Analysis: soaring NAND prices threaten Nintendo's software sales; the average games purchased per console came to 2.18 in December 2025, vs. 3.88 in March 2018
Demand for Nintendo Co.'s profit-earning game software is under threat from soaring prices for data storage …
Context & Ripple Effects
Nintendo’s hardware and software economics were already under pressure before the memory-cost spike: the company had reduced its Switch sales outlook in late 2024, and investors later focused on rising memory costs’ potential hit to profit.
The reported drop in games bought per console—from 3.88 in 2018 to 2.18 in December 2025—matters because software is the profit-generating layer that can offset pressure on hardware economics.
First-order effects
- Higher NAND costs threaten Nintendo’s ability to sustain demand for both consoles and the software purchased alongside them, while the lower attach rate reduces software revenue per hardware customer.
- Nintendo faces a tighter profit equation: elevated component costs coincide with fewer game purchases per console.
Second-order effects
- Nintendo may have less room to use hardware pricing or promotions to expand its installed base if those tactics further weaken margins, making software conversion more consequential.
- Publishers selling into Nintendo’s ecosystem face a smaller software-revenue opportunity per console if the lower attach rate persists, increasing the value of titles that can win a disproportionate share of player spending.
Third-order effects
- The pattern points to [[a:memory-content-inflation|memory-content inflation]] becoming a consumer-electronics demand problem, not only a bill-of-materials problem: component costs can affect the recurring-content economics built on top of devices.
- If memory-price volatility remains elevated, console makers’ long-standing model of recovering hardware economics through software and services may become less reliable, especially where software attach rates are already falling.
The trend: Rising memory costs are increasingly testing whether device ecosystems can preserve high-margin software spending when hardware becomes more expensive or less attractive to buy.