Renesas Raises Prices Again This Year: New Prices Take Effect in 2027

2026-09-11

Renesas Electronics, a major power semiconductor manufacturer, issued its second price increase letter of the year, announcing necessary baseline price adjustments. The revised prices will officially take effect on January 1, 2027. This price increase comes only half a year after the previous adjustment. In March this year, Renesas had already issued a price increase notice, which was implemented starting July 1.

It is worth noting that this notice did not announce a uniform increase rate. Prices for specific part numbers must be obtained through account managers or authorized distribution channels. The new rule explicitly applies to orders on hand shipped on or after January 1, 2027, unless otherwise agreed in writing.

Cost Pressures Compound

In the letter, Renesas attributed the price adjustment to structural cost pressures: raw materials, energy, advanced packaging, manufacturing capacity, and global logistics are all rising across the board. According to incomplete statistics, since 2026, nearly 20 manufacturers have initiated multiple rounds of price increases: Infineon made its first round of price increases of 5% to 15% on April 1, issued another letter on May 26, effective July 1; Texas Instruments launched its fourth round of price increases since 2025 on July 1; in China, China Resources Microelectronics and Silan Microelectronics raised increases across all product categories to more than 15% starting July 1, while StarPower Semiconductor raised IGBT and SiC MOSFET modules by more than 15%; Taiwan-based Panjit and Taiwan Semiconductor also plan to raise spot market prices by another 10% to 15% in October.

AI Data Centers Become the Core Engine

Power semiconductors are core devices for power conversion and circuit control. With the large-scale construction of AI data centers, scenarios such as server power supplies and rack power supply are driving rapid growth in demand for power chips, making them the core driving force behind the current industry upswing. AI rack power is evolving from the hundred-kilowatt level to the megawatt level. Traditional low-voltage, high-current power delivery is encountering bottlenecks in copper losses and space, and data center power supply architectures are accelerating their upgrade to 800V DC. SiC devices are suitable for high-power AC/DC on the Power Rack side, while GaN devices, with their fast switching characteristics, are better suited for DC/DC on the IT Rack side. Wide-bandgap power devices are thereby opening up room for growth.

SEMICONE Alert: High-Demand Components

With a price increase window and lengthening lead times coexisting, locking in prices and supply sources in advance is key to procurement. Currently, high-demand part numbers in the market include:

AOZ8902CIL: AOS low on-resistance load switch, suitable for power path management and battery-powered devices;
ATMEGA1281-16AU: Microchip 8-bit AVR high-performance MCU, 128KB Flash, widely used in industrial control;
R7FA2L1A92DFL: Renesas RA2L1 series 48MHz Arm Cortex-M23 low-power MCU, with highly integrated capacitive touch functionality;
TPS54335ADRCR: TI 4.5–28V input, 3A output synchronous step-down converter, suitable for wide-voltage industrial power supplies;
NLAS7222BMUTBG: onsemi low on-resistance dual SPDT analog switch, commonly used for audio and signal routing switching.

SEMICONE electronic component supply can provide price-lock support during price increase cycles, spot inventory matching for scarce components, cross-brand alternative verification, and one-stop procurement services, helping customers lock in costs and ensure delivery amid volatile market conditions.

Email: info@semicone.com

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