Why is global DRAM supply short through 2027?

DRAM shortage threatens broader tech price swings

Global DRAM supply is projected to cover only about 60% of demand through 2027, according to a Nikkei Asia report. The shortfall matters because DRAM is a core input for everything from smartphones and PCs to servers, so limited supply tends to tighten pricing and capacity across the market.

The same coverage points to near-term ripple effects in mobile hardware: DRAM is expected to rise to about 40% of low-end smartphone manufacturing costs by mid-2026, up from roughly 20% now. That kind of jump is significant because it links component scarcity directly to end-device pricing pressure—especially for budget models where margins are already thin.

What this means for the industry

• Device prices can become more volatile, particularly in low-end segments sensitive to BOM (bill of materials) changes.
• System makers may redesign around memory (capacity choices, SKU strategies) to cope with higher DRAM costs.
• AI-driven demand intensifies the cycle: memory constraints hit not only consumer devices but also the data-center workloads that are expanding alongside AI.

While the report focuses on supply-demand imbalance and cost share, the broader implication is that the memory market’s ability to expand quickly enough is the key variable. If DRAM supply doesn’t catch up, higher memory costs are likely to keep resurfacing in purchasing decisions across compute categories—not just in smartphones.

For consumers, that can show up as slower promotions, fewer cost reductions, or higher baseline prices on budget hardware. For businesses, it increases the importance of procurement planning and vendor allocation while shortages persist.