Letter to Scott Bessent: chip group SEMI, which includes Micron and Samsung, warns that US intervention in chip pricing or capacity would worsen chip shortages
Government attempts to address the global memory chip shortage by influencing prices or production capacity would worsen …
Context & Ripple Effects
The related coverage traces a volatile chip cycle: an earlier shortage was tied to prioritization of higher-margin chips and stockpiling amid US-China trade tensions, followed by an inventory-led downturn as demand weakened.
By early 2026, Samsung was again signaling memory-supply pressure and the prospect of higher electronics prices. SEMI’s intervention places Micron and Samsung on the same side of a policy debate over how shortages should be addressed.
First-order effects
- SEMI gives major memory suppliers, including Micron and Samsung, a coordinated channel to oppose US measures that would steer memory prices or production capacity.
- The letter raises the cost for policymakers of treating intervention as a simple shortage remedy by arguing that it could further disrupt supply.
Second-order effects
- Electronics makers and other memory buyers face a policy environment in which supply constraints may persist rather than be administratively eased; Samsung has already linked tight memory supply to broader electronics price pressure.
- Any policy response will be tested against chipmakers’ incentive to manage capacity through a highly cyclical market, rather than only against the immediate shortage.
Third-order effects
- The episode underscores a structural tension in semiconductors: governments seek supply resilience during shortages, while suppliers argue that price and capacity controls can amplify the boom-bust dynamics that also produce inventory gluts.
- If this pattern continues, memory supply policy is likely to focus less on direct market management and more on measures that preserve investment incentives—though the corpus does not establish which approach US officials will choose.
The trend: This is one data point in the shift from viewing chip shortages as temporary supply shocks to treating memory capacity, pricing, and resilience as contested industrial-policy questions.