Date: July 29, 2026
Industry: Semiconductors (Chips)
Research Conclusion: Industry Divergence | Confidence: Medium-High | Time Horizon: 12 Months
This report covers the global semiconductor industry, segmented into five core tracks along the value chain:
| Segment | Representative Companies | 2024 Market Size |
|---|---|---|
| Logic/Compute Chips (GPU/CPU/AI Accelerators) | NVIDIA, AMD, Intel, Broadcom | Data Center Chips ~$112B |
| Memory Chips (DRAM/HBM/NAND) | Samsung, SK Hynix, Micron | ~$130B |
| Wafer Foundry (Advanced + Mature Nodes) | TSMC, Samsung, SMIC | Foundry Revenue ~$130B |
| Semiconductor Equipment (WFE) | ASML, Applied Materials, Lam Research, Tokyo Electron | ~$113B |
| Analog/Power Semiconductors | Texas Instruments, ADI, Infineon | ~$63B |
Global semiconductor market revenue reached $628 billion in 2024 (SIA), projected to exceed $1.32 trillion in 2026 (Gartner), and further grow to $1.56 trillion by 2027. However, within this explosive growth, approximately 48% is driven by memory price inflation (memflation), with real bit shipment growth only around 12-15% CAGR.
One-Sentence Value Chain Map: EDA/IP (Synopsys/Cadence) → Chip Design (NVIDIA/AMD/Broadcom) → Wafer Foundry (TSMC) → Advanced Packaging (CoWoS) → End Applications (Cloud/Handsets/Automotive); Equipment Makers (ASML/Applied Materials) span the entire chain.
| End Application | 2024 Size ($B) | Share | 2024-2027E CAGR | Key Drivers |
|---|---|---|---|---|
| Data Center/AI | 112 | ~18% | ~45% | 5x expansion in hyperscaler AI Capex |
| Smartphones | ~138 | ~22% | ~2-3% | AI phone upgrade cycle (higher semiconductor content per unit) |
| PC/Computing | ~75 | ~12% | ~2-3% | AI PC replacement cycle |
| Automotive Electronics | ~63 | ~10% | ~8% | EV/ADAS penetration ($600→$1,000+ per vehicle) |
| Industrial/IoT | ~75 | ~12% | ~5% | Inventory normalization + edge AI |
| Others | ~165 | ~26% | ~3% | Stable growth in communications/consumer/defense |
Source: Gartner (2026.04), SIA, Omdia
The core driver of this semiconductor supercycle is the explosive growth in AI infrastructure investment, which has formed a quantifiable demand inflection point:
Driver Trajectory: Combined hyperscaler Capex (Microsoft/Google/Amazon/Meta) from $211 billion in 2024 → ~$434 billion in 2025 → ~$725 billion in 2026E → ~$1 trillion in 2027E (analyst consensus). Approximately 75% is directed toward AI/accelerated computing infrastructure.
Unit Content Leap:
Penetration Ramp: AI semiconductors as a share of global semiconductor revenue from ~18% in 2024 → ~30% in 2026E → ~35% in 2027E.
| Driver | Increment ($B) | Rationale | Source |
|---|---|---|---|
| + Data Center/AI Chip Volume Growth | +350 | Surge in GPU+HBM+Networking chip shipments | Gartner, NVIDIA FY26 Earnings |
| + Memory Price Inflation (Memflation) | +400 | DRAM +125%, NAND +234% (2026 price effect) | Gartner (2026.04) |
| + Automotive/Industrial Recovery | +50 | Inventory correction complete, EV/ADAS trends | Omdia, SIA |
| + PC/Handset Marginal Growth | +30 | AI PC/phone upgrade cycle boosting ASP | IDC, Gartner |
| + Others | +50 | Moderate growth in communications/defense/IoT | WSTS, SIA |
| Net Change Total | +927 | $628B → $1,555B (Gartner) |
⚠️ Key Warning: Approximately $400 billion of the above increment comes from memory price inflation rather than real bit demand growth. Gartner Chief Analyst Rajeev Rajput explicitly warned: "Memflation will destroy, or at least delay, non-AI demand into 2028". Rising prices are destroying demand for non-AI end markets such as PC/handsets/automotive—this is a "self-destructive" form of growth. If DRAM prices fall in 2H27, industry revenue could collapse by more than $200 billion in one go.
| Indicator | Current Value | Interpretation |
|---|---|---|
| North America Semiconductor Equipment Shipments (B/B ratio) | >1.0 (1H26) | Sustained strong equipment demand |
| TSMC Monthly Revenue | +45% YoY in 2026Q2 | Unabated AI advanced-node demand |
| South Korea Chip Exports | +169% YoY in 2026 | Memory supercycle driving growth |
Source: SEMI, TSMC Monthly Revenue Reports, Korean Ministry of Trade
Global wafer capacity (12-inch equivalent): ~8.7 million wafers/month at end-2024 → ~11.1 million wafers/month in 2028E (CAGR 7%). Advanced node (≤7nm) capacity growth far exceeds the average: 850K wafers/month in 2024 → 980K in 2025 → 1.16M in 2026 → 1.4M in 2028 (CAGR 14%).
Advanced Node Capacity Distribution (≤7nm, 2024):
| Segment | Current Generation | Next Generation | Generation After | Migration Cadence |
|---|---|---|---|---|
| Logic Process (TSMC) | N3 (2023 mass production) | N2 GAA (2025Q4) | N2P+ Backside Power (2027) | 2-year cycle, +50% ASP per generation |
| Memory (HBM) | HBM3E (8-12 layers) | HBM4 (2026 mass production, 2048-bit, 2TB/s+) | HBM4E (2027+) | HBM3E ~67% of 2026 shipments, HBM4 ~33% |
| Lithography (ASML) | Low-NA EUV (65 units/year) | High-NA EUV (~10 units/year) | Next-gen High-NA | Intel first to mass-produce using High-NA |
Bottleneck #1: EUV Lithography Annual Shipment Ceiling ASML Low-NA EUV shipments ~65 units in 2026, targeting ~85 units in 2027. High-NA is just ramping (only ~10 units in 2026). Each EUV tool corresponds to ~1.5-2 million wafers (12-inch) annual capacity; one tool constrained locks up ~120-170K wafers/month of capacity.
Bottleneck #2: CoWoS Advanced Packaging Capacity TSMC CoWoS monthly capacity from 35K wafers at end-2024 → 125-140K by end-2026 (~4x expansion) → 170K wafers/month in 2027. However, TrendForce estimates the supply-demand gap remains ~10% in 2026. OSAT (ASE etc.) CoW capacity is only ~20K wafers/month by end-2026, with limited CoWoS-L (large die) capability.
Bottleneck #3: HBM Wafer Input Crowding Out Conventional DRAM The three major memory makers' HBM wafer input as a share of total DRAM wafer starts rising from 19% in 2025 to ~23% in 2026. HBM consumes 3-4x the wafer area per bit compared to DDR5, meaning conventional DRAM bit supply contracts significantly under the same wafer input, exacerbating the DDR5 supply-demand gap.
Bottleneck #4: Taiwan Geographic Concentration Risk ≥90% of global advanced node (≤7nm) capacity is concentrated in Taiwan (TSMC); earthquake/geopolitical risks cannot be diversified. The March 2026 Hsinchu 6.2-magnitude earthquake and the July Kumamoto 7.1-magnitude earthquake both caused short-term production halts—limited impact but a reminder of concentration fragility.
Advanced node wafer costs are rising steeply:
| Process Node | Price per Wafer (USD) | Multiple vs. 28nm |
|---|---|---|
| 28nm | ~3,000 | 1× |
| 7nm | ~9,500 | 3.2× |
| 5nm (N5) | ~18,500 | 6.2× |
| 3nm (N3) | ~20,000-21,000 | 6.8× |
| 2nm (N2) | ~30,000 | 10× |
Source: SiliconAnalysts, Tom's Hardware, Morgan Stanley
Cost per million transistors begins to rise for the first time in the N2 era (due to increased EUV layer count and GAA architecture complexity), meaning the "economics of Moore's Law" are breaking down—more advanced nodes no longer automatically deliver lower cost per transistor.
| Year | Global Semiconductor Revenue ($B) | Advanced Node ≤7nm Gap | DRAM Supply-Demand | NAND Supply-Demand | CoWoS Gap |
|---|---|---|---|---|---|
| 2024 | 628 | -5~6% (slightly tight) | Mild surplus | Mild shortage | -30%+ |
| 2025E | 805 | -15% (tight) | Supply shortfall | Shortage ~10% | -20% |
| 2026E | 1,320 | -23% (tightest) | Shortage ~10% | Shortage ~4% | -10% |
| 2027E | 1,555 | -14% (improving) | Shortage narrowing ~3% | Surplus ~4% | -5% |
Source: Gartner, TrendForce, Mizuho, SEMI
Current industry-wide inventory is in an extremely divergent state:
| Category | Inventory Position | Direction |
|---|---|---|
| DDR5 DRAM | 95%+ percentile (historical price peak) | Price increases narrowing (2026Q3 +15-20% vs. Q2 +55-60%) |
| NAND Flash | 90%+ percentile (peaked in 2026Q2) | High-level consolidation → decline in 2026Q4 |
| HBM | Supply shortfall (SK Hynix sold out for full year 2026) | Persistent tightness through 2027+ |
| Advanced Node Logic | N3/N5 100% fully loaded | Continued tightness through 2027+ |
| Analog/MCU | Tail-end inventory digestion (Microchip 185 days → target 130-150 days) | Bottoming and recovery |
| Overall Supply Chain | ~130 days (Morgan Stanley 2026.07) | ~33 days above historical median |
DRAM: DDR5 8Gb contract prices surged from a 2024Q4 trough of ~$1.5-2.0 per unit to ~$14-16 per unit in 2026Q2 (9-10x increase), currently at the 95%+ historical percentile. Price increases narrowed to +15-20% in 2026Q3 (vs. +55-60% in Q2), expected to peak in 2026Q4, entering a downcycle in 2H27.
NAND: 512Gb TLC wafer prices rose from ~$2.5 in 2024Q3 to ~$18-20 in 2026Q2 (7-8x), but peaked in May-June 2026. Downstream price resistance + supply recovery → prices begin loosening and declining in 2026Q4.
HBM Premium Narrowing: HBM3E price premium over DDR5 per bit narrowed from 4-5x in 1H25 to ~1-2x by end-2026. DDR5's own price increases far exceeded HBM, with DDR5 per-bit profit margins surpassing HBM3E in 2026.
Advanced Node Wafers: TSMC N3 ~$20,000/wafer, up 5-10% in 2026; N2 ~$30,000/wafer (mass production 2025Q4). Advanced node ASP is on a structural upward trajectory (not cyclical), driven by monopoly pricing + node migration cost increases.
| Period | N3 Wafer | DDR5 8Gb | NAND 512Gb TLC | GPU ASP (Flagship) |
|---|---|---|---|---|
| 2026Q3 | $20,000-21,000 | $16-18 (+15-20%) | $17-20 (high-level consolidation) | B200 $30K-40K; B300 $45K-53K |
| 2026Q4 | $20,500-21,500 | $16.5-19 (+3-5%, narrowing) | $14-18 (loosening, declining) | B300 $45K-50K; Rubin shipping |
| 2027Q1 | $21,000-22,000 (incl. price increase) | $15-17.5 (flat/slightly down) | $12-16 (accelerating decline) | Rubin R100 $50K-70K |
| 2027Q2 | $21,000-22,000 | $13.5-16 (-5-10%) | $10-14 (continued decline) | Rubin R100 $50K-65K |
Pricing Framework: Advanced nodes anchored to TSMC monopoly pricing (incentive price N3 ~$20K, N2 ~$30K/wafer); DRAM anchored to manufacturers' marginal cost + HBM opportunity cost; NAND anchored to cash cost line (~$8-10 per 512Gb TLC unit).
| Segment | CR3 | Leader | Barrier Type | Entry Difficulty |
|---|---|---|---|---|
| GPU/AI Accelerators | NVIDIA 83% + AMD 7% + Intel 6% = 96% | NVIDIA | CUDA ecosystem + full-stack lock-in | Extremely High |
| DRAM | Samsung 37% + SK 36% + Micron 22% = 95% | Samsung/SK | Tens of billions in capital + process tech | Extremely High |
| Advanced Foundry (≤7nm) | TSMC ~92% | TSMC | EUV access + yield + customer lock-in | Extremely High |
| Semiconductor Equipment | ASML/AMAT/Lam/TEL/KLA = ~85% | ASML (100% EUV) | Technology monopoly + qualification cycles | Extremely High |
| EDA/IP | Synopsys 31% + Cadence 30% + Siemens 13% = 74% | Synopsys | Full-flow toolchain + PDK binding | Extremely High |
| Analog/Power | TI 19% + ADI 13% + Infineon 9% = 41% | TI | Tens of thousands of SKUs + IDM capacity | High |
Based on McKinsey Value Intelligence (2024 data), the distribution of global semiconductor industry economic profit (EP = NOPAT - Cost of Capital) is as follows:
| Value Chain Segment | Avg. Annual Economic Profit ($B) | Trend | Representative ROIC |
|---|---|---|---|
| Semiconductor Equipment | +52.7 | Expanding (driven by AI capex) | 25-35% |
| Fabless/IP/EDA | +25.0 | Expanding (NVIDIA captures the lion's share) | >50% (NVIDIA) |
| Wafer Foundry | +24.1 | Expanding (pricing power in advanced nodes) | ~35% (TSMC) |
| Memory | +6.8 | Turned positive but volatile (HBM premium) | Cyclical 10-60% |
| IDM (Non-Memory) | -4.6 | Contracting (competition in mature nodes) | <10% |
| OSAT | +1.4 | Stable (limited spillover from CoWoS) | ~10% |
Profit Inflows:
Profit Squeezed:
| Segment | Supplier Bargaining Power | Customer Bargaining Power | Net Power |
|---|---|---|---|
| NVIDIA GPU | Strong (supply shortage + CUDA lock-in) | ⚠️ Erosion from top 4 cloud providers' in-house ASICs | Strong but weakening |
| TSMC Advanced Nodes | Extremely Strong (only option) | Weak (no alternative) | Extremely Strong |
| Top 3 DRAM Manufacturers | Strong (95% supply control) | Moderate (diversified customers) | Strong |
| ASML EUV | Extremely Strong (100% monopoly) | Extremely Weak (cannot bypass) | Extremely Strong |
| Mature Node Foundry | Weak (China's overcapacity) | Strong (many options) | Weak |
| Index | Current PE | Current PB | Historical Percentile (5Y) | Interpretation |
|---|---|---|---|---|
| Philadelphia Semiconductor (SOX) | ~28× (Forward) | — | Mid-to-high | Earnings growth +69% absorbs valuation; ~15% pullback from June all-time high |
| Shenwan Semiconductor (801081) | 112.76 | 8.81 | PE 82% / PB 94% | A-share semiconductor valuations at historical highs, implying high domestic substitution premium |
SOX was up ~80% YTD in 2026 (hit all-time high of 14,655 in June), then pulled back ~15% to 12,411. Current valuations are not cheap, but primarily supported by earnings growth, not yet constituting a bubble (Bernstein). A-share semiconductor PB at 94th percentile is significantly higher than global peers, reflecting the domestic substitution theme premium.
Overall, very few segments in this business generate easy money — only AI chip design (NVIDIA), EUV lithography (ASML), advanced node foundry (TSMC), and the EDA duopoly earn real high-ROIC cash (>25%). Memory appears highly profitable, but profits fluctuate violently with the cycle (2023 industry-wide losses → 2025-26 windfall profits → potential reversal in 2027H2). Mature node foundry and traditional packaging have gross margins of only 10-25%, representing a "prosperity illusion" of revenue growth without profit growth.
BIS January 2026 Final Rule: H200/MI325X-class chips (TPP<21,000 and DRAM bandwidth<6,500 GB/s) shifted from "presumed denial" to "case-by-case review," but subject to strict compliance conditions + 25% tariff. B200/GB200 and more advanced chips remain fully embargoed. ASML EUV fully embargoed; advanced DUV requires Dutch government license.
Quantified Impact: Export controls result in a loss of approximately 20-30K wafers/month of China's advanced node capacity (~$50-80B/year), with China's chip self-sufficiency rate at approximately 22-24% (vs. 28-30% in a no-control scenario).
| Economy | Program | Scale | Progress |
|---|---|---|---|
| US CHIPS Act | Manufacturing incentives | $39B | $38.7B allocated, $11B disbursed; 3 advanced fabs (TSMC/Intel/Samsung) already in production |
| China Big Fund Phase III | Equipment/Materials/EDA | RMB 344B (~$47.5B) | Established May 2024; has invested in Piotech, AMEC, NAURA, etc. |
| EU Chips Act | Expand to 20% global share | €43B | Slow progress; target "extremely unlikely" to be met (European Court of Auditors) |
| Japan Rapidus | 2nm GAA mass production | ¥920B in subsidies | Risk production starting April 2026, mass production target 2027 |
| Korea K-Semiconductor | Tax credits | KRW 340T | Additional KRW 800T second cluster added in 2026 |
TSMC accounts for ~90% of global ≤7nm advanced node capacity. In the event of a Taiwan Strait conflict/blockade, Bloomberg Economics estimates first-year global GDP losses of ~$10.6 trillion (~9.6% of global GDP). Alternative capacity (Samsung 3nm + Intel 18A + TSMC overseas) totals less than 15% of global demand. TSMC's overseas capacity is currently less than 5% of its total advanced capacity and is unlikely to exceed 20-25% before 2030.
This is the single largest tail risk for the global semiconductor industry and is systematically underpriced by capital markets.
Semiconductor manufacturing is a high water/energy consumption industry (TSMC uses over 20 billion kWh annually), but the marginal impact on industry fundamentals is limited (cost impact <2%). The EU CBAM does not yet cover semiconductors, but Chips Act 2.0 mentions sustainability requirements.
| Bulls | Bears | |
|---|---|---|
| Thesis | AI is the 4th Industrial Revolution; capex will maintain 30-50% growth through 2028+ | Current $725B+ capex stems from "arms race anxiety" rather than ROI validation; the July 2026 semiconductor selloff already reflects skepticism |
| Tracking Indicators | Cloud providers' quarterly capex guidance, AI application revenue growth | Cloud FCF turning negative, inference efficiency gains (DeepSeek DSpark +51-85%) |
| Bulls | Bears | |
|---|---|---|
| Thesis | Structural HBM demand crowds out DDR5 capacity, sustaining high prices longer | Memflation is destroying non-AI end demand (Gartner admits as much); historically every DRAM price surge is followed by demand collapse |
| Tracking Indicators | DDR5 contract price QoQ growth, manufacturer inventory days | Smartphone/PC shipments, CXMT capacity expansion pace (IPO $85B, target 420K wpm) |
| Bulls | Bears | |
|---|---|---|
| Thesis | CUDA ecosystem + full-stack + annual product cadence creates extremely strong lock-in | ASIC shipments +44.6% YoY (vs. GPU +16.1%); Google TPU/Amazon Trainium/Meta Iris rapidly eroding the inference market |
| Tracking Indicators | NVIDIA DC revenue growth, GM trend, ASIC share of AI chip shipments | Meta Iris ramp speed after September 2026 mass production |
| Bear (25%) | Base (55%) | Bull (20%) | |
|---|---|---|---|
| Narrative | AI capex growth drops sharply from +50% to +15%; DRAM/NAND prices crash 30-50%; inference efficiency gains reduce GPU procurement | AI demand remains strong but growth normalizes; DRAM peaks in 2026Q4 then declines moderately; NAND downturns in 2027H2; advanced nodes remain at full capacity | AI capex exceeds expectations ($1T+ by 2027); HBM4 capacity ramp severely lags; TSMC price increases exceed expectations; geopolitical disruptions to supply |
| Industry Revenue (2027E) | $1.0-1.2T | $1.4-1.6T | $1.8T+ |
| DRAM Price Endpoint | DDR5 8Gb $2.5-3.5 | $4.0-5.0 | $5.5-7.0 |
| Biggest Beneficiaries | Equipment makers (defensive), TSMC | TSMC, SK hynix, ASML, NVIDIA | NVIDIA, SK hynix, TSMC |
| Biggest Casualties | Intel, Micron, mature node foundries | Intel, traditional OSAT | Cloud providers (cost side) |
Additionally, a low-probability but extremely high-impact tail scenario warrants attention: Taiwan Strait conflict/blockade. Probability is difficult to quantify (5-10%/5 years), but if it occurs, global semiconductor supply chains would be disrupted for 3-18 months, TSMC's stock could fall 40%+, and all chip design companies dependent on TSMC capacity would be simultaneously impacted. This risk is not included in the standard three-scenario framework but must be considered as an "uninvestable loss" extreme scenario in investment decisions.
| Date | Event | Impact Direction | Corresponding Debate |
|---|---|---|---|
| August 2026 | Cloud Q2 earnings + capex update | Capex cuts → negative for semiconductor demand | Debate 1 |
| September 2026 | Meta Iris chip mass production (14GW target for 2027) | ASIC replacing NVIDIA moves from narrative to reality | Debate 3 |
| October 2026 | TSMC Q3 earnings call (N2 progress + 2027 price increases) | Key validation of advanced node pricing power | D2 |
| November 2026 | NVIDIA Rubin first shipments (HBM4 with 288GB) | Validation of next-gen GPU demand strength | Debate 1 |
| January 2027 | CES 2027: AI PC/Mobile new platforms | Consumer electronics semiconductor demand validation | Debate 2 |
| March 2027 | BIS annual China export control review | Tightening/loosening of export controls | Geopolitics |
| April 2027 | TSMC N2 ramp key milestone (target 150K wpm) | Whether advanced node supply gap narrows | D2 |
| May 2027 | US Section 301 China chip tariff final ruling (potentially 50-100%) | Blocks China's mature node chip exports to US | Geopolitics |
| June 2027 | HBM4 yield and supply landscape (Samsung vs. SK hynix qualification progress) | HBM competitive landscape reshuffling | Debate 2 |
Top-right quadrant (Core Holdings): NVIDIA, TSMC, ASML, Broadcom, Applied Materials — upswing with extremely high ROIC, the biggest beneficiaries of the AI dividend. NVIDIA faces ASIC erosion but remains the absolute leader; TSMC is the most irreplaceable "picks and shovels" seller.
Bottom-right quadrant (⚠️ Value Traps — upswing but poor returns): Some Chinese mature node foundries — rapid capacity expansion, but 28nm foundry prices fell from $2,500 to ~$1,500, revenue growth without profit growth. SK hynix sits in the middle ground — HBM momentum is extremely strong, but memory cycle characteristics cause violent profit fluctuations.
Bottom-left quadrant (Avoid): Intel — x86 CPU share still leads but is losing ground to AMD; AI bets failed; foundry business continues massive losses; long turnaround ahead. Traditional OSAT has thin profit pools, with TSMC's CoWoS insourcing eroding incremental growth.
Top-left quadrant (Turnaround Candidates): Texas Instruments — the analog king is shifting from proactive price cuts for share gains to price increases for margin repair; AI data centers bring high-value power management demand (+90% YoY), but short-term headwinds from industrial/automotive inventory adjustments persist.
| Scenario | Biggest Beneficiaries | Biggest Casualties | Logic |
|---|---|---|---|
| Bear (AI slowdown + memory crash) | TSMC (defensive), ASML (long-term order support) | Micron, SK hynix (highest memory price elasticity), NVIDIA (sharp revenue growth deceleration) | Structural demand for advanced nodes relatively resilient; memory manufacturer profits collapse |
| Base (AI steady + memory normalization) | TSMC, ASML, Broadcom, SK hynix | Intel, traditional OSAT, mature node foundries | Advanced nodes/HBM continue enjoying premiums; lagging segments squeezed |
| Bull (AI explosion + sustained supply tightness) | NVIDIA, SK hynix, TSMC | Top 4 cloud providers (soaring chip costs), fabless companies without advanced node access | Compute supply shortage pushes up all AI chip ASPs; cloud provider margins compressed |
| Tail (Taiwan Strait conflict) | No clear beneficiaries | TSMC (-40%+), all TSMC-dependent fabless companies | Systemic disruption of global semiconductor supply chain |
✅ Worth Watching:
TSMC (TSM) — Defines Foundry 2.0. Advanced node monopoly (≤7nm ~92%), N2 mass production in 2025Q4, N3/N5 at 100% utilization, 5-10% price increases in 2026. Biggest risk is Taiwan Strait geopolitics; overseas capacity remains below 25% before 2030.
NVIDIA (NVDA) — Absolute dominant force in AI compute. ~83% share of data center GPUs, $130.5B revenue in first 9 months of FY2026, ~56% net margin. However, customer in-house ASICs (Google TPU/Amazon Trainium/Meta Iris) are accelerating erosion of the inference market; 75% gross margin is unsustainable in hardware history.
SK hynix (000660) — Biggest structural beneficiary of HBM. First to mass-produce HBM3E globally with deep NVIDIA partnership; 2026 HBM capacity fully sold out. But traditional DRAM faces CXMT pressure; memory cycle may reverse in 2027H2.
ASML (ASML) — The choke point of semiconductor manufacturing. 100% monopoly in EUV lithography; ~65 units shipped in 2026, expanding to ~85 units in 2027; High-NA just beginning penetration. Extremely strong bargaining power downstream (single unit ~$400M).
Broadcom (AVGO) — Second-largest AI ASIC player + core networking chip supplier. Custom ASICs for major customers like Google TPU/Meta; AI semiconductor revenue guidance of $56B for FY2026. Benefits from AI customization trend and network upgrades.
Applied Materials (AMAT) — Equipment "supermarket" with the most comprehensive product line (deposition/etch/CMP/inspection), benefiting from the global fab expansion cycle, ROIC ~36%.
❌ Avoid/Be Cautious:
Intel (INTC) — Former titan in difficult transition. x86 CPU share still leads but continuously losing to AMD; AI bets failed; foundry business posting sustained massive losses. Intel 18A mass production in 2026Q1 is a bright spot, but capacity of only 30K wpm is far from sufficient to reverse the landscape.
Mature Node Pure-Play Foundries — SMIC (688981) has expensive valuation (PE ~40×) but advanced nodes are locked by export controls; mature nodes face intense domestic overcapacity competition (28nm foundry prices halved to ~$1,500). Industry upswing ≠ this segment is worth investing in.
This report is based on public information as of July 29, 2026. Key data sources: Gartner (Apr 2026), SIA, TrendForce, SEMI, McKinsey Value Intelligence, Morgan Stanley, and company filings and earnings calls.