The next SEMICON India, slated for March 2028, will widen its scope to include electronics manufacturers using locally made chips. This shift aligns with India’s goal to scale its semiconductor market from $64 billion in 2026 to $200 billion by 2035, signaling a move toward integrating chips with end-use products.
The organizers of SEMICON India have announced that the next edition of the event is tentatively scheduled for March 2028. This upcoming gathering plans to evolve beyond traditional semiconductor manufacturing by actively inviting electronics companies that use India-made chips. By bringing chip producers and end-user electronics manufacturers onto a single platform, the organizers aim to bridge the gap between design and final product application.
Scaling the Ecosystem
The 2026 edition of the event demonstrated significant growth, with the number of participating companies rising to 600, nearly double the 350 companies that attended the previous version. International interest remains a key indicator for the industry, with 300 global companies taking part. The event recorded approximately 40,000 visitors, reflecting high engagement from the professional and student community. Future editions are exploring a collaboration with the India Mobile Congress, which would effectively link the semiconductor supply chain with broader sectors like telecommunications, data centers, and consumer electronics.
Strategic Investor Monitorables
For investors, the long-term potential of this sector lies in the government's India Semiconductor Mission. The industry is currently targeting a massive jump to a $200 billion market by 2035. However, turning this vision into profit involves several challenges. Semiconductor manufacturing is extremely capital-intensive, requiring massive spending on machinery and specialized infrastructure. Investors should track how companies manage the debt-to-equity ratio during this high-spending phase.
Furthermore, while India has a strong base in chip design—accounting for nearly 20% of the world's design engineers—the real value addition for shareholders will come from how effectively the industry shifts from design to high-end manufacturing and packaging. The key monitorable will be the actual absorption of government subsidies, the success of joint ventures between local and global firms, and the ability of companies to secure long-term purchase agreements with large electronics manufacturers.
Sector Risks
The semiconductor industry is sensitive to global supply chain disruptions and shifts in raw material pricing. As companies ramp up capacity to meet demand from the automotive, electric mobility, and artificial intelligence sectors, they face execution risks, such as project delays or cost overruns. Additionally, the success of these manufacturing projects depends on consistent demand from end-user industries. Investors should closely watch how quickly domestic and international consumer electronics brands adopt chips produced in Indian facilities, as this will determine the utilization levels and eventual margins for the new manufacturing plants.