Under the Rs 1.27 lakh crore Semicon 2.0 initiative, India plans to co-invest with venture capitalists to fund the high costs associated with developing advanced semiconductor chips, seeking to deepen the country’s chip design ecosystem and foster intellectual property creation.
- Semicon 2.0 offers equity-linked incentives to Indian chip design firms
- Government co-invests alongside venture capitalists to scale funding
- Focus on building advanced chip design IP, manufacturing to follow later
What happened
India's Ministry of Electronics and IT approved the Rs 1.27 lakh crore Semicon 2.0 program aimed at strengthening local semiconductor capabilities by focusing on chip design and intellectual property development. This six-year program starting FY27 introduces a new funding approach where the government will co-invest with venture capital firms to finance advanced chip design projects.
The equity incentive provisions under Semicon 2.0 address the high capital requirements for developing advanced chips, often demanding investments of Rs 1,000 crore or more, which far exceed previous grant limits of about Rs 15 crore. This scheme enables Indian chip startups to attract larger private investments by sharing funding responsibilities with the government.
Why it matters
Advanced semiconductor chips, particularly those with nodes smaller than 7 nanometers, are crucial for emerging technologies like artificial intelligence. By enabling significant funding through equity norms and co-investment, India aims to create a robust design ecosystem capable of producing intellectual property tailored to global technology demands.
This initiative marks a strategic shift from merely subsidizing manufacturing to encouraging innovation in chip design, which can ultimately lead to a self-reliant semiconductor industry. Although local manufacturing of cutting-edge chips is not imminent, strengthening design capabilities positions India to become a key player in semiconductor IP and chip development.
What to watch next
Stakeholders should monitor the deployment of co-investment funds and the emergence of new advanced chip designs by Indian startups identified under the Indian Semicon Mission, currently numbering 105. The success of this initiative will be gauged by how effectively venture capital participation ramps up alongside government funding.
Additionally, it will be important to track India’s progress in moving from chip design to manufacturing, especially as the country’s first chip fabrication unit begins production using older 28 nanometer technology. Future announcements on the scaling of manufacturing capacity and expansion of incentive limits for next-generation chip design will reveal the program’s long-term impact.