India’s push to build a semiconductor industry has moved from ambition to execution. In less than five years, the country has gone from having almost no commercial chip production to inaugurating multiple facilities, approving more than a dozen projects, and launching a second major policy phase with substantial funding. The question is no longer whether India can enter the semiconductor space, but how far it can go and how quickly.
The short answer is that India can become a significant semiconductor hub within this decade. It is unlikely to displace Taiwan or South Korea in the most advanced logic chips in the near term. What is realistic is a strong position in packaging, mature-node manufacturing, compound semiconductors, and design — areas that already matter to global supply chains and will matter even more in the years ahead.
From Policy to Production
The most tangible progress is visible on the ground. In February 2026, Micron Technology began commercial production at its assembly, test and packaging facility in Sanand, Gujarat. The plant has already shipped memory modules made in India. Other facilities, including those run by Kaynes Semicon and CG Semi, have also started operations. These are not full wafer fabrication plants, but they represent the first commercial semiconductor output from India in decades.
The more ambitious project is Tata Electronics’ partnership with Taiwan’s Powerchip Semiconductor Manufacturing Corporation (PSMC). The companies are building a 300mm wafer fab in Dholera, Gujarat, capable of producing up to 50,000 wafers a month on process nodes ranging from 28nm to 110nm. Construction has advanced steadily, with test chips expected by the end of 2026 and commercial production targeted for 2027. This facility will focus on analog, power, automotive and industrial chips — segments that account for a large share of global volume even if they do not grab headlines like cutting-edge AI processors.
Across the India Semiconductor Mission, roughly a dozen projects have been approved with cumulative investments of around ₹1.6 lakh crore. These include packaging plants, compound semiconductor facilities and additional assembly and test units spread across Gujarat, Assam, Odisha, Uttar Pradesh and other states. In July 2026, the government approved Semicon 2.0 with an outlay of ₹1.275 lakh crore. The new programme shifts attention from individual factories to the broader ecosystem: chip design, equipment and materials, more fabrication capacity, research, and workforce development.
Official targets now include placing India among the top five semiconductor nations by 2032. That goal is ambitious, but the direction of travel is clear.
Where India Already Holds an Advantage
India’s strongest existing card is design talent. Roughly one in five semiconductor design engineers worldwide works in India or is of Indian origin. Global companies have long run large design and verification centres in Bengaluru, Hyderabad, Noida and other cities. This base gives India a foundation that most late entrants lack. Design is less capital intensive than fabrication and creates high-value employment. It also builds the human capital needed when manufacturing capacity expands.
Domestic demand provides another structural advantage. India’s electronics market, automotive sector (especially electric vehicles), telecommunications infrastructure, defence modernisation and digital public platforms all require growing volumes of chips. Local production, even if limited at first, can serve these markets and reduce exposure to supply disruptions.
Geopolitics has worked in India’s favour. Companies and governments seeking to diversify away from heavy concentration in East Asia have looked at India as one of the few large democracies with the market size, engineering talent and policy willingness to host new capacity. Partnerships with Taiwanese, American, Japanese, Korean and European firms have followed.
The Hard Constraints That Remain
Significant obstacles still stand in the way. The technology gap is the most obvious. Leading-edge logic manufacturing at 5nm, 3nm and below remains the domain of a handful of companies, primarily TSMC and Samsung. India’s current projects correctly concentrate on mature and specialty nodes. Moving into advanced processes would require technology transfer on a scale that has rarely happened, enormous capital, and years of process learning.
The supply chain for materials and equipment is another weak link. High-purity chemicals, specialty gases, silicon wafers and advanced manufacturing tools are still largely imported. Building domestic capacity in these areas is one of the priorities of Semicon 2.0, but results will take time.
Infrastructure requirements for fabs are exacting. Continuous high-quality power, large volumes of ultra-pure water, vibration control and specialised logistics are non-negotiable. While industrial corridors and special economic zones are being developed, consistent delivery at the standard required by high-yield semiconductor plants will need sustained attention.
Talent is also more complicated than the design numbers suggest. India has strength in chip design and verification. It has far less experience in process engineering, yield management and the day-to-day operation of large fabrication facilities. Building that manufacturing culture will require training programmes, industry experience and time.
Finally, semiconductor projects have long gestation periods. Even after a fab is built, reaching competitive yields and utilisation rates can take years. Early facilities will need careful management and continued policy support through the difficult ramp-up phase.
A Realistic Path Forward
India does not need to become Taiwan to succeed. The global semiconductor industry is becoming more multipolar. Advanced packaging is growing in importance as companies move toward chiplet architectures and high-bandwidth memory. Mature nodes continue to serve automotive, industrial, consumer and power applications. Compound semiconductors such as silicon carbide and gallium nitride are critical for electric vehicles, renewable energy and defence systems. These are precisely the segments where India is investing.
If the first wave of projects reaches commercial scale and acceptable yields, confidence will grow. Subsequent investments can then move into higher-value activities. Design strength can be leveraged to develop more domestic intellectual property. Materials and equipment ecosystems can expand under Semicon 2.0. Over time, India can reduce strategic dependence on imported chips for critical sectors while becoming a reliable partner in global supply chains.
Success will depend less on new announcements and more on operational results over the next four to six years. Yields, customer qualifications, cost competitiveness and the ability to attract further private capital will matter more than the number of projects approved.
India has crossed an important threshold. Commercial semiconductor production has begun. Major fabrication capacity is under construction. Policy support has been renewed and expanded. The foundation exists for India to become a meaningful semiconductor hub — not the sole global leader, but a substantial and resilient player in a more diversified industry. Whether that potential is fully realised will depend on disciplined execution in the years immediately ahead.
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