Memory prices are unlikely to return to the low levels seen in 2024 because AI infrastructure is consuming vast amounts of DRAM, NAND, and HBM. Lenovo executive Martin Hiegl warned at ISC 2026 that the surge in AI demand creates a structural shift in the memory market, potentially extending supply constraints for years as manufacturers struggle to meet the needs of artificial intelligence hardware.
Why is a “RAMageddon” threatening memory supplies?
The term “RAMageddon” describes a significant shift in the economics of memory components. During the ISC 2026 event in Hamburg, Lenovo presented a “five-step survival guide” to address this looming instability. Martin Hiegl, Lenovo’s executive for Enterprise AI & HPC, suggested that the market environment is fundamentally changing. According to reports from ComputerBase, Lenovo’s presentation included the warning that the market “will never be like last year.”
The primary driver of this tension is the massive scale of AI infrastructure. While traditional computing relies on standard memory, the AI boom requires specialized High Bandwidth Memory (HBM) alongside traditional DRAM and NAND. Lenovo’s analysis suggests that even when new manufacturing capacity enters the market, much of that production will be immediately absorbed by the AI sector. This leaves less available supply for other industries, preventing a return to the surplus-driven low prices of 2024.
SK hynix is planning to triple its memory production capacity by the year 2034 to keep up with global demand.
How long will the memory shortage last?
Different industry leaders provide varying timelines for when supply might stabilize, but all point toward a prolonged period of tightness. Comparing the forecasts from major manufacturers shows a staggered recovery period.
- Micron: The company recently informed investors that it expects limited supply to persist at least until 2027, with only a gradual improvement starting in 2028.
- SK hynix: This manufacturer has issued a more cautious warning, stating that scarcity could continue until approximately 2030 if AI infrastructure continues to absorb significant wafer capacity.
These differing timelines highlight the uncertainty in the sector. While Micron sees a recovery beginning in the late 2020s, SK hynix suggests the pressure could last nearly a full decade from current levels. The scale of investment required to fix this is massive, as evidenced by SK hynix’s long-term plan to triple capacity by 2034.
What happens to the price of consumer electronics?
The “RAMageddon” is not limited to enterprise data centers; it is moving down the supply chain to consumer products. Because DRAM and NAND are essential components in almost all modern electronics, rising component costs directly influence retail prices.
Industry trends suggest that high memory costs are impacting several key categories:
Gaming Consoles and Mobile Devices
Hardware such as the Xbox Series X|S, PlayStation 5, and the PlayStation 5 Pro are seeing the effects of component pricing. Similarly, the upcoming Nintendo Switch 2 is expected to face these same market pressures. Mobile phone manufacturers are also facing higher costs, which often results in more expensive flagship devices.
Computers and Laptops
The cost of upgrading or purchasing new computers is also rising. Apple’s Mac lineup is cited as becoming more difficult to reach due to these pricing shifts. As memory becomes a more contested resource between AI companies and consumer electronics brands, the “wait for a sale” strategy may become less effective.
If you are planning a major hardware upgrade for a PC or server, monitor the production news from Micron and SK hynix. Their capacity updates often signal shifts in component availability.
Frequently Asked Questions
What is RAMageddon?
RAMageddon is a term used by Lenovo to describe a period of intense memory scarcity and price volatility caused by the massive demand for AI infrastructure.
Will memory prices ever go back down?
While new manufacturing capacity is expected around 2028, Lenovo and other industry experts suggest that AI demand may absorb this supply, preventing a return to the low prices seen in 2024.
Which companies are most affected by the memory shortage?
Major manufacturers like Micron and SK hynix are heavily involved in managing the supply, while consumer brands producing consoles, smartphones, and PCs face higher production costs.
What do you think about the rising cost of hardware? Will you wait for the market to stabilize, or buy now to avoid higher prices? Let us know in the comments below!
