India’s semiconductor market is projected to grow from nearly $64 billion in 2026 to $200 billion by 2035, according to the EY-IESA Semicon India 2.0 report. Consumer electronics currently accounts for about 30% of demand, followed by automotive at 16% and industrial applications at 15%. AI infrastructure, data centres, telecom, electric mobility and advanced manufacturing are expected to add demand over the coming decade. The report also shows why domestic manufacturing remains a policy priority. Semiconductor imports increased from $5.7 billion in FY17 to $30.3 billion in FY25, more than five times higher. A larger electronics market has So produced a larger import bill as well.
A $200 billion market does not mean $200 billion of Indian-made chips
Market size measures demand. It does not mean every chip consumed in India will be produced inside the country. India can reach the forecast while importing a large portion of processors, memory and other components. The industrial question is how much of that demand can be captured locally. Fabs are one part, but packaging, testing, materials, equipment, design and engineering services also create value. India already has a strong design base. EY-IESA estimates that the country accounts for nearly one-fifth of global chip-design engineers. The next challenge is connecting that workforce to products and manufacturing capacity. AI and data centres could become major sources of demand, while vehicles and industrial equipment add more stable semiconductor consumption. The forecast is So less about one product category and more about the scale of India’s electronics economy. The next decade will show whether the country can turn demand into domestic factories, suppliers and chip products. The $200 billion figure describes the opportunity; production, exports and local value capture will show how much of it India actually keeps.The forecast is large, but the composition of the market is more important than the headline number. A semiconductor market includes processors, memory, analogue chips, sensors, power devices and components used in vehicles and industrial equipment. Growth across those categories would create very different manufacturing opportunities.
India’s design workforce gives the country an existing advantage, but design capability and manufacturing capacity are not interchangeable. A chip designed in India can still be fabricated, packaged and tested elsewhere. The policy challenge is to connect those parts of the chain without assuming that every stage will move domestically at the same speed.
The $200 billion projection should So be treated as a measure of potential demand. Whether India captures a larger share of that value will depend on factories reaching production, suppliers developing around them and electronics companies choosing to source more components from the domestic ecosystem.
The demand forecast also includes an important export question. If India develops more electronics manufacturing, domestic semiconductor demand can grow through products assembled for both Indian and overseas markets.
Automotive and industrial chips are especially relevant because they have different requirements from the latest AI accelerators. Power management, microcontrollers, sensors and connectivity components can all become part of a larger domestic manufacturing base.
That makes the 2035 projection a long-term industrial target rather than a near-term sales forecast. The progress should be measured through production capacity, imports replaced, exports created and the number of companies operating at each stage of the supply chain.