The government has introduced a 9% deployment-linked incentive to help local semiconductor startups cover high prototype production costs. This initiative aims to reduce financial barriers for early-stage design firms and accelerate the development of domestic chip patents. Investors should note this could improve the long-term viability of India’s chip design ecosystem.
The Indian government is rolling out a new 9% deployment-linked incentive specifically aimed at domestic semiconductor startups. This policy, introduced under the Semicon 2.0 framework, seeks to lower the heavy financial burden associated with manufacturing prototype chips. Developing a new chip design can be a long and expensive process, with costs reaching up to ₹2,000 crore for some projects. By providing this financial support, the government intends to help smaller, cash-strapped design firms compete more effectively in a sector dominated by global giants.
Easing Manufacturing Access for Startups
In the current market, large global chip designers like Nvidia and Qualcomm often secure significant volume-based discounts from fabrication plants. In contrast, smaller Indian startups have historically struggled with higher costs and longer wait times for manufacturing slots. Amitesh Sinha, CEO of the India Semiconductor Mission, noted that this incentive is designed to help early-stage companies manage these initial expenses. Beyond direct funding, the government is working to secure agreements with international fabrication facilities to ensure Indian startups receive priority access. These efforts aim to reduce the time it takes for a company to go from a design concept to a physical test chip.
Strategic Infrastructure and Long-Term Goals
While the industry currently relies on international facilities such as those operated by Taiwan Semiconductor Manufacturing Co. (TSMC), domestic infrastructure is being built to support future growth. The Tata group’s semiconductor fabrication plant in Dholera, which is expected to be operational around 2028, is a critical part of this long-term strategy. Once fully functional, such facilities are expected to provide a localized hub for startups, significantly shortening supply chains and potentially lowering the overall cost of production.
Encouraging Private Sector R&D
The government is also launching a model to encourage private investment in chip design and development. Through a special purpose vehicle, the Centre plans to match capital investments from larger private companies. Instead of taking an equity stake, the government will seek to recover its funds through royalty payments once the chip designs start generating revenue. This structure is intended to attract private capital while keeping the risks associated with early-stage R&D manageable for the government. The ultimate success of these initiatives will depend on how quickly these startups can successfully move from prototype testing to commercial-scale production and whether they can consistently secure high-quality manufacturing slots in both domestic and international markets.