Semicon 2.0: India’s silicon gambit
The Union Cabinet’s approval of a Rs 1.27 lakh crore semiconductor programme is timely — the real test now is execution, not intent.
On July 15, the Cabinet cleared Semicon 2.0, a Rs 1,27,500 crore programme launched alongside a Rs 62,500 crore mobile-phone manufacturing scheme. Together, they mark India’s clearest statement yet that its chip ambitions are a sustained industrial project, not a one-time bet. The new phase builds on the original India Semiconductor Mission, under which 12 projects worth over Rs 1.64 lakh crore have been approved, and three plants — run by Micron, Kaynes and CG Semi — have already begun commercial production. Semicon 2.0 widens the lens from fabrication alone to six pillars: chip design; the equipment and speciality chemicals that feed fabs; manufacturing capacity; advanced packaging; research into next-generation process nodes; and engineering talent, with over 300 universities already training more than 68,000 students on industry-grade design tools.
The stakes explain the scale of the bet. Semiconductors sit beneath almost everything India wants to build next — smartphones, electric vehicles, defence electronics, data centres and an AI-driven economy — yet the country still imports the bulk of what it consumes. That dependence is both a fiscal drain and a strategic vulnerability at a time when global chip supply chains are concentrated in a handful of geographies and are increasingly entangled in great-power rivalry.
A credible domestic base would cut import bills, generate the high-skilled manufacturing jobs India badly needs, and enable it to position itself as a trusted alternative as multinationals look to diversify beyond China and Taiwan. Yet ambition still outruns capacity. Most Indian plants today work in mature 28-110 nanometre nodes, a generation or more behind the 3-5 nm chips inside flagship phones and frontier AI hardware. Closing that gap takes years of accumulated process knowledge, not just capital.
Fabrication also requires uninterrupted power and ultra-pure water on a scale that few Indian sites can yet guarantee, and much of the specialised machinery and gases on which fabs depend are still imported — precisely why this round adds a materials-and-equipment pillar that the first phase lacked. Talent is being developed, but VLSI and process engineers take years to mature, not months. Nor is India racing alone: the United States, the European Union, Japan and South Korea are all running comparable subsidy programmes to attract the same pool of capital and expertise. Semicon 1.0’s own timeline is itself a caution: India’s first major fabrication plant is expected to come on stream only in 2028, seven years after that mission was first announced.
None of this makes Semicon 2.0 misguided; it makes it demanding. Capital alone did not build TSMC or Samsung - decades of disciplined execution and ecosystem depth did that. Semicon 2.0 gives India the mandate and the money. What it does with both, far more than the headline figure, will determine whether the country becomes a genuine chip power or merely a well-funded aspirant.
