Automotive semiconductor pricing momentum strengthens further as the replenishment cycle begins

Overview

This report tracks the global automotive semiconductor market. Its core conclusion is that the industry has moved from destocking into the early stages of replenishment, with downward pricing pressure easing significantly and further price increases possible. Although automotive end-market demand varies by region, competition for semiconductor capacity from AI data centers, low inventories of key components, and rising semiconductor content per vehicle from SDV, ADAS, and EVs together support automotive semiconductor revenue returning to growth of more than 10% in 2026 and continuing to improve in 2027.

Core views

The report believes the automotive semiconductor pricing environment has improved noticeably for the first time in more than three years. Industry price declines in 2026 may be limited to the low single digits, below the normal low- to mid-single-digit decline, and some companies may also see price increases at the portfolio level entering 2027. Regarding the inventory cycle, supply-chain destocking is largely complete, and some Tier-1s and OEMs are rebuilding strategic inventories. Structurally, SDV, ADAS, high-end MCUs, Ethernet devices, analog components, and memory are the main growth drivers. High-voltage power semiconductors for xEV powertrains remain relatively weak but could improve alongside demand for AI data center power architectures after 2027.

Analysis framework

The report combines industry channel checks, Tier-1 inventory analysis, revenue tracking of automotive semiconductor manufacturers, bottom-up revenue forecasts, valuation multiple comparisons, and regional EV/automotive production and sales data tracking to assess pricing, inventory, revenue growth, and end-market demand trends.

Methodology notes

• Valuation MethodologyP/E, EV/Sales, DCF

  Industry valuation comparison

  The report notes that industry stocks are typically valued using price-to-earnings, enterprise value-to-sales, and discounted cash flow methods, and are compared with peer multiples and expected growth rates.

• Industry TrackingBottom-up Revenue Model

  Automotive semiconductor revenue forecast

  The report builds a bottom-up quarterly growth assessment based on the revenue performance of major automotive semiconductor suppliers and expects 5% q/q growth in Q2/26e.

• Inventory CycleTier-1 Inventory Analysis

  Assessment of destocking and replenishment

  The report uses automotive Tier-1 supply-chain inventory amounts and inventory-to-sales ratios to determine whether destocking has ended and assess strategic replenishment and potential allocation risks.

• End-market DemandEV and SAAR Tracking

  Validation of automotive end-market demand

  The report tracks regional automotive sales, production, SAAR, and EV penetration in Europe, the United States, China, and other regions to assess the demand backdrop for automotive semiconductors.

Asset mapping & comparison

Structured mapping from thesis to named assets (strengths, weaknesses, peers, risks).

• Global Automotive Semiconductor Industry

  Core research subject

  Strengths

  Low inventories, easing pricing declines, and multiple supports from AI capacity competition and SDV/ADAS/EV content growth.

  Weaknesses

  Overall automotive production is expected to be broadly flat in 2026, and end-market demand is not uniformly strong.

  Comparison

  Compared with the destocking phase of the past three years, conditions are now closer to a replenishment and pricing-improvement phase.

  Risks

  Macroeconomic slowdown, automotive production below expectations, design losses, market-share losses, and a slower-than-expected recovery in high-voltage power semiconductors.

• Infineon, NXP, onsemi, STMicro

  Named preferred investments by the report

  Strengths

  High relevance to key automotive semiconductor products and structural growth areas, with potential benefits from pricing improvement and operating leverage.

  Weaknesses

  Some companies still posted flat or declining q/q revenue in Q1/26, and margins remain under pressure to recover.

  Comparison

  Across the broader industry, the report favors companies with AI stories that can absorb existing capacity and benefit from rising automotive content.

  Risks

  Automotive end-market demand below expectations, failure of product pricing to improve, slow recovery in capacity utilization, and changes in customer share.

• EV-, ADAS-, and SDV-related Semiconductors

  Structural growth driver

  Strengths

  Rising semiconductor content per vehicle, particularly growth in power semiconductors for EV/PHEV powertrains, ADAS, and high-end MCUs/Ethernet devices.

  Weaknesses

  Regional EV demand differs significantly, with short-term data weak in the United States and China.

  Comparison

  Rising penetration of non-power semiconductors, ADAS, and SDV provides stronger structural growth elasticity than vehicle production.

  Risks

  Changes in EV subsidies, slowing consumer demand, delayed model launches, and lower-than-expected autonomous-driving penetration.

Key data

• Q1/26 Automotive Semiconductor Revenue+1% q/q, +11% y/yIn dollar terms, revenue growth returned to around the five-year average trend line.
• Q2/26e Automotive Semiconductor Revenue Forecast+5% q/q, approximately +11% y/yAbove the approximately +3% five-year average quarterly q/q growth rate, suggesting that the replenishment cycle may have begun.
• Tier-1 Inventory-to-Sales Ratio12.2%Slightly up in Q1/26 from approximately 12% in Q4/25, indicating that inventory remains lean and has begun to rebuild.
• Automotive Semiconductor Market SizeFY24 approximately $68.4b, FY25 approximately $74.4bThe report charts the market size corresponding to global automotive semiconductor supplier shares.
• European EV MomentumBEV +50% y/y, PHEV +11% y/yWestern Europe May 2026 data; BEV+PHEV models in EU5 grew 37% y/y, with electrified-vehicle penetration of approximately 32%.
• US Automotive SAAR16.7m in June 2026; 16.0m in 2026e; 16.1m in 2027eThe US automotive market is stronger than expected, but EV share was approximately 7% in May 2026, below approximately 9% in the same period last year.
• China Passenger Vehicles and NEVsPassenger-vehicle retail 1.51m, -22% y/y; NEVs 950k, -7.5% y/y; NEV share approximately 63%May 2026 data; overall trends were weak, but new-energy-vehicle penetration remained high.
• Global Automotive Demand ForecastApproximately +2% in 2026eThe report charts a moderate increase in the global demand trend in 2026.

Impact & implications

For investors, the report indicates that the cyclical bottom for automotive semiconductors has passed, with pricing, utilization, and replenishment potentially driving operating leverage improvement. Companies with AI-related narratives, the ability to absorb existing capacity and cleanroom space, and strengths in structural areas such as SDV, ADAS, and power devices should benefit more. Regional end-market demand remains mixed: European EV demand is strong, while EV data in China and the United States is weaker. However, rising semiconductor content can partially offset flat vehicle production.

Risks

• A macroeconomic or automotive production slowdown could suppress semiconductor demand.
• Design losses or market-share losses could weaken individual supplier performance.
• Weak short-term EV demand in the United States and China could weigh on growth in xEV-related semiconductors.
• Pricing and demand recovery for high-voltage power semiconductors used in xEV powertrains may lag other categories.
• If AI data center capacity competition eases, the rationale for automotive semiconductor price increases could weaken.

What to watch

• Whether automotive semiconductor revenue delivers the expected q/q replenishment growth in Q2/26 and H2/26.
• Inventory levels of key components and the strength of strategic replenishment by Tier-1s/OEMs.
• Pricing changes for MOSFETs, memory, analog components, and high-end MCUs.
• Changes in EV sales and penetration in Europe, the United States, and China.
• The extent of improvement in automotive semiconductor supplier capacity utilization, gross margins, and operating leverage.
• The crowding-out effect of AI data centers on power semiconductor and related capacity.