Samsung, Apple to Dominate AI-Driven Memory Squeeze as Low-End OEMs Face 50%+ Volume Collapse

The smartphone market is facing a brutal recalibration. Jefferies has issued a stark warning, forecasting a 31% fall in 2026 global smartphone shipments to 867 million units. This is a steep downgrade from its earlier expectation of a 12% decline, signaling a shock to the industry's growth trajectory. The culprit is a sudden and severe squeeze on a critical component: memory chips.

The pressure is coming from a powerful new demand source. According to Jefferies, servers are now 60-70% of offtake of memory chips, a dramatic shift from just a few years ago. This surge in demand from AI data centers has triggered a price explosion. Memory chip prices have already risen by 70% quarter-on-quarter, with some NAND prices jumping 80% in the first quarter alone. The bank expects this trend to continue, with second-quarter price hikes likely to be 50% or more.

This is a classic supply shock, but with a modern twist. The industry's capacity is being pulled away from consumer devices to serve the insatiable appetite of hyperscalers building AI infrastructure. The result is a direct hit to smartphone profitability and volume forecasts. For context, even other analysts see a sharp downturn, with Counterpoint Research projecting a 12% year-on-year decline as the "sharpest on record." Jefferies' 31% forecast, however, suggests the memory cost shock is a deeper, more disruptive force than previously modeled.

Winners and Losers: A Historical Pattern of Market Reallocation

The memory cost shock is not just a revenue problem; it's a powerful force reshaping the competitive landscape. As prices for core components like LPDDR5 DRAM and NAND flash surge, the industry is seeing a clear divergence between winners and losers. The pressure is hitting low-end Android manufacturers the hardest, with Jefferies forecasting volumes for OPPO, vivo, and Transsion to drop 45 percent to 52 percent. These companies, whose business models rely on high volume and tight margins, are being squeezed out by the cost explosion.

By contrast, the integrated giants are positioned to gain. Samsung and Apple are both expected to see their market shares rise, with Jefferies forecasting 7 percentage points and 5 percentage points of share gain, respectively. Samsung benefits from its vertically integrated supply chain, which provides a guaranteed flow of memory chips. Apple, with its less price-sensitive customer base, can absorb higher component costs more easily and pass them on. This dynamic echoes a classic pattern from the semiconductor industry's past.

Viewed through a historical lens, this reallocation mirrors the DRAM wars of the 1980s. Back then, supply constraints and pricing power during cyclical peaks allowed vertically integrated players to outperform pure-play competitors. The current squeeze is a modern version of that cycle, where control over critical inputs becomes a decisive competitive advantage. The result is a market where scale and integration, not just volume, determine survival. For now, the winners are those who can either secure supply or command premium pricing, while the rest face a steep volume decline.

The Asymmetric Price Surge: A Tale of Two Markets

The financial impact of the memory squeeze is not shared equally. For device makers, the cost burden is a multipliers' game, with the math favoring the integrated giants. Jefferies estimates that memory costs for an average Android device would rise by ~3.6x year-over-year, while for Apple, the increase is projected at ~4.2x. This stark asymmetry reflects Apple's greater ability to absorb and pass on costs, a buffer that pure-play Android manufacturers lack.

This cost explosion is already being passed to consumers. The average selling price (ASP) of smartphones is forecast to rise 14% this year to an all-time high of $523. That's a significant price hike, but it masks a deeper structural shift. The IDC report warns that manufacturers will no longer be able to make phones that cost less than $100. This could permanently eliminate the sub-$100 smartphone segment, a cornerstone of volume growth for many Asian OEMs.

The result is a market bifurcation. Premium brands can navigate the surge by raising prices and protecting margins. For others, the math is brutal. Higher component costs combined with the need to maintain competitive pricing in a shrinking market create a near-impossible squeeze. The historical pattern of market reallocation is now being written in financial terms: the winners are those who can command premium prices, while the losers face a painful choice between cutting volumes or accepting razor-thin profits.

Catalysts and Risks: The Path to Relief

The path to relief for the smartphone market is long and uncertain. The memory crunch is not a fleeting hiccup but a structural shift, and analysts see no return to business as usual. The shortage is expected to persist well into 2027, with the earliest potential inflection point for the consumer market not until late 2027. This timeline hinges on a single, critical catalyst: the ramp-up of new memory capacity.

The relief scenario is straightforward but distant. For the market to stabilize, the three major memory manufacturers-Samsung, SK Hynix, and Micron-must successfully expand production, particularly of the general-purpose DRAM and NAND used in phones. This requires significant capital investment and time to build new fabrication lines and bring them online. If this happens as planned, the supply/demand imbalance could ease, allowing prices to stabilize and giving device makers breathing room. However, the current trajectory suggests this is a best-case outcome, not a guaranteed one.

The greater risk is that the AI demand surge is more structural than cyclical. Unlike past semiconductor booms, which eventually cooled as capacity caught up, the current demand is being driven by a fundamental shift in computing. As Jensen Huang noted, the amount of memory needed for AI is increasing quite substantially. This isn't just a temporary spike; it's a new baseline for memory consumption. The industry's pivot to serve hyperscalers may be permanent, locking in a higher allocation of global wafer capacity for AI infrastructure. In that case, the squeeze on consumer electronics could last for years, not months.

The bottom line is one of prolonged pain. The market's stabilization is contingent on a future event that is both distant and uncertain. For now, the historical pattern of cyclical booms and busts offers little comfort. The current shock is different, with a new demand source permanently reshaping the supply chain. The earliest relief is likely still over a year away, and the risk of a prolonged squeeze remains high.