Semiconductor Lead Times Surge, Baird Reports Upcycle

Key Report Findings

According to a recent report by Baird, lead times for semiconductors are increasing across multiple segments. This trend signals an acceleration in the industry's upcycle, which reportedly began in the late first quarter of 2025.

Detailed Segment Analysis

Several key components are experiencing significant delays. MOSFET lead times now average 25 weeks, with specific products from Diodes reaching 37 weeks. Xilinx FPGAs have stretched to 40 weeks, while DRAM lead times for both LPDDR5 and DDR5 have hit a record 41 weeks within Baird's data set.

Other notable increases include DC-to-DC converters from MPS at 33 weeks and LCD driver ICs at 25 weeks, with many figures returning to levels not seen since 2022 or 2023.

Market Implications

The extended lead times suggest robust demand and a tightening supply chain. In light of these trends, Baird stated that its outlook remains constructive on cyclical semiconductor companies, viewing the lengthening waits as a positive indicator for the sector's health.

Summary Outlook

The data points to a strengthening recovery in the semiconductor market. Industry observers will monitor whether this trend leads to supply constraints or price adjustments for end-products in related technology sectors.

FAQ

Q: What does a longer semiconductor lead time indicate?
A: It typically signals strong demand that is outpacing current manufacturing capacity, which is often characteristic of an industry upcycle.

Q: Which components are most affected?
A: DRAM and FPGAs show the longest delays at 41 and 40 weeks respectively, followed by specific MOSFETs and DC-to-DC converters.

Source: Investing.com