Billions are flowing into memory fabs. Why chip prices won’t cool anytime soon

For many years, consumers were accustomed to a predictable trend in technology: new device releases often meant price reductions for older models. However, this trend is shifting dramatically. Prices for smartphones, laptops, and various electronics are now increasing during active product cycles, long before new models hit the market. This change is largely attributed to soaring component costs that are affecting the entire tech supply chain, particularly in memory. Recent data from TrendForce indicates a staggering rise in memory chip prices, with increases of up to 98% reported in the first quarter of 2026, and projections suggesting a further hike of 58-63% in the current quarter. The effects of these price escalations are already evident; for instance, Apple recently elevated the prices of its Mac lineup globally, with the entry-level MacBook Neo in India seeing a 14.3% increase, now priced at Rs 79,900. In response to the evolving market dynamics, major players in the memory industry, including Samsung Electronics, Micron Technology, and SK Hynix, are investing heavily—amounting to tens of billions of dollars—in expanding their manufacturing capabilities. Yet, experts caution that the ongoing shortage of memory chips may persist for the foreseeable future. A significant factor driving this shortage is the rapid growth of High Bandwidth Memory (HBM), an advanced memory type used in conjunction with artificial intelligence accelerators. These chips require substantial amounts of high-performance memory to process vast datasets effectively. As a result, HBM has become the fastest-growing and most lucrative segment within the memory market. According to Parv Sharma, a senior analyst at Counterpoint Research, the demand for HBM and data center DRAM is outstripping supply, primarily due to the needs of hyperscalers and cloud service providers. The three leading memory vendors are prioritizing resources toward HBM production, leading to a tightening of the supply of conventional DRAM that is critical for smartphones, computers, and servers. To combat the structural shortage, the memory sector has embarked on one of its most significant investment cycles in years. A global competition is underway, with Samsung, SK Hynix, and Micron set to invest heavily in new factories and related infrastructure over the next several years. Recently, Samsung and SK Hynix announced collaborative investments exceeding $500 billion aimed at constructing four mega-fabrication plants in South Korea, alongside advanced packaging facilities. Meanwhile, Micron is undertaking an ambitious expansion, including a cutting-edge DRAM factory in Boise, Idaho, and a planned manufacturing campus in Clay, New York. However, the path to alleviating the memory shortage is fraught with challenges. Analyst Manish Rawat notes that building a semiconductor fabrication plant is a lengthy process, typically taking three to five years to transition from groundbreaking to high-volume manufacturing. This timeline includes several stages, such as construction, equipment installation, and qualification, all of which contribute to significant delays. Additionally, the industry faces legal scrutiny, with a lawsuit filed in a U.S. District Court accusing major memory manufacturers of unlawfully restricting DRAM supply, which has contributed to inflated prices. As demand for memory chips continues to surge in tandem with the rapid expansion of generative AI, the memory market is experiencing a dramatic turnaround. After a period of oversupply and price declines, manufacturers that recently scaled back production are now striving to increase capacity to meet unprecedented demand. Despite projected investments, analysts predict that the shortage will persist, with demand likely to exceed supply for much of the next five years. In summary, while significant financial resources are being directed toward memory production, the relentless growth of AI applications means that consumers and businesses may face ongoing challenges with rising memory costs for the foreseeable future.