New changes in the semiconductor industry: TI’s price adjustment reflects technological iteration and ecological reconstruction (2025-08-08)

1. TI price increase: scale, structure and core motivations

1. Core data of price increase (largest scale in history)

• Coverage:Super60,000 material number(Only 3,300 models in June, a nearly 20-fold increase), covering almost all customers except super large customers.
• Increase structure：Overall10%-30%；41.3% products increased by more than 30%;older models (such as the 2018 DCDC) are up 30%, while new replacement models are up just 5%.
• Field focus: Industrial control (16-bit ADC rose 28%), automotive electronics (BMS isolation chip rose 22%, PMIC rose 18%-25%) as the core; consumer electronics (fast charging IC, radio frequency) moderately rose 5%-15%.

2. Three core driving factors

(1) Cost and profit pressure (direct promoter)

• Gross profit margin in China is upside down: It has been lower than the global average for a long time, and the price of raw materials such as high-purity silicon wafers has increased.
• U.S. manufacturing costs soar: The tariffs imposed on China under the "Chip Act" have increased the cost of U.S.-produced chips.34%。
• Low price strategy is unsustainable: Price wars will lead to a decline in gross profit margin starting in 2023, and will drop to56.8%(the lowest in the past three years).

(2) Market strategy shift (fundamental logic)

• From share priority to profit priority: Abandon price wars and focus on high-margin industrial and automotive fields.
• Product iteration guidance: Raising the price of old models will force customers to switch to new generation, high-profit solutions.
• Capacity optimization: The production capacity of 12-inch analog factories is tilted towards industrial/automotive specifications, and consumer electronics production capacity is limited.

(3) Geographical and supply chain reconstruction (external catalysis)

• Global supply chain volatility has intensified, and TI has locked in profits and hedged risks through price adjustments.
• With the rise of domestic substitution, TI's price advantage in the mid- to low-end market has been weakened, and TI has turned to high-end products to ensure profits.

2. Downstream impact: cost transmission and supply chain restructuring

1. Automotive electronics: Cost pressure, accelerating the introduction of domestic products

• Cycling impact: TI analog chip for bicycle approx.650 pieces, automotive products increased by 50%, causing the cost of BMS and motor controllers to increase15%-20%。
• Manufacturer response: BYD, NIO, etc. have started to diversify their supply chains and introduced Nanochip and Serip automotive solutions; some car companies have optimized their power supply architecture to reduce reliance on single chips.
• Domestic opportunities: Shengbang automotive grade chips are lower than TI20%-30%, has entered BYD's supply chain.

2. Industrial control: Price increases delay mass production and force model transformation

• core impact: PLC analog front-end chips increased by 28%, robot manufacturers’ mass production plans were delayed; small and medium-sized factories were forced to increase safety stocks, and cash flow pressure increased10%-15%。
• paradigm shift: Accelerate the transformation from zero inventory to safety stock + domestic backup.

3. Consumer electronics: moderate price increase, design optimization and hedging

• limited impact: Fast-charging IC and RF front-end prices have increased by 5%-15%, and terminal price wars have become fierce. Manufacturers are hedging costs through design optimization and the use of domestic PMICs.
• alternative acceleration: The consumer electronics project cycle is short, and the replacement rate of domestic op amps and LDOs is rapidly increasing.

3. Reshaping of the competitive landscape: International follow-up vs. domestic breakthrough

1. Major international manufacturers: forming price alliances to squeeze high-end space

• ADI, Infineon, etc. follow up: Simultaneously increase prices in high-end fields such as high-precision ADC and isolation chips to consolidate its monopoly position (market share exceeds 90%).
• Delivery time extended: The delivery date of some TI/ADI models has been extended to20-30 weeks, industrial grade reaches more than 40 weeks, exacerbating supply chain tensions.

2. Domestic manufacturers: structural substitution, mid- and low-end breakthroughs, and high-end breakthroughs

(1) Mid- to low-end market: comprehensive substitution, rapid increase in share

• replacement rate: Consumer electronics op amp, LDO replacement rate exceeds45%; 2025H1 domestic analog shipments increased year-on-year45%。
• Price advantage: The material numbers of Shengbang, Seripu and TI overlap greatly.70%, low price20%-30%。

(2) High-end market: technological breakthroughs, gradual entry

• Car grade: Nanocore micromagnetic current sensor passedASIL-DCertification, replacing Infineon; Serip automotive-grade products are expected to enter Tesla's supply chain.
• High-precision ADC: Chipsea Technology’s 24-bit industrial ADC benchmarks against ADI, and its market share in the robotics field has increased to8%-10%。
• R&D investment: The proportion of R&D expenses of domestic manufacturers will increase from 15% in 2020 to 202522%, close to 25% of TI.

4. Acceleration of technology iteration: from price war to technology + ecological competition

1. Product route differentiation

• TI: focus12-inch advanced analog technology, automotive grade/industrial grade high-end solutions to promote third-generation semiconductor applications such as SiC and GaN.
• Domestic: inFeatured technology (BCD, high voltage), vehicle certification, high-precision signal chainContinue to make breakthroughs and build differentiated barriers.

2. Reconstruction of supply chain resilience

• downstream: Shift from single supplierTI + domestic dual backup, improve supply chain security.
• Distributor: Upgraded from Price Conductor toSupply chain service provider, providing value-added services such as inventory management, alternative selection, and domestic adaptation.

3. Policy and market coordination

• Policy side: The fourth phase of the big fund focuses on analog chips and third-generation semiconductors; the national innovation center accelerates technological breakthroughs.
• Market side: Anti-dumping investigations have weakened the suppression of major overseas manufacturers; domestic substitution has changed from a passive choice to a proactive strategy.

5. Industry Enlightenment and Future Trends

1. Short term (6-12 months): Cost pressure and substitution acceleration coexist

• price transmission: Costs in the industrial and automotive sectors continue to rise, putting small and medium-sized manufacturers under pressure.
• Domestic replacement: Increase in mid- to low-end market share5%-8%; The high-end market gradually breaks through.
• Delivery risk: TI/ADI delivery times remain high and the supply chain continues to be tense.

2. Medium to long term (1-3 years): ecological reconstruction and technology upgrading

• Competitive Paradigm Shift: Shift from price competition toTechnology + Certification + EcologyComprehensive competition.
• The rise of domestic products: Forming a complete ecosystem in the fields of simulation, power supply, isolation, etc., and increasing its global share to30%+。
• Technical route: Third-generation semiconductors (SiC/GaN), integrated storage and computing, and advanced packaging have become new growth points.

3. Corporate response strategies

• Downstream manufacturers:AccelerateDomestic import + design optimization + inventory management, build a diversified supply chain.
• Domestic chip factory: IncreaseAutomotive regulations/industrial grade R&D, promote AEC-Q100 and other certifications to improve reliability.
• Distributor: BuildDomestic alternative database, providing one-stop supply chain solutions.

6. Summary