In a significant strategic move, Synopsys a leading US-based provider of chip design software is stepping away from its semiconductor manufacturing control software to concentrate on the more profitable sector of AI chip design. This decision, reported by multiple industry sources, marks a notable retreat from the factory floor for a company that has recently received a $2 billion vote of confidence from Nvidia for its AI initiatives.
The company has informed over ten chip manufacturers, including industry giants like Samsung ElectronicsSK HynixKioxia and Qorvo that a suite of its manufacturing tools has reached the end of its lifecycle. Notices sent in April and May indicate that no future versions of these tools will be developed, with maintenance support discussions set
Key products and their impact on semiconductor fabrication
The decision centers around two critical products: the Equipment Engineering System (EES) and Fault Detection and Classification (FDC). These software tools are often described as the nervous system of a fabrication plant, continuously monitoring equipment and identifying anomalies before they escalate into costly defects. Despite their importance, Synopsys has chosen to discontinue these products, focusing instead on higher-margin opportunities in AI design.
A spokesperson for Synopsys clarified that the company is discontinuing certain manufacturing analytics products, which are older diagnostic tools not considered critical to customers’ production processes. The company assured that it would continue to invest in new capabilities in this area and honor all existing contractual and support obligations.
The strategic rationale behind the shift
The primary driver behind this strategic pivot is the pursuit of higher margins. By redirecting engineers from support and maintenance work to AI design, Synopsys aims to capitalize on the growing demand for AI-driven solutions in the semiconductor industry. This shift aligns with Synopsys’ aggressive expansion into AI design following its $35 billion acquisition of Ansys in 2026.
Enhancing the EES reportedly required chipmakers to share tightly held manufacturing data, a condition that some clients, including Samsung, found challenging. Consequently, several clients have begun developing their own in-house tools, eroding the competitiveness of Synopsys’ offerings.
Potential risks and industry reactions
While some industry experts caution that stripping out maintenance and patches could negatively impact production yields at certain chipmakers, others expect minimal disruption at major manufacturers. Samsung, for instance, confirmed the end-of-life decision and stated that it had lined up compatible alternatives, expecting no negative impact on production. SK Hynix declined to comment, while Kioxia and Qorvo did not respond to requests for comment.
The retreat from manufacturing software also carries a human cost, with Synopsys having laid off a few dozen staff linked to the affected products. The company, however, declined to confirm the extent of job cuts or provide details on the timing.
The broader implications for the EDA industry
The software in question was relatively new to Synopsys’ portfolio, arriving through its 2026 acquisition of manufacturing solutions from South Korean firm BISTel. Letting it go fits a broader reshaping of the EDA (Electronic Design Automation) industry, where vendors are increasingly investing in AI design tools while chipmakers explore in-house solutions and startups rethink the economics of silicon ownership.
Synopsys has spent decades supplying software used to arrange the tens of billions of transistors on a modern chip. In March, the company unveiled technology designed to enable AI agents to take over many of the tasks involved in creating chips, signaling its clear intent to pursue this future direction. The wager is that autonomous design software, rather than factory maintenance contracts, holds the key to the next decade of growth in the semiconductor industry.
