來源TechNode•較早收集於 25m
台積電將於 2027 年調漲成熟製程代工價格
成熟製程代工成本上漲將影響 AI 邊緣運算設備的硬體利潤空間。
30 秒速覽
有什麼變化
自 2027 年 1 月起調漲成熟製程代工價格
為什麼重要
代工成本上升將可能壓縮依賴成熟製程的 AI 硬體新創與物聯網設備製造商的利潤空間。企業應在 2027 年產品規劃中預留更高的物料清單（BOM）成本。
下一步行動
重新審視您的 2027 年硬體供應鏈策略，並儘早協商長期晶圓代工協議，以減輕未來的價格波動風險。
誰應關注：Founders & Product Leaders
關鍵要點
- •自 2027 年 1 月起調漲成熟製程代工價格
- •主要驅動因素為 AI 需求激增及上游材料成本上升
- •具體價格調整幅度將因客戶而異
深度解析
本篇為 AI 生成分析，非原文內容。
增強重點摘要
- •The price adjustments are specifically targeting nodes 28nm and above, which remain critical for automotive, IoT, and industrial control chips.
- •TSMC is prioritizing capacity allocation for high-margin AI-related components, effectively squeezing supply for legacy consumer electronics.
- •Upstream cost pressures include significant increases in the price of photoresists, specialized gases, and the rising cost of energy in Taiwan.
- •Industry analysts suggest this move is part of a broader strategy to improve TSMC's gross margins, which have been pressured by massive capital expenditures in 2nm and 3nm fabs.
- •Several major fabless design firms are reportedly exploring alternative foundries like UMC and SMIC to mitigate the impact of these price hikes.
競品分析
Pricing Strategy
- TSMC (Mature Nodes)
- Premium/Market Leader
- UMC (Mature Nodes)
- Competitive/Value-focused
- SMIC (Mature Nodes)
- Aggressive/Cost-leader
Capacity Focus
- TSMC (Mature Nodes)
- High-performance/Specialty
- UMC (Mature Nodes)
- Broad/Automotive/IoT
- SMIC (Mature Nodes)
- Domestic/Legacy/General
Tech Maturity
- TSMC (Mature Nodes)
- High (High Yields)
- UMC (Mature Nodes)
- High (Stable)
- SMIC (Mature Nodes)
- Moderate (Scaling)
| Feature | TSMC (Mature Nodes) | UMC (Mature Nodes) | SMIC (Mature Nodes) |
|---|---|---|---|
| Pricing Strategy | Premium/Market Leader | Competitive/Value-focused | Aggressive/Cost-leader |
| Capacity Focus | High-performance/Specialty | Broad/Automotive/IoT | Domestic/Legacy/General |
| Tech Maturity | High (High Yields) | High (Stable) | Moderate (Scaling) |
技術深入
- Mature nodes typically refer to process technologies 28nm and larger, utilizing DUV (Deep Ultraviolet) lithography rather than the EUV (Extreme Ultraviolet) required for advanced nodes.
- These nodes often incorporate specialized features such as eNVM (embedded Non-Volatile Memory), BCD (Bipolar-CMOS-DMOS) for power management, and RF-SOI (Radio Frequency Silicon-on-Insulator) for connectivity.
- The price hike strategy involves re-evaluating the 'value-add' of these specialized process variants, which are currently in high demand due to the proliferation of AI-enabled edge devices.
前景展望基於引用來源的 AI 分析
Consumer electronics prices will rise in 2027.
Fabless chip designers are expected to pass the increased foundry costs directly to OEMs and end-consumers.
TSMC will see a measurable increase in gross margin percentage by Q2 2027.
The shift in product mix toward higher-margin AI chips combined with price hikes on mature nodes will improve overall profitability.
時間線
2021-08
TSMC implements significant price hikes across both advanced and mature nodes due to global chip shortages.
2023-01
TSMC maintains high pricing levels despite a cooling semiconductor market to protect long-term margins.
2024-04
TSMC reports record capital expenditure plans to support AI infrastructure, necessitating higher revenue from all segments.
2025-10
TSMC signals a strategic shift to prioritize AI-related capacity, tightening supply for legacy node customers.
- 2021-08TSMC implements significant price hikes across both advanced and mature nodes due to global chip shortages.
- 2023-01TSMC maintains high pricing levels despite a cooling semiconductor market to protect long-term margins.
- 2024-04TSMC reports record capital expenditure plans to support AI infrastructure, necessitating higher revenue from all segments.
- 2025-10TSMC signals a strategic shift to prioritize AI-related capacity, tightening supply for legacy node customers.
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原始來源： TechNode ↗
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