The AI boom is creating a problem that could hit your wallet. Component shortages driven by data center demand are threatening to push up prices on smartphones, laptops, and other consumer electronics.
NVIDIA Corporation, NVDA
Nvidia and other AI infrastructure companies are consuming massive amounts of chips, memory, and storage devices. The surge in demand is overwhelming supply chains that can’t scale up fast enough.
Alibaba CEO Eddie Wu delivered one of the starkest warnings last week. He said shortages are hitting semiconductor manufacturers, memory chips, and storage devices.
The problem starts with hard disk drives used in data centers. With HDDs at capacity, hyperscalers like Microsoft and Google have shifted to solid-state drives. But SSDs are key components for consumer electronics, creating direct competition for the same parts.
Memory chips face even more pressure. Dynamic random-access memory, or DRAM, has become a major chokepoint. Nvidia’s chips use high-bandwidth memory, which stacks multiple DRAM semiconductors.
Counterpoint Research expects memory prices to jump 30% in Q4 2024. Another 20% increase is forecast for early 2026. MS Hwang, research director at Counterpoint, noted that even small supply-demand imbalances trigger sharp price spikes.
Nvidia is at the center of the supply crunch. The company dominates AI data center chips and consumes huge quantities of high-bandwidth memory.
But analysts are focused on a recent change that could make things worse. Nvidia is shifting to Low-Power Double Data Rate memory, or LPDDR, in its products. This type of memory is more power efficient than previous generations.
The catch is that LPDDR is also used by high-end consumer electronics makers like Samsung and Apple. Nvidia’s scale means it now competes with major smartphone manufacturers for the same components.
The supply chain can’t easily absorb this level of demand. Chip manufacturers like TSMC, Intel, and Samsung have limited capacity. When demand surges for certain chips, these companies prioritize those orders, especially from larger customers.
That creates shortages of other semiconductors elsewhere. And because memory and storage represent 10% to 25% of the bill of materials for a typical PC or smartphone, price increases flow directly to consumers.
A 20% to 30% jump in component costs would increase total bill of materials by 5% to 10%, according to Bain & Co.
Tech companies are already warning about the impact. Xiaomi, the third-biggest smartphone vendor globally, said consumers should expect “a sizeable rise in product retail prices.”
The pressure spans various types of memory chips and storage hard drives. Beyond price increases, companies face a second problem: the inability to secure enough components.
That could constrain production of electronic devices if manufacturers can’t get the parts they need. The impact will likely accelerate into next year as component costs continue rising.
The semiconductor industry is known for being risk-averse. Suppliers worried the market was too optimistic about AI demand and didn’t want to overbuild expensive capacity. Now they need to add capacity quickly, but building new semiconductor manufacturing facilities takes two to three years.
Dell’s Clark said the company expects memory chip prices to rise 30% in Q4 2024 and another 20% in early 2026, with supply constraints potentially lasting through 2027.
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