SEMICON India shows a broader ambition
SEMICON India 2026 took place in New Delhi from September 17 to 19, bringing semiconductor manufacturers, equipment companies, researchers, policymakers and startups together. The event is part of India’s attempt to build a semiconductor ecosystem rather than relying only on individual fabrication projects. That distinction matters because a modern chip supply chain includes design, materials, equipment, packaging, testing, manufacturing and a trained workforce.
Fabrication is only one part of the problem
A semiconductor fab receives much of the public attention because it is the most visible part of manufacturing. But fabs depend on a large network of suppliers and specialized processes. Semiconductor equipment companies need local service and engineering teams, packaging plants need materials and test systems, and chip designers need access to verification and manufacturing infrastructure. Building these supporting capabilities can determine whether a country can sustain semiconductor production rather than simply announce a factory.
Japan is becoming part of India’s semiconductor strategy
Business Today has showed growing involvement from Japanese companies across materials, equipment and technology. Companies such as Tokyo Electron, Fujifilm and Sumitomo Chemical operate in areas that are essential to semiconductor manufacturing. Their participation matters because advanced chip production requires specialized chemicals, deposition and processing equipment, inspection systems and other components that cannot be replaced by a single local investment.
Workforce development is another constraint
A semiconductor plant requires engineers and technicians with highly specialized knowledge. India has a large technology workforce, but chip fabrication and advanced packaging require different training from conventional software development. Industry programs So increasingly focus on technician training, process engineering and hands-on manufacturing skills. A supply chain cannot scale simply by adding buildings if there are not enough trained people to operate and maintain the equipment.
Packaging and testing are becoming more important
Advanced packaging can influence performance, power consumption and the ability to connect multiple semiconductor components. India has been seeking investment in assembly, testing and packaging because these stages can be developed without requiring every part of the upstream wafer process to be located domestically. That can give Indian electronics manufacturers a stronger local base while the country’s fabrication capabilities mature.
Design remains a major advantage
India already has a large semiconductor design workforce working for global chip companies. The challenge is connecting that design strength to more domestic manufacturing and packaging capacity. A stronger local ecosystem could allow companies to take a design from development through manufacturing and testing with more of the supply chain accessible within the country. It would also give startups more opportunities to experiment with hardware products.
Global supply-chain diversification is helping
Companies around the world are looking for additional manufacturing locations because semiconductor supply chains have become strategically sensitive. India is competing with other countries for investment, but its large electronics market and engineering workforce are advantages. The challenge is execution: projects need reliable power, water, logistics, skilled workers, predictable regulation and suppliers. The more of that infrastructure India can establish, the more attractive the country becomes for semiconductor investment.
The next phase is about depth
The significance of SEMICON India is So less about one event and more about the ecosystem it represents. India is trying to connect fabs, packaging, design, equipment, materials and workforce development into a continuous supply chain. If those pieces develop together, the country can move from being primarily an electronics assembly location toward a deeper role in semiconductor manufacturing and technology. That transition will take years, but the industry’s current focus shows that the strategy is expanding beyond fabs alone.
The practical significance
The memory shortage also explains why some manufacturers are becoming more cautious about fixed specifications. A product designed around one memory configuration can become difficult to ship if that component is unavailable or unexpectedly expensive. Modular designs and alternative components can provide more flexibility, although they may require additional validation. For consumers, that can eventually mean fewer simple product comparisons because two devices with the same processor may ship with different memory configurations depending on market conditions. The supply chain is becoming part of the product specification.