Cadence Advocates for India’s Homegrown EDA Industry to Boost Chip Design

Cadence Design Systems is encouraging the Indian government to foster a domestic electronic design automation (EDA) industry as part of its broader vision to become a significant player in the global semiconductor market. Currently, Indian chip design firms rely heavily on importing EDA software tools from international leaders such as Cadence itself, Synopsys, and Siemens. This sector is valued globally between $16 billion and $21 billion annually and is projected to grow to around $43 billion by 2035.

In an exclusive conversation, Alok Jain, Managing Director of Cadence India, emphasized the need for a comprehensive semiconductor ecosystem in India. This ecosystem should span from chip design and verification to IT support, manufacturing, packaging, and product development. A crucial component of this ecosystem is the development of a homegrown EDA industry. Jain pointed out that multiple countries are already advancing their own EDA tools, and numerous startups have entered this space. He argued that India could follow suit, particularly since establishing an EDA industry does not demand heavy capital investment.

EDA software plays a vital role in modern chip design by automating the complex task of arranging billions of transistors within microchips, which is impossible to do manually. These tools are essential for the semiconductor industry’s progress, enabling designers to create intricate chip layouts efficiently and accurately.

Jain acknowledged that building this industry in India would require time and collaboration. Cadence is exploring ways to support the government in this initiative, potentially through consultancy partnerships or other collaborative models.

Another area where Cadence sees significant potential is the incorporation of artificial intelligence into EDA tools. Jain highlighted that AI-driven solutions could revolutionize chip design by greatly improving productivity and efficiency. For example, Cadence’s AI-powered design and verification agent has achieved a 25-fold increase in verification speed, showcasing the transformative effects of this technology.

Despite these advancements, Indian startups and smaller chip design companies face considerable obstacles in adopting AI-enabled EDA tools. Jain noted that the high cost of these tools and the overall expense of chip design pose challenges. Additionally, securing skilled talent remains difficult. He revealed that only about 11 percent of the 370 homegrown semiconductor design startups in India have received funding, which limits their ability to invest in expensive software.

To address these barriers, Jain proposed alternative approaches such as pay-per-use models or cloud-based EDA tools. These options could reduce upfront costs by eliminating the need for startups to invest in their own expensive infrastructure.

India serves as a critical hub for Cadence’s global talent pool, with approximately 30 to 40 percent of the company’s worldwide workforce located in the country. However, Jain pointed out a talent gap when it comes to senior-level expertise, which is essential for advancing the semiconductor ecosystem.

The challenge of venture capital funding for chip design startups also remains significant. Jain contrasted a product-oriented approach with a services mindset, suggesting that while more startups are embracing product development, many still need to strengthen skills in defining, creating, marketing, and selling their products. He stressed that this skill set is gradually improving but requires continued focus and development.

Building a thriving semiconductor industry in India aligns with the country’s ambition to compete globally in this critical sector. Developing a robust, homegrown EDA industry could provide Indian companies with the tools and flexibility to innovate locally, reduce dependence on foreign software, and ultimately accelerate growth in semiconductor design and manufacturing.