The semiconductor industry presents a "bipolar situation"
To date, the global semiconductor industry has emerged from a comprehensive downturn and entered a phase of structural recovery: consumer electronics chips are nearing the end of destocking, with demand remaining sluggish; meanwhile, demand for AI/automotive/industrial chips has surged, leading to tight production capacity. The industry has shifted from destocking to structural shortages and price hikes. 1. Core characteristics: "Two extremes" on the demand side "Ice": Consumer electronics (mobile phones/PCs) The process of inventory reduction is nearing completion, but demand remains sluggish and recovery is slow, putting pressure on the prices of ordinary chips and leading to fierce competition. "Fire": AI computing power, automotive electronics, industrial control AI computing power: The demand for DRAM/NAND in AI servers is 8 times and 3 times higher than that in traditional servers, respectively, leading to a shortage of HBM and high-end GPUs. Automotive electronics: Electric vehicles and intelligent driving are driving the demand for automotive-grade MCUs, power semiconductors (IGBT/SiC), and sensors. Industrial chips: Industrial control and power management chips continue to enjoy high demand. II. Supply side: tight production capacity + rising costs → comprehensive price hikes Capacity constraints: 8-inch/12-inch mature processes are operating at full capacity, while advanced processes (below 5nm) are in short supply; the expansion cycle is 18-24 months, and supply elasticity is low. Cost pressure: Rising prices of silicon wafers, rare metals, precious metals, substrates, and packaging and testing materials. Price surge (2025) Foundry: TSMC/Samsung's advanced processes increase by 3%-8%; SMIC/Globalfoundries' 8-inch mature processes increase by 10%. Memory chips: DRAM/Q3 2025 +171.8% year-on-year; NAND +123%; HBM/high-end DDR5 led the growth. Power/Simulation/Automotive: Infineon and Texas Instruments (TI) generally increased by 10%–85%; automotive MCU and IGBT saw the leading increase. Third, price transmission: downstream differentiation, the strong continue to be strong Strong categories (leading in growth): high-end GPUs, HBM, automotive-grade MCUs, SiC power devices, and industrial analog chips. Weak categories (pressure persists): consumer-grade MCU, mobile phone/PC SoC, low-end storage, general-purpose logic chips. Key Conclusion: The industry has entered a structural price increase cycle, with supply chain management, capacity locking, and automotive/AI qualifications becoming core competitiveness. The destocking of consumer electronics chips is nearing completion, but demand for AI computing power, automotive electronics, and industrial chips continues to surge, driving tight capacity in mature and advanced manufacturing. Prices for wafer foundry, power semiconductors, and memory chips have begun to rise, with leading manufacturers such as TSMC and Samsung announcing price increases of 3%-8% for some processes in 2025. Rising raw material costs (silicon wafers, rare metals) combined with long expansion cycles limit supply elasticity. It is expected that price increases will be transmitted to the midstream and downstream in the second half of the year, but with significant differentiation - high-end GPUs and automotive MCUs will lead the increase, while ordinary consumer chips will still face price pressure. The industry is shifting from "destocking" to "structural shortage and price increase", with supply chain management capabilities becoming a key competitive factor. If you need a professional supplier, please contact us at info@sj-chip.com