After a strong Q1, Cadence boosts 2025 outlook, driven by soaring AI demand and resilient chip design software amid trade uncertainties and industry growth.
Cadence Design Systems has raised its 2025 revenue outlook following a strong first quarter, despite ongoing trade tensions. The chip design software firm now expects full-year revenue between $5.15 billion and $5.23 billion, up by $10 million from previous guidance.
In the first quarter, Cadence reported revenue of $1.24 billion, a 23 per cent increase compared to the same period last year. The company’s robust growth comes even as tariff negotiations have created uncertainty and slowed customer decisions.
Cadence’s CEO, Anirudh Devgan, said demand for the company’s software and services remains solid, as these offerings are not affected by tariffs. He highlighted Cadence’s diversified supply chain as a key factor in mitigating potential impacts on its hardware business.
The company’s semiconductor intellectual property (IP) segment showed exceptional performance, growing 40 per cent year over year (YoY). This boost is largely attributed to the rising demand for artificial intelligence (AI) applications and the expansion of the foundry ecosystem.
Meanwhile, the core electronic design automation (EDA) business grew 16 per cent, driven by the Cerebrus Intelligent Chip Explorer, a tool designed to accelerate chip design through AI-driven automation.
Net income rose 10.4 per cent YoY to $273.6 million in Q1. The company’s backlog at the quarter’s end stood at $6.4 billion, indicating strong future demand.
Cadence also updated its operating margin forecast to as high as 31.25 per cent and expects earnings per share to reach up to $4.31.
Devgan pointed to AI as a key driver shaping the future of chip and system design, creating significant growth opportunities.
The company is actively collaborating with partners such as Nvidia on the Grace Blackwell chip and recently joined Intel’s Foundry Accelerator Design Services Alliance to support innovation in semiconductor manufacturing.
