For the better part of a decade, budget smartphones quietly transformed access to technology. Devices priced under $400 routinely delivered processors fast enough for daily tasks, cameras that produced usable photos, high-refresh displays, and increasingly reliable multi-year software support. In markets across Asia, Africa, and Latin America, these phones became the primary computers for hundreds of millions of people. That era of accessible, high-value hardware is now under serious pressure, and the main force behind the change is artificial intelligence.
The explosive growth of generative AI has created an unprecedented appetite for memory chips. Training and running large language models, AI agents, and related services requires vast quantities of high-bandwidth memory and storage. The three dominant suppliers of DRAM and NAND flash—Samsung, SK Hynix, and Micron—now face customers with nearly unlimited budgets and an urgent need for supply. AI companies and hyperscalers are lining up with cash and long-term contracts, often willing to pay significant premiums. Traditional smartphone and PC makers, by contrast, have spent years negotiating for lower prices. In this new hierarchy, the AI data centers come first.
How the Memory Crunch Took Shape
The roots of the current shortage stretch back to 2023. After a period of oversupply, memory prices collapsed. Some customers pushed hard for even lower costs, and manufacturers responded by scaling back investment in new production capacity. Just as that restraint took hold, the AI boom accelerated. Demand for server DRAM and high-performance memory surged while new fabs remained years away from coming online.
By 2026, the imbalance has become severe. Estimates suggest that nearly half of all available DRAM wafers are now being directed toward AI computing, with that share expected to climb above 60 percent in the following years. DRAM prices have risen dramatically—reports cite increases of as much as 700 percent since 2022. For smartphone makers, the impact is not abstract. Memory has always been one of the more expensive components inside a phone. In the first quarter of 2026, it accounted for nearly 60 percent of the total bill of materials on devices priced below $400, and more than 64 percent on the cheapest models under $100. A category that once represented roughly a third of a budget phone’s manufacturing cost has roughly doubled its share in a short time.
Why Budget Phones Feel the Pain Most
Premium smartphones have more room to maneuver. Manufacturers can adjust camera sensors, display technology, or other components, or simply raise the final retail price. Buyers of flagship devices are generally less price-sensitive. Budget phones operate under far tighter constraints. Their profit margins are already thin, and there is little left to cut. Brands have already optimized displays, radio components, and plastic or mid-tier metal frames. When memory costs spike, the only realistic options are to raise prices, reduce specifications, or exit the segment.
Chinese manufacturers, long the volume leaders in the affordable category, are particularly exposed. Companies such as Transsion, OPPO, vivo, Honor, and Xiaomi have built their businesses on competitive pricing and high shipment volumes. According to analysis from Counterpoint Research and others, DRAM price increases have already lifted the bill of materials for low-end smartphones by around 25 percent. Balancing market share against profitability has become far more difficult.
Market data underscores the shift. Research firm Omdia projects that global shipments of smartphones priced below $400 will decline by more than 22 percent in 2026. In contrast, devices above that threshold are expected to grow by roughly 5.7 percent. The overall smartphone market is forecast to contract by about 12 percent this year, driven largely by the contraction at the lower end. Seasonal demand peaks, including the holiday period, are expected to collide with constrained memory supply, further encouraging manufacturers to prioritize higher-priced models.
Concrete product decisions are already reflecting these economics. Nothing’s budget-oriented CMF sub-brand confirmed it would not release a successor to the Phone 2 Pro in 2026, citing rising memory costs. OnePlus has scaled back its presence in several markets, including the United States, Canada, Europe, and parts of India, amid broader industry shifts. Other brands are quietly reducing memory configurations, delaying launches, or shifting marketing emphasis toward mid-range and premium devices.
Broader Consequences for Access and Competition
The disappearance or degradation of capable budget phones carries consequences beyond corporate balance sheets. In many developing economies and lower-income communities, the smartphone is not a secondary device—it is the primary gateway to the internet, banking, education, and communication. As entry-level options become more expensive or less capable, the risk of a widening digital divide grows. Features that once trickled down quickly from flagships to affordable models may take longer to appear, or may never reach the lowest price tiers in the same form.
Competition within the industry is also being reshaped. Brands that built their identities around aggressive pricing and value are forced to either absorb losses, compromise on specifications, or move upmarket. Those with stronger brand power and higher average selling prices can weather the storm more easily. The long-term effect may be a market that is both smaller at the bottom and more stratified.
When Might Conditions Improve?
Relief is not expected soon. Building advanced semiconductor and memory fabrication facilities is a multi-year process. Even with major investment announcements—Samsung and SK Hynix have committed tens of billions of dollars to expand capacity—new production is not projected to come online in meaningful volume until 2029 or 2030. Industry executives have warned that shortages of DRAM and NAND could persist through 2027 and potentially longer. Some analysts suggest prices might begin to ease in the second half of 2027, but few expect a return to the low levels seen before the AI surge.
Alternative sourcing strategies have been explored. Apple and others have looked at Chinese memory producers, yet political and national-security concerns have complicated those efforts. In the meantime, manufacturers continue to raise prices on existing lines, adjust configurations, and focus resources on segments where margins remain healthier.
A Different Kind of Technological Progress
Artificial intelligence promised smarter, more capable devices. In many respects it is delivering on that promise for users who can afford the latest hardware. At the same time, the infrastructure required to power that intelligence is consuming the very components that once made capable smartphones accessible to a much wider population. The result is a market in which the cheapest phones are becoming harder to produce without sacrifice, while higher-priced models continue to advance.
Budget smartphones are not vanishing overnight. Manufacturers will still sell devices at lower price points, and some will continue to offer competitive packages. Yet the previous trajectory—of steadily improving hardware at stable or declining prices—has been interrupted. For consumers who relied on that trajectory, the change is already noticeable in higher costs, fewer options, and more cautious product roadmaps.
The current memory shortage is a reminder that technological progress does not always expand access evenly. When demand from one high-growth sector outstrips supply, other sectors feel the constraints. In this case, the sector feeling it most acutely is the one that brought modern smartphones within reach of the greatest number of people. Until new manufacturing capacity comes online and the extreme imbalance in memory allocation eases, the age of genuinely capable, widely affordable smartphones looks set to remain under pressure.
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