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India secures $12B in investment commitments for Semicon 2.0
The country's second-phase semiconductor push is backed by a $15 billion government outlay and aggressive targets for chip design startups and workforce development.
India just pulled in roughly $12 billion in investment commitments for its Semicon 2.0 initiative, the second phase of a national push to become a serious player in global chip manufacturing. The program carries a government outlay of approximately $15 billion, making it one of the largest state-backed semiconductor bets outside of the US and East Asia.
What Semicon 2.0 actually looks like
Approved by India’s Cabinet on July 15, 2026, and officially notified on August 31, Semicon 2.0 is designed to cover the full semiconductor value chain. That means fabrication facilities, chip design, equipment and materials manufacturing, advanced packaging, and research and development.
The program offers up to 40% capital expenditure support for silicon wafer fabs, but only for projects that clear a minimum investment threshold of roughly $2.4 billion (₹20,000 crore). On the talent side, the initiative targets training approximately 100,000 skilled professionals in semiconductor-related fields. It also plans to co-invest in or support at least 200 chip design startups.
The official unveiling coincided with the SEMICON India 2026 event, held from September 17-19, where international firms lined up to signal their interest. Applied Materials pledged $5 billion, while Lam Research committed around $1.2 billion for silicon facility development.
Building on Semicon 1.0’s foundation
Semicon 2.0 doesn’t exist in a vacuum. Its predecessor, Semicon 1.0, was approved back in December 2021 with a smaller government outlay of roughly $9 billion (₹76,000 crore). That first phase approved 12 manufacturing projects and attracted over $20 billion in private investment.
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The government’s total investment expectations for Semicon 2.0 are ambitious. Officials anticipate roughly $48 billion (₹4 lakh crore) in total investments over the program’s lifecycle, with approximately $24 billion coming from production activities and another $12 billion generated through exports.
What to watch
The startup-focused component of Semicon 2.0, targeting 200 chip design companies, could prove to be the most strategically important piece. India already has a strong footprint in electronic design automation and chip architecture, and Indian engineers already play outsized roles at companies like Qualcomm, Intel, and AMD.
The workforce development target of 100,000 trained professionals also bears monitoring. Semiconductor manufacturing requires a different skill set than software development, and India’s existing technical education infrastructure is largely optimized for the latter.