The Indian government has deployed most of the ₹76,000 crore earmarked under the Indian Semiconductor Mission, marking significant progress in India's semiconductor manufacturing capabilities. As reported by Business Standard, Minister of Electronics and Information Technology Ashwini Vaishnaw confirms that this year will see the rollout of micro-LED panels and micro-chips projects. The mission has transformed India from having no semiconductor plants four years ago to 12 plants currently, with two plants in commercial production and two more facilities set to begin production by the end of this year. India's first fab is scheduled to come up in Dholera by 2028, positioning the country as a trusted long-term partner in global semiconductor manufacturing.
The Centre for Nano Science and Engineering (CeNSE) at the Indian Institute of Science is advancing India's semiconductor capabilities through comprehensive research and development. According to reports from Business Standard, researchers at CeNSE study 2D materials such as MoS₂ and graphene, alongside wide bandgap semiconductors and engineered heterostructures. These materials are essential for building devices that are faster, more efficient, and capable of handling higher power. The facility focuses on transistors that go beyond traditional scaling limits, memory systems, and emerging platforms such as spintronics and quantum devices. What makes CeNSE distinct is how these layers connect - the same ecosystem that studies materials also fabricates and tests devices, closing the loop between theory and application.
A landmark development in India's semiconductor ecosystem is the approval of micro-LED technology through the Dholera display fab in Gujarat. As reported by Business Standard, the facility will adopt both mini-LED and micro-LED technologies with micro-LED chip size of 30 micron x 60 micron. First micro-LED screens are expected to roll out in approximately 22 months, with applications spanning large displays for TVs and commercial screens, medium-sized displays for tablets and smartphones, and micro-displays for AR/VR glasses and smart watches. The Crystal Matrix has partnered with Lumens for technology transfer, with Crystal Matrix investing in research and development for technology development from production start. This breakthrough positions India directly competitive with LCD and OLED technologies at the 50 micron inflection point where mass-market adoption becomes viable.
The INCeNSE incubator, based at CeNSE, plays a crucial role in supporting semiconductor innovation. According to Business Standard, the incubator offers more than just workspace, providing startups access to cleanrooms, fabrication tools, mentorship, and guidance on intellectual property. Backed by the Government of Karnataka and supported by organisations like the Foundation for Science Innovation and Development, it creates an environment where ideas can move from lab to market. The facility also includes GEECI (Government of Karnataka Electronics and Electrical Centre of Innovation), which functions as a small-scale semiconductor foundry allowing researchers and startups to fabricate and test devices within the same ecosystem.
CeNSE maintains an open-access approach, making advanced semiconductor tools and expertise accessible to external researchers, startups, and industry partners. As reported by Business Standard, this ensures that advanced semiconductor tools and expertise are not confined to a single institution but become part of a shared national resource. The facility is also investing in talent development with training programmes spanning from school students and college graduates to industry professionals. This comprehensive approach helps build the skilled workforce required for India's semiconductor ambitions, with growing focus on technology transfer to develop products and solutions that can move beyond the lab and contribute to industry and the broader economy.
