Current market conditions in the microelectronics sector reveal deep structural asymmetry, where central processor shortages exert systematic destructive pressure on supply chains, far exceeding the impact of memory shortages. The crucial distinction lies in asset liquidity: memory modules remain a highly liquid commodity, purchasable at premium prices through alternative distribution channels. Meanwhile, processors have become an absolute bottleneck—without them, final product assembly becomes impossible regardless of a customer's budget.
The crisis's fundamental cause lies in production technology. The market critically depends on the yield rate for Intel's new 18A process node. Low chip yields not only reduce physical supply but also increase the cost per unit. This creates a domino effect: processor production delays block server capacity launches and desktop fleet upgrades worldwide.
Unlike memory price volatility, which self-corrects through market economics, computing core shortages demand rigid restructuring of equipment manufacturers' business plans. Companies must shift from stockpiling strategies to waiting strategies, slowing the innovation cycle. Thus, in 2026, production capacity in the logic chip segment has become the primary constraining resource of the global digital economy, outweighing all other shortage factors.