Memory will consume 30% of hyperscaler data center spending this year, a 4X increase over 2023 — Nvidia gets preferential supply terms well below standard market rates, says analyst firm

(Image credit: SemiAnalysis)

SemiAnalysis estimates that memory will account for roughly 30% of total hyperscaler capex in calendar year 2026, up from approximately 8% in CY23 and CY24. The firm projects that share will climb further in CY27, representing a near four-fold shift in just four years as DRAM prices surge beyond imagination and HBM remains massively undersupplied.

SemiAnalysis expects DRAM prices to more than double in CY26, with another double-digit ASP increase in CY27. LPDDR5 contract pricing has already risen more than three times since Q1 2025, and the firm estimates open-market pricing will likely exceed $10/GB this quarter.

HBM, the vertically stacked memory at the core of AI accelerators, remains undersupplied through CY27 according to SemiAnalysis’s findings, with memory now constituting a massive share of the approximately $250 billion in incremental hyperscaler spend projected for this calendar year.

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Memory is taking over Hyperscaler CapEx.In CY23 and CY24, memory was ~8% of total Hyperscaler spend. We estimate it hits 30% in CY26 and moves higher in CY27. That's a near-4x shift in just four years. (1/4) 🧵 pic.twitter.com/fUxpwUYfcOApril 3, 2026

This is already reflected in AI server pricing, with SemiAnalysis noting that B200 prices are set to rise by up to 20% by year-end, driven in large part by memory cost inflation. That aligns with the broader industry, with manufacturers having acknowledged steep component cost increases in recent earnings calls. Dell's COO, Jeff Clarke, described the rate of cost movement as "unprecedented" in its Q325 earnings call back in November.

Counterpoint Research has separately projected that DDR5 64GB RDIMM modules could cost twice as much by the end of 2026 as they did in early 2025. AI servers built on Nvidia's LPDDR-based platforms are seeing some of the steepest increases because of the sheer volume of memory per system.

An interesting dynamic SemiAnalysis noted is that Nvidia receives what the firm calls "VVP" (Very Very Preferred) DRAM pricing from suppliers, “well below [the rates paid by] both hyperscalers and the broader market.” This, according to SemiAnalysis, compresses Nvidia's own server cost exposure and pushes down overall market pricing benchmarks, masking how severe the supply crunch actually is for everyone else.

AMD sits on the other side of that dynamic, with its AI accelerator SKUs generally carrying higher memory content per unit, and the company doesn’t benefit from the same preferential supplier pricing. At a time when AMD operates at far lower AI accelerator volume than Nvidia, making AMD “structurally more exposed [to memory cost inflation] at a time when it operates at far lower AI accelerator scale.” In other words, Nvidia's purchasing scale across HBM and conventional DRAM gives it leverage that smaller-volume buyers simply can’t replicate.

SemiAnalysis concluded that while memory inflation is already partially reflected in CY26 capex guidance from major cloud operators, CY27 repricing is not yet captured in Wall Street estimates. Samsung, SK hynix, and Micron have all diverted production capacity toward HBM and high-margin enterprise DRAM, leaving conventional DDR5 and LPDDR5 supply constrained, and new fab capacity from Micron's $9.6 billion Hiroshima HBM facility and SK hynix's Icheon and Cheongju expansions won’t be delivering meaningful output until 2027 or 2028 at the earliest.

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Luke James is a freelance writer and journalist.  Although his background is in legal, he has a personal interest in all things tech, especially hardware and microelectronics, and anything regulatory.