Rising memory costs triggered premature purchases as consumers sought to beat price hikes, driving a short-term rebound in smartphone production and prompting TrendForce to revise its full-year output forecast upward. However, this momentum reflects front-loaded demand rather than a genuine market recovery. As persistent cost pressures trickle down to end-user pricing, entry-level models are set to disappear, leaving the market vulnerable to structural contraction risks ahead.
Mobile DRAM revenue surged sharply in 2Q26; four vendors dominate. Growth will moderate in 3Q26 as price gains slow.
TrendForce revises 2026 smartphone output upward, driven by demand pull-forward, not recovery; rising DRAM costs in 2027 risk deeper market contraction.
A sharp spike in the BOM cost of Apple's next-generation flagship has forced even the highly profitable US tech giant to raise retail prices in response. By comparison, the situation is even more precarious for the Android camp, which has a much lower tolerance for rising component costs. This cost storm will not only impact short-term pricing for new models but could also reset the price benchmark for the entire industry. Subsequent developments warrant close observation.
In 2027, supply–demand dynamics for DRAM and NAND Flash are expected to diverge. On the one hand, strong pull ins from AI servers will further widen the supply gap for DRAM. On the other hand, for NAND, weak consumer side demand combined with higher bit output driven by process migrations is likely to push the sufficiency ratio from negative to positive, placing downward pressure on prices in 2H27. However, if only NAND prices correct, the overall relief on total component costs for consumer products will remain quite limited. Overall, the pricing trajectory in 2027 still carries a high degree of uncertainty.
Memory supply shifts toward AI servers, squeezing mobile DRAM availability and driving a structural decline in global smartphone output in 2027, with only Huawei bucking the trend.
2Q26 smartphone memory price negotiations have once again resulted in substantial price hikes. Multiple consecutive quarters of steep increases have left brands unable to absorb the costs, weighing on end-device production. As a result, 3Q26 is expected to see a muted peak season. On the spot market, elevated costs, buyer hesitation, and price expectation gaps have led to a sharp decline in transaction volumes. Brands have also slowed their procurement strategies to maintain cash flow stability.
Amidst the AI boom, major memory chipmakers are accelerating the reallocation of production capacity toward high-end AI specifications, plunging low-to-mid-range smartphones into an LPDDR4X supply shortage crisis. Confronted with consecutive production halts or sharp output reductions from key suppliers, smartphone brands must not only accelerate hardware platform upgrades but also completely overhaul their LPDRAM specification configurations. This officially marks the exit of the traditional smartphone model once driven by "high specs at low prices" and "high cost-effectiveness.
Soaring memory prices have triggered a chain reaction, leading to a significant downward revision in annual smartphone production. Faced with heavy cost pressures, brand strategies are diverging; tech giants with premium pricing power and deep resources are poised to expand their market share. Driven by surging contract prices, the mobile DRAM market revenue hit record highs, officially cementing a highly consolidated four-player oligopoly.
Beyond full-rack solutions, NVIDIA is also actively promoting its standalone Vera CPU to capture the AI inference market. However, given the LPDRAM supply bottleneck, NVIDIA has decided to reduce the memory module capacity on its next-generation platforms to ensure shipment volumes align with market share targets. As AI applications continue to expand, the AI server ecosystem has the potential to become the single largest outlet for global LPDRAM, surpassing smartphone applications.
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