Giants Rush To Secure DRAM

“Memory Prices Plunge” surged to the top of trending searches, dragging down storage concept stocks and igniting widespread debate over whether the supercycle has ended. Contract‑level dynamics, however, tell a contrasting story. In the first quarter of 2026, DRAM contract prices rose by 90%–95% quarter‑on‑quarter, with second‑quarter price increases already locked in at roughly 30%. TrendForce’s latest data indicate Q2 contract prices for DRAM will still climb about 58%–63% quarter‑on‑quarter, while NAND Flash contract prices are projected to increase 70%–75%.

Concurrently, leading North American cloud providers such as Google, Microsoft and Amazon are competing to sign long‑term agreements with SK Hynix that extend into the end of the decade, paying premiums 50%–60% above what smartphone makers offer to secure capacity. The sharp decline in spot prices primarily reflects the liquidation of inventories accumulated over the past year by off‑market capital and new entrants during speculative rallies; in contrast, the contract market tied to enterprise demand shows no synchronous weakening.

Historically, the memory sector has exhibited pronounced cyclicality: prices and vendor profits surge when capacity tightens, then collapse rapidly when expansion overshoots and inventories accumulate. That long‑standing quarterly price‑setting dynamic, however, is showing signs of structural change. Reports indicate Microsoft and Google are negotiating three‑year DRAM supply agreements with SK Hynix that include price floors and prepayment mechanisms of 10%–30%, shifting buyers away from a sole focus on lower prices toward assuming part of the cycle risk to secure future supply. Samsung is also reported to be discussing three‑ to five‑year supply arrangements with Microsoft and Google, with Microsoft’s prepayment potentially exceeding USD 10 billion. Micron Technology confirmed in its fiscal Q2 2026 earnings call that it has signed its first five‑year strategic customer agreement. The near‑simultaneous move by the three major suppliers toward long‑term contracts appears unprecedented in memory market history.

Underlying these developments is acute supply tightness. SK Hynix publicly stated at the end of 2025 that its DRAM, NAND and HBM capacity was booked through the end of 2026, leaving little room for new orders. In a matter of months, the industry has shifted from a highly marketized price‑cycle model toward a resource model with quasi‑infrastructure characteristics. Apple, despite its historically strong supply‑chain bargaining power, has felt the strain: sources report Apple is purchasing available mobile DRAM at very high prices, even at the expense of operating margins, and has shortened iPhone memory procurement cycles from semiannual to quarterly. Nevertheless, certain Mac mini and Mac Studio memory configurations now face delivery delays into the second half of 2026, with some models not shipping until September.

The primary driver of this scramble is AI. AI servers require eight to ten times the memory of standard servers, and hyperscale cloud providers expanding data centers at unprecedented speed have created exponential demand pressure. In 2026, capital expenditure by hyperscale cloud operators on data center infrastructure is expected to reach about USD 650 billion, an 80% increase year‑on‑year. This influx of investment has rapidly depleted DRAM inventories: industry tracking shows DRAM vendor inventory cycles fell from roughly 17 weeks at the end of 2024 to only 2–4 weeks by October 2025.

Structural capacity allocation further exacerbates shortages. High‑Bandwidth Memory (HBM), essential for AI training and inference, yields per‑chip margins roughly ten times those of DDR4, prompting suppliers to prioritize advanced capacity for HBM and server DDR5. The result has been a sharp compression of supply for general‑purpose DDR4 and mobile DRAM, with isolated instances of DDR4 trading at a premium to DDR5. Downstream sectors are absorbing the impact: memory now accounts for more than 30% of product cost in some consumer electronics, forcing PC and smartphone manufacturers to raise prices or reduce storage specifications. Counterpoint Research projects mid‑ to low‑end smartphone shipments will decline about 6.1% year‑on‑year in 2026. Smaller brands that cannot secure long‑term contracts or pay premiums face a dilemma of raising prices and losing market share or maintaining prices and sacrificing margins, with many delaying product launches or downgrading hardware.

Automakers have responded by securing direct supply at high premiums, with Volkswagen signing direct agreements with Samsung and SK Hynix and Hyundai concluding direct supply arrangements with Samsung; some domestic automakers have reached selection and direct‑supply agreements with Micron Technology. These automotive commitments further underpin elevated memory prices.

Hopes that new capacity will quickly relieve shortages are misplaced: meaningful additional output is unlikely before 2027. Korean media report that Samsung and SK Hynix are directing capital expenditure toward manufacturing upgrades and cleanroom expansion, but wafer‑level production increases will not materialize immediately. Samsung’s P5 fab, restarted after the industry downturn, is expected to complete construction in the first half of 2027, begin equipment installation thereafter and reach mass production in the second half of 2028. SK Hynix’s Y1 wafer fab in Yongin is slated to finish construction in February of the following year, start equipment installation in Q2 2027 and ramp in stages later that year, targeting monthly capacity of 150,000 wafers. Industry commentary suggests that, constrained by cleanroom space, supply growth over the next two years will be limited and that new Korean wafer fabs will not contribute materially until the second half of 2027. Consequently, even under optimistic timelines, large‑scale capacity relief is unlikely before late 2027, while AI data center buildouts and long‑term contracts continue to lock in supply, further narrowing availability for ordinary buyers.

What began as another memory price cycle has evolved into a deeper structural transformation. The emergence of multi‑year volume commitments, prepayment arrangements and post‑settlement pricing conventions signals a shift from a commodity market to one in which memory is treated as a strategic resource. For hyperscale cloud providers, securing supply in 2026 has become more important than securing the lowest price, effectively rewriting the DRAM cycle. Industry observers note that AI infrastructure remains in an early build‑out phase and that supply shortages may persist for an extended period. Cloud giants that secured long‑term agreements are effectively purchasing competitive access to future AI capacity; Apple is deploying cash reserves to mitigate shortages; and firms lacking scale or foresight may face prolonged consequences for short‑term decision‑making.