Sources and executives: the war in the Middle East disrupted crucial PCB raw material supplies; Goldman Sachs says PCB prices surged as much as 40% MoM in April
Context & Ripple Effects
Related coverage had already shown European chip importers drawing on backup inventories and paying more as Middle Eastern air-freight routes were disrupted. This report extends the disruption from logistics into PCB inputs themselves.
The broader coverage also identifies Hormuz-linked risks to materials used in chipmaking, while TSMC’s reported revenue suggests end demand had remained resilient early in the conflict. That combination makes a PCB-input price shock consequential for electronics supply chains rather than merely a localized materials event.
First-order effects
- PCB makers and their customers face an immediate increase in input costs after Goldman Sachs’ reported April month-over-month price surge, with supply availability disrupted for crucial raw materials.
- Purchasers dependent on affected supply routes must rely more heavily on existing inventories, alternative deliveries, or higher-cost sourcing.
Second-order effects
- Higher PCB costs can move downstream into electronics and hardware procurement budgets, pressuring manufacturers to renegotiate supply terms or pass through part of the increase where contracts allow.
- The disruption reinforces competition for substitute logistics and materials sources already being used by chip importers, making supply assurance—not only component pricing—a more important purchasing criterion.
Third-order effects
- If disruptions persist, electronics supply chains may place greater value on geographically diversified raw-material sourcing and larger buffers for inputs that had been treated as readily available.
- The episode points to a broader constraint in which semiconductor demand can remain healthy while upstream materials and logistics determine delivery reliability and the cost of hardware production.
The trend: Geopolitical chokepoints are increasingly turning raw materials and transport routes into binding constraints on the electronics supply chain, even when chip demand remains strong.