Smartphone Memory Crisis: Why DRAM Is Now the Most Expensive Part 2026

The smartphone memory crisis has escalated to the point where DRAM is now the single most expensive component in a phone, according to Carl Pei, co-founder and CEO of Nothing. In a recent post on X (formerly Twitter), Pei stated that memory costs more than the processor or the display and can account for over 50% of a device's total hardware cost. This warning follows months of rising memory prices and growing concern across the industry.

Pei's comments highlight a perfect storm of factors—unprecedented demand from AI data centers, ongoing geopolitical conflicts, and supply chain constraints—that are reshaping the economics of smartphone manufacturing. For consumers, this could mean higher prices or reduced memory configurations in future devices.

Why Memory Costs Have Skyrocketed

The primary driver behind the smartphone memory crisis is the insatiable appetite of hyperscale data centers operated by Microsoft, Amazon, Google, and Meta. These tech giants require the same types of memory—DRAM and NAND Flash—that smartphones use, but they buy in far larger quantities and at much higher prices. They also reserve production capacity years in advance, leaving smartphone makers to compete for limited supply.

According to IDC, the three largest memory manufacturers—Samsung, SK Hynix, and Micron—are prioritizing orders from data centers, which offer better margins and long-term contracts. This shift has led to a significant reduction in memory available for consumer electronics, driving up prices across the board.

Pei first warned about this situation in January, shortly after reports emerged that some manufacturers were raising memory prices by up to 300% in certain segments. Since then, the situation has only worsened, with memory now eclipsing other critical components in cost.

The Impact on Smartphone Makers and Consumers

For smartphone manufacturers, especially smaller players like Nothing, the rising cost of memory is squeezing profit margins and forcing tough decisions. Companies must either absorb the higher costs, pass them on to consumers, or reduce memory specifications to keep prices competitive. None of these options are ideal.

Consumers may soon feel the pinch through higher retail prices for flagship devices or less generous memory configurations in mid-range and budget phones. For example, a phone that might have offered 8GB of RAM could now ship with 6GB, or the base storage might drop from 128GB to 64GB. Alternatively, brands may keep the same configurations but increase prices by 10-20%.

This crisis also affects the used and refurbished market, as buyers may hold onto their devices longer, waiting for prices to stabilize. The secondary market could see increased demand for older models with adequate memory, further straining supply.

What This Means for the Future of Smartphones

The smartphone memory crisis is unlikely to resolve quickly. Data center demand for AI is projected to grow exponentially over the next few years, and memory manufacturers are investing in new fabrication plants, but these take years to come online. In the meantime, smartphone makers will need to innovate to differentiate their products beyond raw memory specs. The longer history behind the story is traced in Smartphone Memory Crisis: Why DRAM Is Now the Most Expensive Part.

Some companies may focus on software optimization to make the most of available memory, while others might explore alternative memory technologies or partnerships with manufacturers. Nothing, under Pei's leadership, has already carved a niche with its distinctive design and user experience, which could help it weather the storm. The background to this story is set out in DRAM Price Surge: How Chinese Memory Chips Offer Relief. A related thread runs through Huawei's DRAM Crisis: Building a Desperate Memory Fab. Earlier coverage in Nanya Technology's $16B DRAM Bet to Ease Memory Chip Crisis shows how the argument developed.

Industry analysts suggest that the memory shortage could also accelerate the adoption of cloud-based services, reducing the need for on-device storage and memory. However, this shift depends on reliable and fast internet connectivity, which is not universally available. A closer look at the same subject appears in US-Iran Conflict Escalates: Energy Market Risks Surge. Anyone following the wider picture can start with Oil Prices Surpass $100 as Iran Conflict Escalates. The same theme surfaces in Middle East Crisis Escalates: UN Warns of Unimaginable Conflict, which takes a different angle.

Key Takeaways

• Memory (DRAM and NAND Flash) now accounts for over 50% of a smartphone's hardware cost, surpassing the processor and display.
• Hyperscale data centers for AI are consuming the majority of memory production, outbidding smartphone manufacturers.
• Consumers may face higher prices or reduced memory configurations in new smartphones.
• The crisis is expected to persist as AI demand grows and new memory factories take years to build.
• Smartphone makers may turn to software optimization and alternative strategies to cope.

Comparing Memory Cost Impact Across Components

Note: Cost shares are approximate and vary by device tier. Data reflects industry estimates as of early 2026. Context on how this played out before sits in Technology: latest articles. A companion piece, Nothing Phone (4b) Review: Mid-Range Design That Stands, approaches the same subject from another angle.