Micron’s stock has surged an astounding triple-digit percentage in the past year, largely propelled by an insatiable demand for the memory-intensive components powering the artificial intelligence revolution. This surge, with an impressive nearly 62% year-to-date gain in 2026 alone, places Micron as the sole performer among the top 10 most valuable U.S. tech companies, eclipsing competitors and reaching a market capitalization of $520 billion, surpassing Oracle.
The current memory crunch, while a boon for Micron, presents a significant challenge for many of its tech counterparts. These companies are grappling with escalating costs as they scramble to secure the critical components essential for their AI ambitions.
Micron is poised to release its fiscal second-quarter earnings, with analysts projecting a robust 148% year-over-year revenue increase. Executives are scheduled to discuss these results in an upcoming conference call. The persistent shortage of memory chips, fueled by the relentless pursuit of AI dominance, shows no signs of abating. Major technology players are investing unprecedented sums to maintain their competitive edge in this high-stakes race.
“Memory is a key enabler of AI,” Micron CEO Sanjay Mehrotra articulated in a previous interview. “It is a strategic asset today, not just a component in the system. And so we need it. Just like your brain, you need more memory. You need faster memory.”
This strategic imperative is evident in the substantial capital expenditure increases by cloud giants like Amazon and Google. These companies, major purchasers of Nvidia’s AI chips and providers of cloud-based AI services, are significantly escalating their investment forecasts. Their data centers are increasingly reliant on extensive arrays of Nvidia’s Vera Rubin graphics processing units (GPUs), each demanding substantial memory capacity.
An analysis by RBC indicates that an Nvidia Vera Rubin NVL72 system utilizes approximately three times the dynamic random-access memory (DRAM) compared to its predecessor, the Grace Blackwell GB300 NVL72 rack. Furthermore, a single Vera Rubin Ultra GPU is slated to feature a terabyte of high-performance HBM4e memory, more than triple the capacity of a previous-generation Rubin GPU. Nvidia CEO Jensen Huang, at his company’s recent GTC conference, projected over $1 trillion in purchase orders through 2027 for its Blackwell and Vera Rubin GPUs, underscoring the immense demand.
This surge in GPU procurement directly benefits Micron, which has already indicated a sell-out of its high-bandwidth memory for the entirety of 2026. The persistent memory shortage is expected to continue for an extended period, with industry leaders suggesting it could last for another four to five years.
Analysts are forecasting a significant increase in Micron’s average DRAM selling prices, with expectations of a nearly 32% climb in the fiscal second quarter compared to the prior quarter. For the fiscal third quarter, projections suggest an adjusted gross margin exceeding 71% and revenue of $23.80 billion, representing a remarkable nearly 156% year-over-year increase.
The escalating demand for GPUs has also led to a significant rise in memory prices for other consumer electronics, including personal computers. Industry analysis firm TrendForce reported a substantial surge in PC DRAM contract prices in a recent February report. RBC analysts, citing TrendForce data, anticipate an 80% to 85% jump in blended DRAM pricing for the first quarter of 2026. This price inflation is expected to impact PC sales, with industry researcher IDC recently revising its forecast to an 11.3% decline for the year, a significant downgrade from its previous estimate. IDC also projects a 12.9% decrease in smartphone shipments for the current year.
“Memory shortages will persist well into 2027,” stated Jitesh Ubrani, IDC research manager, highlighting the prolonged nature of the supply chain constraints.
The ripple effect of these memory cost increases is being felt across the industry. Dell, for instance, has warned of the substantial spike in memory expenses. The company’s operating chief noted that DRAM costs have risen five-and-a-half times in the past six months, while NAND flash memory for long-term storage has quadrupled in price. Dell is actively collaborating with its memory partners to enhance flexibility and agility, focusing on strategies to minimize complexity, optimize product mix, and adapt designs to available components.
Micron is undertaking strategic initiatives to bolster its memory supply. The company recently broke ground on a significant semiconductor manufacturing facility in upstate New York, planned to house up to four fabrication plants. Additionally, Micron has inaugurated an assembly and test facility in India, aimed at converting memory wafers into finished products, further enhancing its production capacity. These investments signal Micron’s commitment to meeting the burgeoning demand for memory components critical to the ongoing technological advancements.
Original article, Author: Tobias. If you wish to reprint this article, please indicate the source:https://aicnbc.com/19867.html
