Global DRAM manufacturers may only meet 60% [1] of memory demand by the end of 2027 as AI requirements surge.
This shortfall threatens the stability of the consumer electronics market and the pace of artificial intelligence deployment. Because RAM is a fundamental component for everything from smartphones to data centers, a prolonged deficit could drive up hardware costs for years.
Industry leaders including Samsung, SK Hynix, and Micron are ramping up production to combat the crisis [1]. To increase capacity, a new DRAM fabrication plant has opened in Cheongju, South Korea [1]. Despite these efforts, the scale of AI growth is outpacing the speed of construction.
Some projections suggest the shortage could extend until 2030 [1]. The pressure is driven by an unprecedented spike in memory needs for AI processing. According to reports, AI memory demand may jump 625 times by 2028 [4].
These supply chain constraints are already impacting consumer pricing. The cost of entry-level PCs rose from approximately $600 a year ago to at least $1,000 [3]. This price hike is attributed directly to the scarcity of available RAM [3].
SK Group chairman Chey Tae-won has been central to the strategic response as the company navigates the production gap [1]. While manufacturers continue to expand their footprints, the gap between current output and projected demand remains significant.
“Manufacturers expected to meet 60% of DRAM demand by end of 2027”
The DRAM crisis illustrates a critical bottleneck in the AI revolution. While software capabilities are advancing rapidly, the physical hardware required to run these models cannot be scaled at the same speed. This discrepancy creates a 'hardware ceiling' that may force companies to either slow their AI rollout or pay a significant premium for memory, potentially stalling the democratization of AI hardware for average consumers.
