As the mid-to-long term development remains an uncertain perspective of the market intelligence analysis, the Trendforce research team focuses on the five major applications, TV, monitor, NB, tablet, and smartphone, and projects the demand trend for the next five years while taking into account macroeconomics and technology upgrades. In addition, the penetration rate forecast of key product spec is also included as a reference for long-term operation.
In 2Q25, global smartphone production reached approximately 300 million units, up 4% quarter-over-quarter and 4.8% year-over-year. In terms of market share, Samsung maintained its leading position, benefiting from stable demand for its A series and proactive inventory buildup in response to U.S. tariffs, achieving improved production compared to the previous year. Apple ranked second globally; while facing challenges in China due to Huawei’s resurgence and setbacks in AI-related topics, it managed to sustain first-half sales in China at last year’s level through price reductions and subsidy strategies. Xiaomi maintained steady growth and ranked third worldwide, relying on expansion into emerging markets and benefiting from favorable policies in China.
In the mobile DRAM market, price disparities among different applications remain significant. Due to greater-than-expected increases in 3Q25 contract prices, pricing negotiations in the PC and smartphone sectors have progressed slowly, while prices for consumer products are being updated frequently. The volatility in mobile DRAM prices is increasing end-product costs and may dampen future sales momentum.
Quarterly Smartphone Panel Shipment keeps track on global major panel makers’ shipment scale and movement on smartphone panels. This report specially provides analysis on ranges of delivered panel sizes, take close control on the movement of smartphone sizes development.
In 2025, the electronics industry sees diverging trends: strong AI demand, weak consumer devices, early pull-in erases seasonality, and future growth slows.
Through accumulating major components' costs, this report analyzes smartphone's mainstream size panels' cost structure and predicts their future cost trend, so that our customers can accurately calculate panel cost structure and products' profitability.
Driven by both reduced supply and intensified price competition among suppliers, contract prices for LPDDR4X in 3Q25 have seen further significant increases. LPDDR5X prices have also risen, supported by market sentiment, though the magnitude of the increase has been comparatively moderate. However, such sharp price fluctuations have added to cost pressures, with the low-end smartphone market bearing the brunt of the impact. The upward trend in prices is expected to persist in the short term.
This report will show surveys of the mainstream smartphone panel sizes' quote prices, which will be categorized by including different resolutions, specifications, modules or product formations such as cell or glass. Prices will be also presented by their high-, low- and average-price levels for customers' references. Besides, smartphone panel price forecast is newly added, it could keep clients updated on smartphone panel price trend in the year to come.
Contract price rises are slowing, and spot market gains are limited. Suppliers are reducing LPDDR4X supply while mid-range smartphone demand remains strong, leading to panic buying. Although some production cuts may slow, the market trend is towards new-generation products.
US tariff hikes add industry uncertainty, making contract talks cautious. NAND Flash spot prices pressured by weak demand and competition; smartphone market prices are hard to increase. Unless sudden demand surges or major supply cuts occur, prices are unlikely to rise.
LPDDR4X supply has tightened rapidly due to reduced production and EOL plans by major suppliers, driving prices sharply higher. Under dual pressure from supply constraints and price surges, smartphone brands are accelerating the shift to LPDDR5X, though entry- and mid-tier models face challenges converting due to processor limitations.