DRAM and Flash Market 2025: Structural Constraints Instead of the Usual Cycles
At the end of 2025, the DRAM and Flash market is in a phase of pronounced supply and price distortions, the causes of which are predominantly structural in nature.
By the end of 2025, the DRAM and Flash market is under strong price and allocation pressure. In many segments, prices have risen significantly within a short period of time, while freely available supply is becoming increasingly scarce. Manufacturers prioritize hyperscalers and strategic large customers; the spot market now plays only a secondary role.
This situation is driven by structurally high demand from AI, data center, and sovereign cloud projects combined with disciplined capacity management by manufacturers. As a result, supply and demand are increasingly diverging.
Context
Purpose and context of the paper DRAM and Flash Prices 2026 – Market Assessment
This paper is aimed at system integrators, IT solution providers, industrial enterprises, as well as operators of local and regional data centers who seek to understand why prices, availability, and market mechanisms in the memory and infrastructure market are currently developing the way they are.
The objective of this document is not to forecast short-term price movements or to provide concrete procurement recommendations. Instead, we classify the current status quo and explain which structural factors on the supply and demand side are contributing to shortages and rising prices. We deliberately avoid alarmism or oversimplified narratives and focus on transparent causes and interdependencies.
The current market situation is the result of multiple developments that have been building up over years and are now taking effect simultaneously – ranging from changes in manufacturers’ production and capex strategies to new demand drivers and shifting priorities in supply allocation. Individual observations such as empty spot markets or sharply rising prices are therefore less root causes than symptoms of these shifts.
Based on available market data, external sources, and our own market observations, we also provide an objective assessment of possible developments in 2026. This should not be understood as a forecast in the narrow sense, but rather as an interpretation of what appears plausible under the current conditions – and which assumptions can be considered robust from today’s perspective.
Guiding question of the paper: How will DRAM and Flash prices develop in 2026?
The paper consists of three interrelated articles that approach this topic step by step – through a retrospective, an assessment of the current status quo, and our objective outlook for 2026.
Status Quo: A Market Under Severe Price and Allocation Pressure
The current situation in the DRAM and Flash market is characterized by exceptionally strong price increases and significantly restricted availability. This development can now be observed in concrete price movements across multiple product categories – far more pronounced and rapid than would be typical in classic market cycles.
For example, the price of a standard flash memory chip (TLC NAND with 1 Tbit) has more than doubled since mid-2025, rising from below USD 5 to over USD 10. Similar trends can also be observed for DRAM chips, whose prices, depending on specification and segment, have in some cases doubled and, in individual instances, even tripled.
At the module level, this dynamic is equally evident: certain categories of DRAM modules and flash storage have experienced substantial price increases over the past six months – in some cases on a scale well above historical average levels.
In parallel with rising prices, availability has deteriorated significantly. Particularly for DRAM modules, the market is currently extremely thin. Freely available supply is scarce, as manufacturers allocate production volumes primarily to hyperscalers and strategic large customers.
The spot market remains operational in isolated cases but primarily serves as a fallback mechanism – typi
Demand Side: Structural Drivers Instead of Short-Term Effects
The primary driver of current demand is the massive expansion of data center and server capacity for AI applications, particularly within the hyperscaler ecosystem.
The following statement from the Boston Consulting Group supports our assumption of rising demand for data center capacity:
"We expect global demand for data center power to grow at approximately 16% on a compound annual basis from 2023 to 2028—33% faster growth than from 2020 to 2023—reaching about 130 GW by 2028. [...] GenAI’s role in the growing thirst for computing power garners the most attention today, but the reality is more complex. [...]
Traditional enterprise workloads [... are estimated to account] for roughly 55% [of the demand] in 2028."
Memory demand is not limited to the training of large models. Requirements are also increasing steadily in operational environments, such as inferencing, as models continue to grow in size and increasingly incorporate external data sources, for example in the context of Retrieval-Augmented Generation (RAG).
In addition, data centers are increasingly shifting toward SSDs due to long lead times for HDDs. This effect reinforces an already established technological trend: the gradual transition from mechanical hard drives to flash-based storage.
While HDDs have historically often served as a cost-effective “relief valve” when SSD pricing came under pressure, this option has largely disappeared under current conditions. The resulting demand overhang therefore directly impacts the flash market.
Beyond hyperscalers, the expansion of sovereign cloud infrastructures and on-premises environments in Europe is also gaining importance. Investments related to EU cloud sovereignty initiatives, regulated industries, and public infrastructure further contribute to demand—often with high sensitivity to planning certainty and delivery timelines.
Supply Side: Disciplined Capacity Management and Selective Availability
On the supply side, a fundamentally changed picture emerges compared to previous market phases. Expected bit growth for 2026 is around 16–17 percent across the industry—a level that clearly indicates manufacturers are deliberately pursuing controlled growth (cf. IDC: Global Memory Shortage Crisis).
Bit growth describes the annual increase in total memory capacity produced (in bits)—regardless of how many chips or modules are physically manufactured.
The experience of the overcapacity years 2021 and 2022 has led to a sustained adjustment of production strategies.
Manufacturers are deliberately reducing utilization rates and managing capacities with the aim of securing margin stability and long-term planning reliability. New production capacity is no longer built primarily with the objective of pushing as much volume as possible into the market.
Instead, available resources are preferentially allocated to strategically relevant segments such as HBM, high-speed DDR5, AI-adjacent products, and large server modules.
Bit growth describes the annual increase in total memory capacity produced (in bits)—regardless of how many chips or modules are physically manufactured.
For traditional DDR4 and DDR5 RDIMMs, this means that even when DRAM is physically produced, more supply does not automatically become available to the open market. Availability remains selective, prioritized, and heavily allocation-driven.
Freely available volumes for the commodity or spot market are therefore correspondingly limited.
In addition, new manufacturing capacity can only be realized with significant lead times. With lead times of 24 to 36 months, short-term responses are structurally impossible.
Market analyses from TrendForce, IDC, and Gartner further indicate that manufacturers are also planning conservative capex for 2026. The focus is clearly on process optimizations and technology transitions—not on aggressive expansion of volume capacity.
Even where additional capacity is created, it will primarily flow into strategic product lines rather than the traditional commodity market.
Sources
- Vivian Lee, Pattabi Seshadri, Clark O’Niell, Archit Choudhary, Braden Holstege, und Stefan A. Deutscher (BCG). (2025). Breaking Barriers to Data Center Growth . Available at https://www.bcg.com/publications/2025/breaking-barriers-data-center-growth
- Francisco Jeronimo, Tom Mainelli, Bryan Ma, Ryan Reith, und Jeff Janukowicz (IDC). (2025). Global Memory Shortage Crisis: Market Analysis and the Potential Impact on the Smartphone and PC Markets in 2026 . Available at https://www.idc.com/resource-center/blog/global-memory-shortage-crisis-market-analysis-and-the-potential-impact-on-the-smartphone-and-pc-markets-in-2026/