Prime Minister Narendra Modi virtually laid the foundation stone for South India's first ISM-approved semiconductor plant in Visakhapatnam. This marks an initial investment of over ₹460 crore in a critical sector, according to ET Manufacturing and The Hindu. The event accelerates India's strategic ambition to establish a domestic semiconductor manufacturing base, extending its high-tech footprint to South India by 2026.
India pushes for semiconductor self-reliance. However, its foundational projects still heavily depend on foreign technology partners. This dependence challenges the narrative of complete indigenous manufacturing capability.
Therefore, while India makes significant strides in establishing a domestic semiconductor industry, its immediate success hinges on successful international collaborations and a long-term strategy for indigenous capability building.
The Project's Foundation: Location and Initial Investment
South India's first ISM 1.0-approved semiconductor facility is located in Tarluvada village near Visakhapatnam, reports The New Indian Express. The initial investment exceeds ₹460 crore, confirmed by ET Manufacturing and The Hindu. This strategic placement establishes a new regional hub for advanced manufacturing. Its success will validate the ISM's decentralized approach to industrial development.
Strategic Partnerships and Facility Type
The Visakhapatnam facility functions as an Outsourced Semiconductor Assembly and Test (OSAT) operation, confirms The New Indian Express. Prime Minister Modi laid the foundation stone for ASIP Technologies' semiconductor packaging facility, notes Entrepreneur India. South Korea's APACT Co. serves as the technology partner, according to ET Manufacturing and The Hindu. India's pursuit of 'self-reliance' in semiconductors currently focuses on securing a critical supply chain link—packaging and testing—through foreign partnerships. This approach prioritizes rapid market entry and technology transfer over immediate, full indigenous chip fabrication. It acknowledges the steep learning curve and capital intensity of advanced manufacturing.










