Smartphones with used DRAM memory: TrendForce predicts up to 9% by 2027
Rising DRAM prices are forcing phone makers to use recycled memory components. Up to 9% of smartphones may feature used DRAM by 2027.

The surge in mobile DRAM contract prices is driving smartphone manufacturers to increasingly rely on components that have been previously used. According to a forecast by analytical firm TrendForce, such modules will account for about 3–4% of the smartphone market in 2026, potentially rising to 7–9% by 2027.
- Rising DRAM costs push brands to adopt recycled components
- Market share of such smartphones to reach 3–4% in 2026
- The figure could climb to 7–9% by 2027
- Mostly 4GB LPDDR4X modules are being repurposed
Where recycled memory is applied and why Currently, the majority of repurposed memory consists of 4GB LPDDR4X modules. These are predominantly installed in low-cost 4G smartphones priced under 1,300 yuan. Since buyers in this price segment are extremely sensitive to price fluctuations, manufacturers strive to cut production costs without raising retail prices. TrendForce also expects DRAM price growth to accelerate in the first quarter of 2027. This will increase pressure on smartphone makers and could lead to the spread of recycled memory and other less efficient components into higher price categories.
Risks to quality and brand reputation Analysts warn that cutting corners with recycled memory brings additional risks. Sourcing such components is more complex, and the stability of their quality is less predictable, which can negatively impact smartphone reliability and lifespan. Over time, this trend could degrade consumer trust and increase warranty service expenses.
What this means for the industry For the broader tech market and consumers, the rise of recycled DRAM in entry-level phones highlights ongoing cost pressures in hardware manufacturing. While these units will represent a small fraction of total annual bit consumption and cannot reverse the broader price trend, buyers of budget devices should remain cautious about potential long-term reliability trade-offs.
Source: 3DNews:



