India’s ambitious push toward semiconductor self-sufficiency is a high-stakes gamble that remains far from paying off, according to industry experts. While the government has rolled out a $10 billion incentive scheme to attract chipmakers, the reality of achieving meaningful domestic production is daunting.
The Scale of the Challenge
The global semiconductor supply chain is incredibly complex, with Taiwan, South Korea, and the United States dominating key segments. India currently imports nearly all of its chips, spending over $20 billion annually. Achieving even 10% self-sufficiency within a decade would require massive investments in fabs, skilled workforce, and reliable infrastructure.
Government Initiatives and Ground Realities
In 2021, the Indian government launched the Production-Linked Incentive (PLI) scheme for semiconductors, offering up to 50% fiscal support for setting up fabrication units. However, only a handful of proposals have been approved, and none have reached production. The delays are attributed to high capital costs, water and power requirements, and a lack of ecosystem support.
According to a report by the India Semiconductor Mission, the country needs at least 20 large-scale fabs to meet domestic demand, but current plans fall far short. “A 100% self-sufficiency is near impossible in this complex ecosystem, but we have a long way to go before we can claim that a significant amount of chips is truly ‘Made in India’,” said Arun Mampazhy, a technology analyst.
Global Competition and Geopolitical Factors
Countries like the US, China, and the European Union are pouring billions into their own semiconductor ecosystems, making it harder for India to attract top-tier players. The US CHIPS Act, for instance, provides $52 billion in subsidies, while the EU has committed €43 billion. India’s incentives, though generous, are often seen as insufficient given the risks involved.
Skilled Workforce and Infrastructure Gaps
Another critical bottleneck is talent. Semiconductor manufacturing requires highly specialized engineers and technicians, which India lacks in sufficient numbers. The government has launched training programs, but building a skilled workforce takes years. Additionally, reliable power and water supply remain concerns in many potential fab locations.
Path Forward
Experts suggest that India should focus on niche areas like chip design, assembly, and testing rather than full-scale fabrication. The country already has a strong design talent pool, with companies like Intel and Qualcomm having R&D centers. Leveraging this strength could yield quicker results. “Instead of trying to build everything from scratch, India should integrate into the global supply chain in a meaningful way,” Mampazhy added.
In conclusion, while India’s semiconductor ambitions are laudable, the journey to self-sufficiency is long and fraught with hurdles. Strategic focus and realistic expectations are essential to avoid a half-baked outcome.
