(2025-2026) The international situation of the semiconductor industry can be summarized in one sentence:"High growth high indeterminate high division"。 In this pattern, the response strategy of the upstream and downstream supply chain has shifted from "efficiency optimization" to "safety and resilience technology dominance 」. CurrentlySituation judgment → upstream, midstream and downstream countermeasures → core key competenciesThree levels.
1. the current international situation (three core structural changes)
1️⃣AI drives the "super boom cycle 」
- AI, data center, HPC become the biggest demand engine
- Market size continues to approach or even exceed $1 trillion
- Memory (HBM), advanced process, advanced packaging full outbreak.
👉Conclusion:Demand is not the problem, structure is the problem (who gets the bonus)
Two!⃣Geopolitical restructuring of the supply chain
- U.S. Export Controls, Technology Blockade Continues
- China-Ku Strengthening 'Mature-Made-to-Self.'
- Taiwan, the United States and Japan form an "advanced process alliance 」
👉Conclusion:Supply chain from "globalization" to "regionalization/camp"
Three️⃣Normalization of supply chain pressure
- 50% + companies are forced to adjust their supply chains
- Bottlenecks in materials, equipment, and packaging testing
- AI brings "structural out-of-stock" (not cyclical)
👉Conclusion:Supply chain risk has changed from "short-term event" to "long-term capability"
2. upstream and downstream coping strategies (focus)
🔺Games (Equipment/Materials/EDA)
Core Risk
- Technology blockade (EUV, EDA)
- Key materials (gas, photoresist, rare earth) concentration
Coping strategies
1. To single dependence (China 1 / US 1)
- Establishment of a multinational supply system
- "Dual supplier" for critical materials"
2. Technical card position (irreplaceable)
- Like ASML mode: to achieve "global unique 」
- Material manufacturers go to the high end (EUV photoresist, advanced packaging materials).
3. In the production
- Follow the fab global factory (the United States, Japan, Europe)
👉Upstream Core:"neck ability = pricing power 」
🔷Midstream (wafer fabrication/IDM)
Core pressure
- Capex explosion ($100 billion)
- Political pressure (plant location)
- Technical competition (2nm/1.xnm)
Coping strategies
1. Global multi-point layout
- Taiwan United States Japan Europe
- Diversification of geo-risk
2. Made layer strategy
- Advanced Process: Stay in the Core (Taiwan/US)
- Mature processes: Relocation or outsourcing (Southeast Asia/China)
3. Strengthen advanced packaging (key)
- CoWoS / Chiplet becomes a bottleneck
- Package has changed to "quasi-process 」
4. Binding with large customers (AI giants)
- NVIDIA / Google / AWS
- Lock capacity in advance
👉Midstream Core:"Technical capacity customer binding" trinity
🔻Downstream (IC Design/System Plant)
Core Changes
- Explosion in Demand for AI Chips
- Chip design costs soar (> $0.5 billion)
Coping strategies
1. Architecture innovation (more important than process)
- Chiplet, heterogeneous alignment
- Hard and soft integration (AI framework)
2. Deep binding manufacturing end
- Advance card capacity (especially advanced process & packaging)
3. Vertical integration
- Large factories go to "self-research chip" (Apple, Google mode)
👉Downstream core:"The one who defines the requirements, the one who grasps the value chain"
3. a common strategy across the supply chain (most critical)
✅1. Supply chain “resilience”> “efficiency”
- 從 Just-in-time → Just-in-case
- Inventory strategy change (safety stock rise)
✅2. Regional layout (Regionalization)
- Three major blocks are being formed:
- 🇺🇸American camp (high end)
- 🇨🇳China (mature in-process cycle)
- 🇹🇼🇰🇷Asia (manufacturing core)
✅3. Technical Line Differentiation
- Advanced process vs mature process "dual track development 」
- No longer a single technical route.
✅4. Talent and energy become a new bottleneck
- Nearly 80% of enterprises face talent shortage
- Electricity (especially green electricity) affects investment decisions
✅5. Industry from "division of labor" to "alliance 」
- Enterprise competition → National alliance competition
- Closer supply chain cooperation (design + manufacturing + packaging)
4. one sentence to summarize (very important)
👉The core of the future semiconductor supply chain is not "lowest cost",:
Who can build a "controllable, reliable and irreplaceable" supply capacity under geopolitics?
