Franco-Italian chip company STMicro reports Q1 revenue down 18% YoY to $3.47B, below $3.63B est., and expects Q2 sales down 26% YoY to $3.2B, below $3.79B est.
Jillian Deutsch / Bloomberg :
Context & Ripple Effects
STMicro’s Q1 shortfall extends a turn from the prior year’s growth: revenue was still rising in Q2 2023, even as the company disclosed inventory had risen to 126 days. By January, management was already forecasting a first-quarter decline below consensus in its Q4 update.
The new Q2 outlook indicates that the weakness is not confined to a single quarter. For a large European chip supplier, a second consecutive below-consensus sales guide makes the depth and duration of the demand reset more consequential.
First-order effects
- STMicro’s Q1 revenue missed estimates, and its $3.2B Q2 sales forecast is also below consensus, resetting near-term expectations for the company’s revenue trajectory.
- The forecast points to a sharper year-over-year sales contraction in Q2 than in Q1, putting immediate pressure on management to align production, inventory, and spending with lower demand.
Second-order effects
- Investors and customers will have a clearer signal that inventory normalization and order visibility remain weak, which can lead buyers to remain cautious on replenishment and suppliers to revise near-term volume assumptions.
- European semiconductor peers serving similar industrial and automotive-linked markets may face greater scrutiny of their own demand outlooks, rather than benefiting from STMicro’s earlier growth as a sector read-through.
Third-order effects
- If below-consensus guidance persists across suppliers, the sector’s recovery will depend less on chipmakers’ capacity plans and more on when customers resume normal ordering after inventory correction.
- The episode reinforces the contracted semiconductor cycle: broad chip demand can weaken materially even while some computing segments remain stronger, increasing the value of diversified end markets and flexible operations.
The trend: This is one data point in a contracted semiconductor cycle in which inventory correction and uneven end-market demand delay revenue recoveries for diversified chipmakers.