If we only look at one most certain trend in the semiconductor industry in 2026, the answer is almost certain: storage chips are entering an unprecedented cycle of price increases. Unlike previous cycles driven by inventory fluctuations, this round of upward trend has more structural characteristics, with its core driving force coming from the huge demand for computing infrastructure from artificial intelligence. With the continuous expansion of AI training and inference scale, the dependence of data centers on high-performance storage is rapidly increasing, directly changing the supply and demand pattern of the entire industry.

In this round of changes, high bandwidth memory (HBM) has become the most critical variable. Due to its higher bandwidth and lower latency, HBM has become the core component of AI servers. However, its complex manufacturing process and long yield improvement cycle have resulted in production capacity expansion falling far behind demand growth. Top manufacturers are prioritizing their resources in HBM production, which has significantly squeezed the production capacity originally used for traditional storage products such as DDR and NAND, leading to a supply contraction in the entire storage market.  

The impact of this' capacity migration 'is systemic. Firstly, the rise in storage prices is no longer limited to a single category, but is showing a trend of overall increase; Secondly, upstream cost pressure is beginning to spread to the middle and downstream, with servers, PCs, and consumer electronics products all facing varying degrees of upward price pressure. The industry generally expects that this round of price increases will not end in the short term, as it is not simply a mismatch between supply and demand, but a change in industrial structure.

From a deeper perspective, the essence of this round of storage price increases is the redistribution of resource allocation rights by AI. As cloud vendors and tech giants continue to invest in AI infrastructure, storage resources are shifting from the traditional consumer electronics market to high value-added computing scenarios, and the industry's profit structure is also changing accordingly. For manufacturers, this means higher profitability; For the market, it means that storage is no longer just a "cyclical product", but is transforming into a "strategic resource".

It is worth noting that this trend is reinforcing the expectation of a 'super cycle'. The demand for AI is long-term, and the expansion cycle of high-end storage such as HBM is relatively long. The combination of the two will continue to create a tight supply and demand situation. In this context, storage chips have not only become a direct reflection of the prosperity of the semiconductor industry, but also gradually evolved into the core engine driving the growth of the entire industry chain.

In summary, this round of storage price increases is not a simple price fluctuation, but a value reassessment driven by a technological wave. As AI continues to deepen, the importance of storage will further increase, and the competition in the semiconductor industry will increasingly focus on who can control key resources and capacity allocation capabilities.

*Disclaimer: The information in this article is sourced from the internet and compiled by Huaqiang Microelectronics. The information has not been officially confirmed and is only for communication and learning purposes.