India Charts Ambitious Semiconductor Roadmap, Targets 7nm Chips by 2030

India is setting its sights on becoming a global leader in semiconductor manufacturing with an ambitious plan to produce advanced 7-nanometer (nm) chips within the next five to seven years. According to industry reports and senior government officials, the centre has unveiled a long-term strategy that involves partnerships with leading global innovators and substantial investments in domestic chip fabrication facilities.

Tata Group Leads the Charge

The Tata group is at the forefront of this initiative, building India’s first wafer fabrication plant in Dholera at a cost of Rs 91,000 crore. The facility will initially produce chips at 28nm and above, laying the foundation for more advanced technologies in the near future. The government has approved three major semiconductor facilities and cleared a total of ten chip projects worth Rs 1.75 lakh crore, with Rs 75,000 crore earmarked as incentives to boost the sector.

Global Partnerships and Tech Collaboration

To accelerate progress, India is collaborating with global leaders such as IBM and Belgium’s IMEC, leveraging their expertise in advanced logic, packaging, design, and intellectual property. IBM will support the India Semiconductor Mission by setting up local research centers. Ongoing discussions with TSMC and Intel are shaping a process roadmap that stretches out to 2036, aiming to position India among the top five chipmakers worldwide.

Strategic Vision and R&D Incentives

The government’s dedicated Semiconductor Design Programme (SMDP) will further strengthen research and development. With ongoing ties to world leaders in chip technology and a robust 15-year vision, India aims to manufacture 7nm and smaller chips by 2030, while also nurturing domestic talent and building a robust industry ecosystem.

As construction begins on these flagship projects, India’s semiconductor vision is gathering momentum, promising a future where the country stands shoulder-to-shoulder with global giants in the race for next-generation technology.