India Semiconductor Mission 2.0: Why India’s chip future depends on fixing the weak links
India’s semiconductor ambitions are entering a more demanding phase. The first India Semiconductor Mission helped bring chip fabs, OSAT units, packaging facilities, and design projects into the national policy pipeline. But the second phase, India Semiconductor Mission 2.0, is being shaped around a tougher challenge: can India turn project announcements into a lasting semiconductor ecosystem?
Announced in the Union Budget 2026-27, ISM 2.0 is expected to focus on semiconductor equipment, materials, supply chains, Indian chip intellectual property, industry-led research, and training centers. This marks a shift from simply attracting large investments toward building the deeper foundation needed for long-term semiconductor manufacturing.
The key message is clear: India’s chip strategy can no longer be judged only by the number of approved projects or the size of promised investments. The real test will be execution.
The first phase of the India Semiconductor Mission was approved in December 2021 with an incentive framework of INR760 billion, or around US$7.9 billion. It covered silicon fabs, compound semiconductor plants, assembly and testing facilities, and chip design. By December 2025, the government said 10 semiconductor projects worth INR1.60 trillion, or about US$16.6 billion, had been approved across six states. Two more projects were later cleared in Gujarat in May 2026.
That progress helped India enter the global semiconductor conversation. It also sent a strong signal that chips are now a national industrial and geopolitical priority. However, most projects are still in the construction or preparation stage. Commercial production, customer qualification, local sourcing, and large-scale output remain limited.
Analysts argue that ISM 1.0’s biggest success was not immediate manufacturing output, but ecosystem activation. It created policy credibility, encouraged investor interest, improved coordination between central and state governments, and pushed infrastructure and talent development into sharper focus.
Still, India is not yet a major contributor to global semiconductor supply. The country has a long way to go before it can reduce import dependence meaningfully or compete with established chip manufacturing hubs.
One of the most realistic opportunities for India lies in backend semiconductor manufacturing. This includes OSAT, ATMP, advanced packaging, assembly, and testing. These segments require less capital than full wafer fabrication, can be built faster, and are closely linked to India’s growing electronics manufacturing sector.
Mature-node fabs, compound semiconductors, and chip design also offer strong potential. Mature-node chips are widely used in automobiles, industrial equipment, consumer electronics, power devices, and connected devices. These areas match India’s domestic demand more closely than cutting-edge chip manufacturing, which requires extremely high investment, advanced process technology, and years of production experience.
India already has a large semiconductor design workforce. This gives the country an important advantage in areas such as automotive chips, AI accelerators, embedded systems, RISC-V processors, and custom silicon. If supported by stronger intellectual property development and startup funding, chip design could become one of India’s strongest semiconductor pillars.
However, advanced packaging is not just about assembling chips. It requires substrates, specialty materials, precision tools, reliability testing, process expertise, and customers willing to qualify Indian facilities. Without these supporting capabilities, India may struggle to move beyond basic assembly.
India’s domestic market is another major advantage. Demand for chips is rising across automobiles, smartphones, telecom equipment, industrial systems, consumer electronics, and renewable energy. This demand can support local production of mature-node semiconductors, power devices, sensors, and packaging services.
But demand alone does not create a semiconductor ecosystem. Chip manufacturing also depends on stable electricity, large volumes of ultra-pure water, cleanroom infrastructure, skilled technicians, specialty chemicals, gases, spare parts, logistics networks, and a dense supplier base. It also requires years of yield improvement and deep trust from customers.
This is where ISM 2.0 becomes crucial. The next phase is expected to move beyond fab-centric incentives and focus on the entire supply chain. Semiconductor equipment, materials, component suppliers, maintenance providers, testing labs, research centers, and training institutes will determine whether India can build real manufacturing depth.
Without local suppliers, India may still depend heavily on imported inputs even if fabs and packaging units are located within the country. That would limit the economic and strategic benefits of domestic chip production.
India is also not yet in a position to directly rival Taiwan, China, Singapore, or other established semiconductor centers in manufacturing maturity. These regions have spent decades building dense ecosystems that include fabs, packaging houses, suppliers, equipment services, logistics, engineering talent, and end customers.
A more realistic path for India may be closer to the models seen in Malaysia, Vietnam, and Singapore, especially in packaging, testing, electronics manufacturing, and selected specialty semiconductor segments. Malaysia, in particular, shows how a country can become an important global hub for backend semiconductor operations before expanding into more advanced areas.
India’s opportunity is therefore not about immediately replacing existing chip hubs. Its strength lies in a combination of domestic demand, design talent, government incentives, electronics manufacturing growth, and geopolitical relevance. If these strengths are connected properly, India can become an important part of the global semiconductor supply chain.
The biggest challenge now is execution. By 2027 and 2028, success will need to be measured by more than investment announcements. India will need to show OSAT and ATMP facilities operating at meaningful scale, at least one viable mature-node or specialty fab, visible growth in local suppliers, stronger chip design activity, more semiconductor startups, and a specialized workforce ready for industry needs.
Policy consistency will also matter. Semiconductor projects require long timelines and enormous capital commitments. Investors will need confidence that India’s chip policies will remain stable beyond budget cycles and political shifts.
The next stage of the India Semiconductor Mission is therefore about converting ambition into capability. ISM 1.0 helped India prove that it is serious about semiconductors. ISM 2.0 must prove that the country can build the supply chains, talent, infrastructure, and manufacturing discipline needed to compete.
India’s semiconductor future will not be decided by fabs alone. It will be decided by whether the country can fix the weak links around those fabs and turn them into commercial strengths.
