the pace and scale of AI infrastructure expansion in the US, potentially dampening demand for advanced packaging services and equipment from theme constituents. A higher number of moratoriums would signal a headwind for the theme's growth drivers.

Series key kalshi_datacenter_moratoriums_2026

Theme Plain English
As traditional transistor shrinkage slows, artificial intelligence chips increasingly rely on advanced packaging to boost compute performance. Rather than packing everything onto a single silicon die, chipmakers assemble multiple specialized chiplets and high-bandwidth memory stacks onto shared high-density interposers and substrates. This theme captures the ecosystem delivering that integration: foundry packaging leaders, outsourced assembly and test providers, precision bonding and dicing toolmakers, high-density substrate manufacturers, and specialized wafer inspection and probe testing suppliers.

LLM_Approved · Updated 2026-10-21

Upcoming Catalysts20 rows
Catalyst IDEstimated TimingEstimated Date StartEstimated Date EndCatalystWhy It MattersTicker Or Theme SpecificTranscript DateSource TypeCatalyst Source
AMKR_635c9091by the end of the year2026-10-012026-12-31Construction of a new assembly and test building on the Songdo campus in Korea remains on schedule for completion by the end of 2026.This expansion provides critical cleanroom capacity to support growing data center and advanced packaging opportunities.Ticker2026-07-27earnings_transcriptAMKR (ticker)
AMKR_4767d0b6at the end of this year2026-10-012026-12-31Completion of the new test building in Korea, providing incremental space to support data center demand.This expansion is critical to support the growing demand for data center applications and advanced packaging, alleviating potential capacity constraints going into 2027.Ticker2026-04-27earnings_transcriptAMKR (ticker)
AMKR_525e36easecond half of the year2026-07-012026-12-31Amkor to launch two new High-Density Fan-Out (HDFO) programs for AI data centers into high-volume production in Korea.This is critical for Amkor to achieve its projected nearly tripling of HDFO/2.5D revenue in 2026 and capitalize on AI/HPC demand, significantly impacting computing segment growth and overall revenue.Ticker2026-02-09earnings_transcriptAMKR (ticker)
AMKR_c57c3b02closely monitoring2026-05-032027-05-03Changes or new developments in export controls and trade policies, particularly between the U.S. and China, affecting AI products or semiconductor supply chains.Could impact demand, supply chain dynamics, and market access for certain products, potentially affecting revenue or operational flexibility.Theme2026-04-27earnings_transcriptAMKR (ticker)
AMKR_9c6e7aecsecond half of the year2026-07-012026-12-31High-volume ramp of advanced packaging programs, including the new data center CPU program, in Korea.Successful ramps are crucial for achieving full-year revenue growth targets, especially the tripling of AI advanced packaging revenue, and improving utilization and margins. Delays would negatively impact results and sentiment.Ticker2026-04-27earnings_transcriptAMKR (ticker)
ASX_96ea1042somewhere along the line towards the end of the year, the CPO will start launching2026-10-012026-12-31Initial market launch of Co-Packaged Optics (CPO) products by customers.CPO is a critical technology for next-generation AI data centers, and its initial deployment will provide valuable performance and cost benchmarks, signaling broader market adoption and potential for ASE's related advanced packaging services. Bullish.Theme2026-07-30earnings_transcriptASX (ticker)
ASX_cfeafcb2fourth quarter ATM gross margin likely to exceed our structural margin ceiling of 30%2026-10-012026-12-31ASE's ATM (Assembly, Testing, and Materials) gross margin exceeding its structural ceiling of 30% in Q4 2026.Surpassing this margin threshold indicates strong operating leverage, favorable revenue mix from LEAP services, and improved efficiency, which could lead to an upward revision of future margin guidance and positively impact profitability. Bullish.Ticker2026-07-30earnings_transcriptASX (ticker)
BESI.AS_59af3ba1H2 20262026-10-232026-12-31Clarity on mainstream adoption for HBM hybrid bonding (HBM4E and HBM3 applications) at major memory companies.This catalyst is crucial for a significant high-margin growth wave for BESI.AS and validates the increasing complexity and demand for specialized equipment in advanced AI accelerators.Ticker2026-10-22earnings_transcriptBESI.AS (ticker)
AMKR_f52a5d0dbeginning in 20272027-01-012027-12-31Operating income margin dilution of approximately 1% to 2% due to depreciation and start-up costs for the Arizona facility, recognized in OpEx.This will temporarily impact profitability and operating income margins in 2027 before the facility scales and contributes meaningful revenue and higher margins in later years.Ticker2026-04-27earnings_transcriptAMKR (ticker)
AMKR_2314b210planned to be completed in 20272027-01-012027-12-31Completion of Phase 1 construction of the Arizona advanced packaging campus.This milestone is essential for bringing the new U.S. manufacturing capacity online, which is a key part of Amkor's long-term strategic expansion and geographic diversification. Delays would impact future revenue ramps.Ticker2026-04-27earnings_transcriptAMKR (ticker)
AMKR_a6d1ab7acome in on a lag2027-01-012027-12-31Amkor to receive government incentives, including investment tax credits and grants, for its Arizona advanced packaging facility.These incentives are a significant funding source (upwards of $2.85 billion) for the multi-billion dollar Arizona project, mitigating financial risk and improving return on investment.Ticker2026-02-09earnings_transcriptAMKR (ticker)
ASX_187b94f7start production by Q1 of next year2027-01-012027-03-31Start of production for ASE's fully automated 310x310 panel process line.This milestone represents a significant advancement in ASE's manufacturing capabilities for advanced packaging, enabling higher efficiency and scalability crucial for meeting the growing demand from AI applications and improving margins. Bullish.Ticker2026-07-30earnings_transcriptASX (ticker)
ASX_8d5018ceQ1 of next year2027-01-012027-03-31Fully automated 310x310mm panel process line commencing production.This new production line will significantly expand capacity for advanced packaging, directly supporting the scaling of HBM-integrated AI accelerators and contributing to high-margin potential.Ticker2026-07-30earnings_transcriptASX (ticker)
BESI.AS_45b82ef9early January2027-01-012027-01-31Conclusion of Besi's 16-week strategic review with key customers.This review will provide clearer insights into customer roadmaps and Besi's strategic direction, potentially leading to updated market outlooks and investment plans for the next three to five years.Ticker2026-10-22earnings_transcriptBESI.AS (ticker)
TSM_85eaf174first half of 20272027-01-012027-06-30Volume production for TSMC's new 3nm fab in Tainan Science Park is well on track to begin.This milestone significantly increases 3nm capacity in Taiwan, crucial for meeting robust customer demand and reinforcing TSMC's manufacturing leadership and revenue growth.Ticker2026-10-15earnings_transcriptTSM (ticker)
TSM_3e406e44first half of 20272027-01-012027-06-30Volume production of the new 3-nanometer fab in Tainan Science Park, Taiwan.This is a bullish factor, as it will increase N3 capacity to meet strong AI demand and support future revenue growth.Ticker2026-04-16earnings_transcriptTSM (ticker)
TSM_9b9acdbefirst half of 20272027-01-012027-06-30Volume production commencement for the new 3-nanometer fab in Tainan Science Park.This milestone will increase 3nm capacity, addressing strong AI-driven demand and potentially boosting revenue for TSMC.Ticker2026-04-15earnings_transcriptTSM (ticker)
TSM_3a42201anext-generation LPU2027-01-012029-12-31TSMC securing manufacturing business for a customer's next-generation LPU (Logic Processing Unit) product.Bullish for market share and revenue if successful, demonstrating continued technology leadership and customer trust in a competitive segment.Ticker2026-04-16earnings_transcriptTSM (ticker)
TSM_91640f5fabout another one year to be mature so we can put it into the production with our customer.2027-07-012027-07-31CoWoS pilot line reaching maturity for production.This milestone would enable TSMC to address the tight advanced packaging capacity, supporting customer growth in AI and HPC, and potentially alleviating a key bottleneck for future revenue.Ticker2026-07-16earnings_transcriptTSM (ticker)
TSM_37699d9fthird quarter 20272027-07-012027-09-30Volume production will begin at TSMC's second 3nm fab in Arizona, slightly ahead of the previous schedule.This accelerates overseas capacity expansion, addressing strong customer demand in the U.S. and potentially mitigating geopolitical supply chain risks.Ticker2026-10-15earnings_transcriptTSM (ticker)

LLM_Approved · Updated 2026-10-23

Constituents

  • 3037.TWT2
    — Unimicron Technology Corp.
  • 3189.TWT2
  • 4062.TT2
    — Ibiden Co.,Ltd.
  • 6146.TT2
    — Disco Corporation
  • AMKRT2
    — Amkor Technology, Inc.
  • ASXT2
    — ASE Technology Holding Co., Ltd.
  • BESI.AST2
    — BE Semiconductor Industries N.V.
  • TSMT2
    — Taiwan Semiconductor Manufacturing Company Limited
  • CAMTT3
    — Camtek Ltd.
  • FORMT3
    — FormFactor, Inc.
  • ONTOT3
    — Onto Innovation Inc.
  • 042700.KOT2
    · no notes yet
  • 8046.TWT2
    · no notes yet
  • 0522.HKT3
    · no notes yet
  • 4004.TT3
    · no notes yet
  • 6961.TT3
    · no notes yet