In 2026, the global smartphone market is projected to suffer its sharpest decline in history due to an escalating memory chip shortage linked to AI infrastructure investments. IDC forecasts a 13% contraction in smartphones, while Counterpoint expects a 12% drop in shipments. Higher memory costs, prioritization of AI data centers, and structural shifts toward premium devices and secondary markets are reshaping the industry.

The global smartphone market is heading toward what analysts describe as the sharpest contraction on record in 2026. The trigger is not weak consumer interest alone, but an escalating shortage of memory chips driven by aggressive AI infrastructure expansion.

According to forecasts from International Data Corporation (IDC), worsening memory constraints could shrink global PC and smartphone markets by 11% and 13% respectively. Meanwhile, Counterpoint Research projects a 12% year-over-year decline in global smartphone shipments in 2026 — the steepest drop ever recorded — with total shipments expected to fall to their lowest level since 2013.

Why the AI Boom Is Hurting Smartphone Supply

Technology giants including Amazon and Meta are accelerating investment in artificial intelligence infrastructure. Large-scale AI data centers require massive volumes of high-performance memory chips, particularly RAM modules.

As AI-related demand intensifies, memory manufacturers are reallocating capacity toward data center clients. According to Tarun Pathak, Director of Device and Ecosystem Research at Counterpoint, many memory suppliers are asking smartphone vendors to queue behind major AI infrastructure players.
The consequence is clear: allocation to smartphone and PC manufacturers has become secondary.
The shortage has already driven significant increases in RAM pricing — a critical component for both consumer electronics and hyperscale data centers.

Forecast Revisions Signal Rapid Deterioration

IDC initially projected 8.3% growth for PCs and 2% growth for smartphones earlier in the year. However, these forecasts were revised sharply downward as supply conditions worsened.
Brian Ma, Vice President of Device Research at IDC, stated that conditions deteriorated rapidly within weeks of earlier projections. The severity of the memory shortage outpaced expectations.

Similarly, Counterpoint characterizes the coming decline as a “structural downturn,” despite a 3.8% year-over-year shipment increase recorded in Q4 2025. The rebound proved temporary. Supply constraints intensified beyond prior estimates.

Structural Shifts in the Consumer Electronics Market

Both IDC and Counterpoint emphasize that the shortage will trigger long-term structural changes.

First, manufacturers are likely to pass rising component costs onto consumers. Higher device prices will reduce new user acquisition and extend replacement cycles for existing customers.
Second, the secondary and refurbished smartphone market is expected to expand. As memory prices rise and new devices become less affordable, consumers may shift toward used models.
Third, premiumization will accelerate.

Memory represents a larger percentage of total production cost in entry-level smartphones. As Ma notes, this makes it more difficult for vendors to maintain profitability in low-end segments while keeping prices competitive. As a result, manufacturers may deprioritize or exit budget segments entirely.
Large-scale players such as Apple and Samsung are better positioned to absorb volatility. Counterpoint highlights their stronger supply chain integration, pricing power, and ongoing premium positioning.
Ma summarizes the dynamic succinctly: scale determines resilience.

Prestige also plays a role. According to Pathak, premium brands maintain strong demand even in secondary markets, reinforcing brand equity advantages during supply stress.

When Will the Market Stabilize?

Counterpoint suggests that a meaningful turning point may not arrive until late 2027, contingent upon expanded memory production capacity.
IDC anticipates potential relief through increased output and possible entry of additional memory suppliers, including smaller Chinese producers. However, near-term optimism remains limited.
The key variable is capacity expansion. Until memory supply catches up with AI infrastructure demand, consumer device markets will remain constrained.

Despite the grim projections, structural demand for smartphones persists. As Pathak notes, the smartphone market has historically demonstrated resilience.
The difference in 2026 is the source of disruption. Unlike past downturns driven by saturation or macroeconomic weakness, this contraction stems from internal industry capital reallocation toward AI.
This represents a shift in capital priority within the technology ecosystem itself.

Smartphones are not becoming obsolete. They are temporarily deprioritized within the semiconductor value chain.

The projected 12–13% contraction in global smartphone shipments in 2026 would mark the steepest decline in recorded history. The root cause is not declining consumer relevance but memory chip scarcity driven by AI infrastructure expansion.

Structural changes are underway:
Premiumization will intensify.
Entry-level segments may shrink.
Secondary markets will expand.
Scale advantages will consolidate market leadership.

The recovery timeline depends on memory capacity growth and supply chain recalibration.
The smartphone market remains resilient — but its competitive landscape is being permanently reshaped by the AI era.

By Claire Whitmore
March 03, 2026

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