India Launches Semiconductor Fab Construction With $10 Billion Tata-PSMC Joint Venture
India's Chip Fab Dream Breaks Ground
Tata Electronics and Taiwan's Powerchip Semiconductor Manufacturing Corporation have broken ground on India's first semiconductor fabrication facility in Dholera, Gujarat. The plant, backed by approximately $10 billion in combined private and government investment, will produce chips on 28nm and 40nm process nodes — mature technologies widely used in automotive, industrial, and IoT applications.
Indian Prime Minister Narendra Modi attended the ceremony, calling the facility "a milestone in India's journey from being a chip consumer to a chip producer." The government is contributing approximately $5 billion through its India Semiconductor Mission incentive program.
Production Plans
The fab is designed for 50,000 wafer starts per month at full capacity, with production beginning in late 2027. Initial output will focus on 40nm wafers, with 28nm capability added in a second phase by 2029. PSMC is providing the process technology, equipment sourcing expertise, and initial engineering team.
Tata Electronics MD Randhir Thakur said the plant will "serve India's growing domestic demand for automotive and IoT chips, reducing the country's $30 billion annual semiconductor import bill." He noted that India currently imports 100% of its semiconductor requirements.
Workforce Development
Running a semiconductor fab requires specialized skills that India currently lacks at scale. Tata is investing $200 million in a training program, including a partnership with the Indian Institute of Technology Bombay and a training facility in Hsinchu, Taiwan, where 500 Indian engineers are spending 12 months learning PSMC's manufacturing processes.
PSMC chairman Frank Huang said the training investment "is essential. You can build a fab in three years, but creating a workforce that can run it at world-class yields takes longer."
Strategic Context
India is not attempting to compete with Taiwan, South Korea, or the US on leading-edge chips. Instead, the focus on mature 28nm and 40nm nodes targets the fastest-growing segment of global chip demand. These nodes are used in automotive microcontrollers, power management chips, display drivers, and WiFi/Bluetooth modules — products where global capacity is tight and geopolitical diversification is valued.
Gartner analyst Alan Priestley said India's fab ambitions "are realistic precisely because they're not trying to do leading-edge. The 28nm market is undersupplied, growing, and less capital-intensive than sub-7nm. It's the right entry point for a new semiconductor nation."
