Goldman Lowers Broadcom Price Target, Cuts Outlook

Goldman Sachs reduced its price target for Broadcom and lowered near-term revenue and earnings forecasts in a research note, citing weaker demand and less optimistic margin trends after reviewing recent company results and industry indicators.

The firm adjusted assumptions across Broadcom’s semiconductor and software businesses. Analysts reduced revenue and earnings estimates after noting softer orders from key customers and a slower-than-expected recovery in end markets that drive demand for networking, storage and enterprise infrastructure chips.

Goldman Sachs narrowed expectations for short-term growth and applied more conservative margin assumptions to reflect pressure on sales volumes and pricing in some product lines. The note says recurring software revenue offers some stability but will not fully offset the downgrade in hardware demand over the coming quarters.

The bank described the changes as part of model updates that will underpin its revised price target and investor guidance. It cited industry indicators, customer order patterns and Broadcom’s recent results as the basis for the adjustments.

The revision aligns with a broader reappraisal among analysts of chipmakers’ near-term prospects as cyclical demand shifts and some customers delay or moderate capital spending. Goldman Sachs flagged downside risk if key end markets do not rebound according to its revised timeline.

Investors will watch Broadcom’s upcoming quarterly results and management commentary for signs of stabilization in order patterns and any changes to sales guidance. Analysts plan to monitor margin trends and the timing of any recovery in spending by cloud service providers and telecom customers.

Broadcom is led by CEO Hock E. Tan and supplies chips for data center networking, broadband, storage and other infrastructure. The company has grown its enterprise software business through acquisitions, creating a mix of hardware sales and recurring software revenue that differs from many pure-play semiconductor peers.