India 3D Chip Packaging Facility Investment Semiconductor Manufacturing Expansion

India has taken a major step in strengthening its semiconductor ecosystem with the launch of its first advanced 3D chip packaging facility. Announced on April 19 by the India Ministry of Electronics and IT, the foundation stone was laid at Info Valley in Bhubaneswar. This initiative reflects the country’s strategic push to localize high-value semiconductor manufacturing capabilities and reduce dependence on imports while supporting emerging technology sectors such as automotive electronics, artificial intelligence, and telecommunications.

Project Investment and Strategic Implementation

The facility is being developed by 3D Glass Solutions Inc., a US-based company, through its Indian subsidiary Heterogeneous Integration Packaging Solutions Pvt. Ltd., located in the Khordha district. The total investment for the project is INR 19.44 billion, supported by a central government contribution of INR 7.99 billion and additional state support of approximately INR 3.99 billion. This funding structure highlights coordinated efforts between central and state governments to accelerate semiconductor infrastructure development in the region.

Production Capacity and Technology Scope

Once operational, the greenfield facility is expected to deliver significant manufacturing output. It will produce around 70,000 glass panels annually, alongside 50 million assembled semiconductor units. Additionally, the plant will manufacture approximately 13,000 advanced 3D heterogeneous integration modules each year. These modules are critical for next-generation electronics, offering improved performance, miniaturization, and energy efficiency compared to traditional packaging technologies.

Applications Across High-Growth Sectors

The production from this facility will cater to multiple high-demand industries. Key application areas include automotive radar systems, data centres, artificial intelligence processing, machine learning infrastructure, and next-generation 5G and 6G communication networks. It will also support advanced requirements in defence electronics, aerospace technologies, and photonics, positioning the facility as a crucial contributor to both commercial and strategic sectors.

Timeline and Operational Roadmap

The project has a clearly defined execution timeline aimed at phased scalability. Commercial production is scheduled to begin by August 2028, allowing initial deployment of packaged semiconductor solutions. This will be followed by full-scale volume production by August 2030, ensuring that the facility can meet growing domestic and global demand. The phased ramp-up approach ensures operational stability while enabling gradual capacity expansion aligned with market needs.

Production Output Overview

Impact on Semiconductor Ecosystem

This facility marks a significant milestone in India’s semiconductor journey, particularly in advanced packaging technologies, which are essential for modern electronics manufacturing. By focusing on 3D heterogeneous integration, the project aligns with global trends in chip design and packaging innovation. It also enhances India’s competitiveness in high-value electronics manufacturing while supporting critical sectors such as automotive electronics, where advanced radar and sensing technologies are increasingly important.

Frequently Asked Questions

What is the significance of India’s first 3D chip packaging facility?
India’s first advanced 3D chip packaging facility represents a major leap in domestic semiconductor capabilities, enabling high-performance chip integration for sectors like automotive, AI, and telecommunications. This development reduces reliance on imports while strengthening local manufacturing. The facility will support next-generation applications, including 5G, defence electronics, and data centres, while positioning India as a competitive player in global semiconductor value chains through advanced packaging technologies.