TL;DR
At ISC, Lenovo stated that the ongoing memory shortage, dubbed ‘RAMageddon,’ will become the new normal. The company predicts high memory prices will persist through at least 2028, driven by AI infrastructure demand, and shared a survival guide for industry players.
Lenovo has declared that the ‘RAMageddon’ — a term used to describe the ongoing memory shortage and rising prices — is now the expected norm, predicting that high DRAM and NAND prices will persist for years. The company shared this outlook during its presentation at the International Supercomputing Conference (ISC) this past week, emphasizing the long-term impact of AI-driven demand on memory markets.
According to Lenovo, the memory industry has undergone a fundamental shift, with prices unlikely to return to the lows seen in early 2025. The company highlighted that even as new manufacturing capacity begins around 2028, demand from AI infrastructure will absorb much of the additional output, preventing a market correction. Lenovo pointed to SK hynix’s plans to triple its memory production capacity by 2034 as supporting evidence that manufacturers are not expecting a return to oversupply or thin profit margins.
Lenovo also underscored that memory capacity is becoming a critical factor in server design, with upcoming dual-socket servers featuring 16 memory channels per processor. Fully utilizing these channels may require around 1 TB of memory, making high-capacity modules more expensive. Industry forecasts from Micron and SK hynix support the view that the shortage could persist until around 2028-2030, with supply agreements worth approximately $100 billion indicating that hyperscalers are preparing for sustained scarcity.
Furthermore, Lenovo suggested that the high cost of memory is shifting the economics of AI hardware, making GPU-accelerated computing with HBM more attractive, as it can reduce reliance on expensive DDR5 modules. This trend may influence future infrastructure investments and deployment strategies.
Why Persistent Memory Shortages Reshape Tech Investment
This development signals a long-term shift in the memory market, with sustained high prices impacting server costs, infrastructure planning, and hardware design. Companies and data centers will need to adapt to these conditions, potentially prioritizing high-capacity, high-efficiency configurations and reevaluating hardware procurement strategies. The prediction that memory prices will remain elevated through at least 2028 could influence technological innovation and enterprise budgets for years to come.
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Memory Market Trends and Industry Outlook
The ongoing ‘RAMageddon’ stems from a combination of increased AI infrastructure demand and limited supply, with forecasts from Micron and SK hynix indicating shortages could last until around 2028-2030. In early 2025, memory prices were unusually low, but industry insiders like Lenovo now warn that this was an anomaly. Major manufacturers are investing heavily in expanding capacity, but the demand from AI applications continues to outpace supply, maintaining high prices. This situation is compounded by long-term supply agreements worth roughly $100 billion, underscoring the strategic importance of memory for hyperscalers and enterprise users.
Historically, memory markets have been cyclical, with periods of oversupply followed by shortages. Industry experts suggest that the current conditions could mark a prolonged phase of elevated prices, driven by structural changes in demand and supply constraints.
“The era of cheap RAM is over; we are entering a new normal where memory prices will stay high for years.”
— Lenovo representative (at ISC)
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Uncertainties Surrounding Memory Market Recovery
While Lenovo predicts that high memory prices will persist until at least 2028-2030, it remains uncertain whether new capacity expansions will eventually outpace demand, leading to a market correction. Industry forecasts vary, and unforeseen technological or geopolitical factors could alter the supply-demand balance. Additionally, the actual impact on consumer and enterprise hardware costs depends on how quickly manufacturers and vendors adjust their strategies in response to these conditions.
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Next Steps for Industry and Market Participants
Industry players will likely continue investing in capacity expansion, with some companies exploring alternative memory technologies or supply sources. Hardware manufacturers may redesign products to optimize memory usage, especially in server configurations. Monitoring memory pricing trends and supply agreements over the coming months will be crucial, as will observing how hyperscalers and OEMs adapt their procurement and deployment strategies in response to the ongoing shortage.
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Key Questions
Will memory prices ever return to pre-2025 levels?
Based on current industry forecasts and Lenovo’s outlook, prices are unlikely to fall to pre-2025 levels before at least 2028, due to sustained demand from AI infrastructure and limited supply growth.
How will the memory shortage affect enterprise server costs?
High memory prices will likely increase overall server costs, especially for configurations requiring large memory capacities, influencing infrastructure planning and budgeting.
Are there alternative memory technologies that could alleviate shortages?
While some research into alternative memory technologies exists, widespread adoption is still in development, and current shortages are primarily driven by supply-demand imbalances in DRAM and NAND markets.
What can companies do to mitigate the impact of high memory costs?
Organizations may optimize memory usage, prioritize GPU-based architectures with HBM, and consider long-term procurement strategies to manage costs effectively.
