Smartphone Shipments Plunge to 14‑Year Low Amid RAM Shortage and Changing Consumer Habits

Global smartphone shipments have fallen sharply, with Counterpoint Research reporting a 20% drop compared with the same period last year. The contraction marks the lowest output for the category in 14 years, signaling a notable slowdown in an industry that has long been driven by annual upgrade cycles.

The primary catalyst identified by analysts is a worldwide shortage of random‑access memory (RAM). Tight supplies of high‑capacity chips, which are also in demand for laptops, servers and emerging AI devices, have forced many manufacturers to limit production runs or delay new models. The bottleneck has hit especially hard in the mid‑range segment, where larger RAM configurations have become a selling point.

At the same time, consumers appear to be holding onto their existing phones longer. Economic uncertainty, higher retail prices and improvements in software support have encouraged users to postpone upgrades. Surveys suggest that a growing share of buyers are satisfied with the performance of devices that are two or three years old, reducing the churn that traditionally fuels shipments.

These trends arrive after several years of robust growth, during which the market recovered from the pandemic‑induced slowdown and expanded in emerging economies. However, saturation in mature markets such as North America and Europe, combined with the rise of refurbished and second‑hand devices, has already begun to erode the pool of first‑time buyers. The current dip therefore reflects both supply‑side constraints and a shift in demand patterns.

Looking ahead, manufacturers are likely to adjust their strategies. Some may prioritize higher‑margin flagship models that can absorb higher component costs, while others could focus on cost‑effective devices for regions where price sensitivity remains high. Analysts will be watching the RAM supply chain closely; a resolution could restore production capacity and help the market regain momentum, but a prolonged shortage may accelerate the transition toward longer device lifespans and alternative purchasing models.