美银：AI与半导体行业股票存在七大持续隐患

美银：AI与半导体行业股票存在七大持续隐患

2026-07-30 00:11

ChainThink 消息，7 月 30 日，据美银报告，AI 与半导体行业股票仍面临七项持续隐患，包括硬件交易拥挤、利好业绩难以推动股价、市场对 AI 实验室盈利前景存疑、Token 通缩影响利润、内存预期或需下调、信贷融资压力升温，以及板块调整可能受持仓和因子变化驱动。

报告称，TSM、ASML、INTC 等公司即使交出较好业绩，股价仍承压，盘中反弹也持续被卖出；超大规模厂商资本开支若降低，将影响 AI 供应商，若提高则可能压制自由现金流并引发融资担忧。

美银还表示，OpenAI、Anthropic 等 AI 实验室的支出已反映在供应商积压订单和财务数据中。

更便宜的 Token 可能加速应用采用，但也会压缩实验室利润，并推动硬件和电力优化，更多算力不必然意味着所有供应商利润同步增加。

报告认为，内存相关股票若仅依赖估值倍数下调，可能不足以反映风险；基于尚未修订预期看似便宜的股票，实际未必便宜。AI 与半导体板块后续价格走势或继续受到融资、ROI、开源模型和优化叙事影响。

Disclaimer: Contains third-party opinions, does not constitute financial advice

Recommended Reading

NVIDIA attracts $85 billion in investor demand during massive bond issuance

06-16
NVIDIA attracts $85 billion in investor demand during massive bond issuance

Ethereum surges over 10% in 24 hours, currently priced at $1,841.31

06-16
Ethereum surges over 10% in 24 hours, currently priced at $1,841.31

Amazon announces a multi-billion dollar investment in Missouri to build a data center campus, expected to create over 400 long-term positions

06-16
Amazon announces a multi-billion dollar investment in Missouri to build a data center campus, expected to create over 400 long-term positions

Binance Platform's SpaceX Perpetual Contract Trading Volume Surpasses $9 Billion, Capturing Over 60% Market Share

06-16
Binance Platform's SpaceX Perpetual Contract Trading Volume Surpasses $9 Billion, Capturing Over 60% Market Share

Binance platform XLM/USDT short-term spike down to $0.17, now recovered to $0.225

06-16
Binance platform XLM/USDT short-term spike down to $0.17, now recovered to $0.225

Trump: The Strait of Hormuz has been fully reopened as of Friday, and all agreements have been signed

06-16
Trump: The Strait of Hormuz has been fully reopened as of Friday, and all agreements have been signed

SlowMist: Aztec Connect Contract Hacked for $2.19 Million Due to ZK-Rollup L1/L2 State Boundary Vulnerability

06-15
SlowMist: Aztec Connect Contract Hacked for $2.19 Million Due to ZK-Rollup L1/L2 State Boundary Vulnerability