AI’s Memory Hunger Is Quietly Taxing Your Next Phone
The AI memory chip shortage is a supply squeeze where booming demand from AI data centres competes directly with smartphones for limited DRAM and NAND production, driving component costs higher and forcing manufacturers to rethink pricing, features, and which customers they can afford to serve in a slowing premium smartphone market. Smartphone prices rising are not a mystery or a case of corporate greed in isolation; they are the downstream effect of a semiconductor industry that now chases AI’s fat margins first and consumer devices second. The most striking point is that smartphones are hurting even as AI thrives: global smartphone shipments fell 11% year over year in the second quarter of 2026, the weakest second quarter since 2013. That gap between booming AI and shrinking phones is setting the tone for what buyers will face over the next few product cycles.
How AI Data Centres Hijacked the DRAM and NAND Supply
The slowdown in smartphones did not start with bored consumers; it started in AI data centres. As training and running large AI models demands huge pools of fast memory, suppliers have shifted more production toward higher-margin AI clients, cutting back the DRAM and NAND available for phones. In other words, AI’s appetite for memory chips is actively competing with smartphone production for the same limited DRAM and NAND supply. That shift has pushed up memory prices and changed the economics of building a phone: what was once a predictable, high-volume component is now a volatile, contested resource. One quotable assessment sums it up: “The global memory crisis has now overtaken every other factor as the single biggest drag on the smartphone industry… What started as a components issue last year is now a full-blown demand issue.” Expect more friction as AI continues to win the profit race.
Budget Phones Take the Hit While Premium Brands Hold Their Ground
The DRAM NAND shortage does not hit all phones equally. Supply-chain analysis shows that DRAM and NAND now account for roughly 60% of the bill of materials for smartphones priced below $400, rising to more than 64% for devices under $99. When memory dominates the cost structure, any spike is brutal for budget and mid-range devices, where margins are thin and customers are very price-sensitive. Higher DRAM and NAND costs are pushing up smartphone prices, making entry- and mid-range devices less affordable. The premium smartphone market, paradoxically, looks healthier: despite the overall 11% shipment decline, demand for higher-end models has remained stronger. Brands focused on value, including Xiaomi, Oppo, and Vivo, recorded some of the steepest shipment drops, while Samsung emerged with a 24% share and Apple grew shipments 3% to reach 20% share. In short, the memory crunch is quietly sorting the industry into winners who can charge more and everyone else.
Why Consumers Are Stalling Purchases Instead of Paying More
With smartphone prices rising, buyers are making rational, if reluctant, choices. Faced with higher flagship phone cost and less affordable mid-range options, many are keeping their current devices longer and shifting to pre-owned phones instead of buying new. Memory suppliers’ reallocation has left manufacturers with three bad options: absorb higher component costs, pass them on through higher prices, or strip costs elsewhere in ways that may hurt quality. Most are choosing some mix of the latter two, and consumers are voting with their wallets. The result was the weakest second-quarter smartphone shipments in more than a decade, driven not by a lack of interest in technology but by the simple reality that replacing a smartphone has become an expensive decision. As long as AI hardware remains more profitable than handsets, that tension between desire and affordability will keep defining upgrade cycles.
The Trade-Off Ahead: AI Features vs. Affordability
Manufacturers now face a hard balancing act. On one side, there is pressure to integrate more AI-driven features into phones, which typically demands more and faster memory. On the other, rising DRAM and NAND costs are already squeezing margins, especially in cheaper models. With memory making up such a large share of production costs, brands in the lower segments have far less room to absorb increases than those playing in the premium smartphone market. That is partly why Samsung can regain market leadership and Apple can grow shipments even in a contracting market: their customers will tolerate higher prices if the AI features feel worth it. The rest of the industry must decide whether to chase AI-heavy specs and risk pricing out their core buyers, or focus on affordability with more modest capabilities. Unless memory supply priorities shift away from AI, consumers should expect fewer bargains and longer waits between upgrades.
