Ongoing DRAM Shortage Drives Up PC Hardware Prices Amid AI Boom

The global DRAM shortage shows no signs of abating, with industry experts and major OEMs forecasting sustained price increases for PC hardware. The surge in demand for AI data centers is a key factor fueling this crisis, as memory manufacturers struggle to keep pace with rapidly growing requirements.

Recent financial disclosures from Micron Technology highlight the severity of the situation. In its Q3 report, Micron posted record-breaking results, underscoring the intense demand for DRAM. CEO Sanjay Mehrotra addressed investors, emphasizing that “Our customers are recognizing that supply shortages in memory and storage will take considerable time to improve.”

Mehrotra further explained, “Even as we expect industry supply to improve gradually in 2028, we currently do not have a line of sight as to when memory supply will be able to catch up with increasing demand.” This outlook suggests that the imbalance between supply and demand could persist for several years.

Micron’s Expansion Plans and Industry Impact

To address the ongoing shortage, Micron has announced several strategic initiatives. Earlier in 2027, the company revealed plans for a new megafab in New York, scheduled for completion by early 2029. Additionally, Micron intends to acquire a fabrication facility from PSMC in a $1.8 billion deal, aiming to boost DRAM output by late 2027.

Despite these efforts, analysts expect that DRAM prices will remain elevated in the near term. This sustained pricing pressure is likely to impact upcoming consumer electronics, including next-generation gaming consoles such as the Xbox Helix, PlayStation 6, and PS6 Portable. Valve’s anticipated Steam Machine is also expected to face higher production costs, potentially keeping retail prices above historical norms.

As the industry navigates this challenging landscape, the intersection of AI-driven demand and constrained DRAM supply will continue to shape the pricing and availability of PC hardware and gaming devices for the foreseeable future.