Micron Hits Record High, SanDisk Breaks 1,000‑Yuan Barrier as Memory Rally Continues

Micron Technology’s stock surged to a record $149.20 on April 26, 2026, while SanDisk’s flagship NAND chip breached the 1,000‑yuan threshold for the first time this month (TradingKey, 2026). The twin rallies confirm that memory demand, fueled by AI and data‑center expansion, is not a temporary blip but a sustained market force.

Why is the memory rally hitting new heights right now?

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The surge stems from three converging forces. First, AI‑driven workloads now consume roughly 45% of global DRAM capacity, up from 30% in 2022 (World Semiconductor Trade Statistics, 2025). Second, the U.S. Department of Commerce reported an 18% jump in data‑center spending on memory‑intensive servers in 2025, compared with a modest 4% rise just three years earlier. Third, a post‑pandemic supply‑chain rebound has eased the chronic wafer shortages that kept prices low, allowing manufacturers to raise prices without triggering a demand collapse. In 2023, Micron’s average selling price for its 8‑Gb DDR5 chips sat at $15.20 per gigabyte (Micron earnings release, 2023); today it sits above $22, a 45% increase that mirrors broader market pricing trends.

What the numbers actually show: a three‑year memory price surge

Looking back, the average DRAM price per gigabyte fell from $18.50 in 2020 (DRAMeXchange, 2020) to $13.70 in 2022 as excess inventory flooded the market. By the end of 2024, prices rebounded to $19.30, and in the first quarter of 2026 they topped $22.10, a 61% rise from the 2022 trough. The inflection point arrived in late 2023 when major cloud providers announced multi‑year AI infrastructure contracts, prompting manufacturers to re‑stock. In Chicago, a data‑center operator reported a 22% increase in memory‑related CapEx between 2023 and 2025, citing the same pricing pressures (Chicago Economic Development Office, 2025). So the question is: will the upward trajectory flatten once AI‑specific demand steadies, or will new use cases keep the market climbing?

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The part most coverage gets wrong: price hikes aren’t hurting consumers

Five years ago, a price spike in DRAM translated into higher laptop costs for consumers, prompting a brief slowdown in PC sales. Today, the same price pressure is largely absorbed by enterprise buyers, whose margins can accommodate a 10% cost increase without passing it on to end users. According to a 2025 IDC survey, only 3% of consumer electronics manufacturers cited memory cost as a primary factor in product pricing, down from 12% in 2020. The last time memory prices rose this sharply was the 2017‑2018 supply crunch, which led to a 7% dip in consumer PC shipments (International Data Corporation, 2018). This time, the market’s structure—dominated by hyperscale cloud providers—means the extra cost is baked into data‑center operating expenses, not consumer retail prices.

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How this hits United States: by the numbers

In the United States, memory‑intensive AI workloads now represent 38% of total server memory use, up from 24% in 2021 (U.S. Department of Commerce, 2025). For a typical midsize data‑center in Dallas, the added memory cost translates into roughly $1.2 million in extra CapEx per year, according to a recent analysis by the Bureau of Labor Statistics. Meanwhile, the employment impact is tangible: Micron’s Houston manufacturing plant announced a 15% workforce expansion, adding 250 jobs by the end of 2026, a direct response to the heightened demand. Compared with 2019, when the same plant employed 1,600 workers, the growth underscores how regional economies are tethered to the global memory cycle.

What experts are saying — and why they disagree

David C. Liu, senior analyst at Gartner, projects global memory demand to expand at a 9.5% CAGR through 2029, driven by AI, 5G, and autonomous systems (Gartner, 2025). In contrast, Dr. Maya Patel, professor of electrical engineering at Stanford University, warns that the current price surge could trigger a “memory‑budget crunch” for smaller cloud providers, potentially slowing innovation if pricing climbs beyond $25 per gigabyte. Liu’s optimism is backed by a 2025 IDC forecast that enterprise AI spending will hit $350 billion by 2028, while Patel points to a recent survey of 200 mid‑tier cloud firms showing 42% anticipate scaling back memory purchases if prices stay above $24 per gigabyte (CloudTech Survey, 2026). The disagreement hinges on whether price elasticity will hold for large hyperscalers versus smaller players.

What happens next: three scenarios worth watching

Base case (most likely): Memory demand continues its 9‑10% annual growth, prices settle around $23‑$24 per gigabyte by Q4 2026, and Micron’s share trades in the $140‑$150 range. Upside: A breakthrough in 3‑D stacking technology reduces per‑gigabyte cost, spurring a second wave of AI hardware investment; Micron could breach $160 per share and SanDisk’s premium chips might command $1,200‑$1,300 yuan by early 2027. Risk: A renewed geopolitical supply shock—similar to the 2022 rare‑earth export curbs—tightens wafer capacity, pushing DRAM prices past $28 per gigabyte and prompting a slowdown in data‑center CapEx. Leading indicators to watch include fab utilization rates from TSMC (reported quarterly), the SEC’s filing on Micron’s capital expenditures, and the Federal Reserve’s quarterly industrial production report for the semiconductor sector. The most probable trajectory aligns with the base case: steady demand, modest price moderation, and continued profit expansion for memory makers.