en.Wedoany.com Reported - India's cabinet has approved a ₹1.9 trillion ($19.7 billion) semiconductor and smartphone manufacturing plan, providing a concrete framework for policymakers to advance a broader industrial strategy. This move responds to Prime Minister Narendra Modi's call to create homegrown Indian mobile brands and build a more comprehensive end-to-end semiconductor ecosystem, spanning chip design to advanced packaging capabilities.
Within the plan, the semiconductor portion is valued at ₹1.28 trillion ($13.3 billion), expanding incentives for chip design, manufacturing equipment, research, and talent development beyond the 2021 proposal to cover half the cost of semiconductor projects. Previously, Micron Technology has set up operations in Sanand, Gujarat, and the Tata Group has entered the advanced electronics sector through this initiative. Six semiconductor projects worth a total of $14.7 billion have now been approved in the state.
The smartphone portion totals ₹625 billion ($6.5 billion), targeting final assembly and deeper supply chain integration. Technology Minister Ashwini Vaishnaw emphasized that the Prime Minister clearly expects India to create a mobile brand capable of competing in a market dominated by Chinese manufacturers. The scale of incentives and the focus on the component ecosystem reflect a direct attempt to establish a homegrown brand.
Growing demand for artificial intelligence, automotive, and general electronics is driving governments to seek more reliable chip supply chains. The United States has enacted the $52 billion CHIPS and Science Act, while China continues to inject funds through state-owned investment vehicles. Against this backdrop, India's $19.7 billion plan signals that policymakers now view semiconductor capabilities as a key component of national economic strategy.
Currently, Apple assembles 25% of its iPhones in India, a shift accelerated by production-linked subsidies during the pandemic. Deloitte's telecom outlook shows that subsidy-driven localization can redirect device supply chains when the underlying market is large enough, and India possesses that scale. The new smartphone incentives aim to extend this momentum from multinational assemblers to domestic enterprises.
Establishing semiconductor manufacturing presents unique challenges. Gartner research notes that the complexity of process nodes and the specialization of supply chains lead to long cycles for new entrants. India acknowledges this by allocating funds across design, manufacturing equipment, packaging, and talent. This diversified focus is crucial, as most countries successful in chip production do not rely solely on fabrication facilities.
Any Indian mobile brand emerging from this push will need to comply with 3GPP specifications for 4G and 5G. Meanwhile, chip design and testing rely on IEEE guidelines. These frameworks set global benchmarks that will determine whether India-made chips or devices can ultimately enter export markets.
On the geopolitical front, U.S. export restrictions on Anthropic have reinforced India's discussions on sovereign AI infrastructure. Although the new incentives do not explicitly target AI chips, the broader goal of reducing dependence on foreign computing and electronics suppliers aligns with these discussions. Building a complete domestic supply chain from raw silicon to finished mobile devices would reduce vulnerability to external policy changes. However, industry analysts note that hardware independence remains a long-term endeavor.
IDC device forecasts show that approximately 150 million smartphones were shipped in India in 2023. Any effort to launch a local brand must address this volume or carve out specific market segments. The International Telecommunication Union has previously highlighted that emerging markets often leapfrog in wireless penetration when device affordability matches domestic production—a model frequently cited by Indian policymakers.
The plan faces practical operational hurdles. Semiconductor manufacturing requires stable electricity, water resources, and highly specialized skills. Supply chains for chemicals, photomasks, gases, and equipment take years to stabilize. According to an overview by the India Brand Equity Foundation, the government plans to evaluate $21 billion worth of semiconductor proposals, testing how many applications can effectively reach commercial scale.
India has previously sustained long-term manufacturing transformations. The shift in iPhone assembly took several years to yield significant output, and a similar timeline may apply to chips and domestic smartphone brands. The current challenge is how quickly local enterprises can leverage subsidies to differentiate their products rather than merely assemble them.
For global OEMs and investors, these incentives signal India's intent to move beyond its role as a device assembly hub. Foxconn, the Tata Group, and other players may find that the expanded chip and device ecosystem offers a broader platform for long-term operations, potentially reshaping India's role in the global electronics supply chain by the end of this decade.
