Memory bottlenecks until at least Q4 2027, significantly higher prices expected in 2026-2027

The current situation on the DRAM and NAND markets paints a clearly tense picture. The data center industry’s demand for high-capacity memory technology, which has been rising for months, is leading to a structural bottleneck that affects both DDR5 and DDR4 and, according to current estimates, will not ease until the fourth quarter of 2027 at the earliest. Industry sources report that the shift in production priorities in favor of AI infrastructures is playing a major role. This demand exceeds existing production capacity, leading to a significant shortage and corresponding price premiums. Consumer products are particularly affected, as major customers from the data center environment are purchasing at higher prices and are therefore given priority in the supply chain.

The discontinuation of the consumer brand Crucial by Micron is an expression of this development. The move away from the end customer segment in favor of lucrative AI applications is reducing the available quantity of DRAM products such as DDR4 modules or UDIMMs for desktop systems. Similar steps are being taken by other major manufacturers, including SK hynix and Samsung, which are increasingly focusing their capacities on LPDDR5, HBM generations and server DDR5. As a result, lead times are lengthening, prices are fluctuating at ever shorter intervals and there is general uncertainty in supply chains.

Manufacturers report situations in which memory IC quotas are only available for a few hours and price changes take effect immediately. Smaller producers are forced to order at significantly higher purchase prices, which is directly reflected in end customer prices. A look at Taiwanese retailers shows DDR4-256 GB kits at prices above 3,000 US dollars. DDR5-256 GB kits also reach values in the region of around 2,000 US dollars. The lowest price ranges for standard DDR5 kit sizes have also risen significantly in the USA and are now at a level that was not foreseeable just a few months ago.

Data from PCPartPicker illustrates the dynamics since May 2025. DDR4 modules of various speeds have almost doubled to tripled in price in several configurations. DDR5 shows an even more pronounced trend. 32 GB kits in the 6000 MT/s class have risen in price from around USD 120 to over USD 400, while 64 GB kits are now above the USD 700 mark in many cases. These developments reflect the structural shortage, not mere market fluctuations. Teamgroup confirms that both NAND and DRAM are under additional strain due to the shift of cold data from HDD environments to SSD systems. As HDD manufacturers are not expanding production, there is competition for available wafer capacity, which is encouraging further price increases.

According to manufacturers, the current price levels will not be the peak. Several sources assume that the peak will not be reached until mid-2026. As it is expected that the general PC market and the console market will also have to price in higher material costs, conditions in the consumer segment are likely to remain challenging. This applies to memory kits, prefabricated desktop systems, mobile devices and graphics cards, as GDDR memory is under equal capacity pressure. The combination of high demand, predefined prioritization of production and limited expansion options for existing production facilities is the reason for the extraordinary persistence of this situation.

The current status therefore indicates that the situation for the end consumer market will not ease in the short or medium term. The earliest relief could come at the end of 2027. Until then, prices are expected to remain high and availability limited.

Conclusion

The market for DRAM and NAND remains characterized by structural bottlenecks, which are strongly driven by demand from the AI industry. Consumer prices are rising in almost all segments and could continue to rise until at least mid-2026. Normalization is not expected until the end of 2027 at the earliest.