In a significant development for the global technology industry, Lenovo has cautioned that elevated prices for memory chips, specifically DRAM and NAND, are likely to persist through at least 2030, marking a structural shift rather than a temporary fluctuation.
The warning was issued during ISC 2026, where the company highlighted that the long-standing cyclical nature of memory pricing, characterised by periodic booms and busts, has been fundamentally disrupted. According to Lenovo, prices began rising sharply in late 2025 and have since moved beyond historical patterns, with little indication of returning to earlier levels.
AI Demand Driving Structural Imbalance
A key factor behind this shift is the rapid expansion of artificial intelligence technologies. The growing need for high-bandwidth memory (HBM), essential for AI systems and large-scale data processing, has significantly increased demand across the semiconductor industry.
Major manufacturers including Samsung, SK Hynix, and Micron have acknowledged their inability to fully meet current demand. Despite ongoing efforts to expand production capacity, the supply gap continues to widen, reinforcing expectations of sustained high prices.
End of Cheap Consumer Electronics
Industry analysts suggest that this imbalance could have widespread implications for downstream sectors. Higher memory costs are expected to translate into increased prices for consumer electronics such as smartphones, personal computers, and servers.
Long-Term Industry Impact
The company’s outlook is being interpreted as a strategic warning to global enterprises and supply chain stakeholders. With memory chips increasingly viewed as a critical resource in the AI-driven economy, the current pricing environment is expected to become a long-term feature of the market.
As demand continues to outpace supply, the global electronics industry may be entering an era where affordability is no longer guaranteed, reshaping both consumer expectations and corporate planning in the years ahead.
