CG Semi Launches Commercial Chip Production, Bolstering India’s Global Semiconductor Ambitions

IR SUMMARY — KEY POINTS

• Prime Minister Narendra Modi formally inaugurated the commercial production facility of CG Semi in Sanand to accelerate domestic chip manufacturing capabilities.
• The facility is a joint venture between CG Power, Japan-based Renesas Electronics, and Stars Microelectronics, representing a massive 7,600 crore rupee investment.
• CG Semi has already commenced international exports of assembled semiconductor chips to Malaysia, marking a significant milestone for India's growing semiconductor industry.
• Officials confirm that the current G1 facility produces 500,000 chips daily, with plans for a second plant to boost total capacity significantly.
• The government is now looking toward the next phase of its national strategy, focusing on full-stack intellectual property and equipment manufacturing hardware.

India has taken a monumental step toward technological self-reliance as the CG Semi facility in Sanand, Gujarat, officially commenced commercial operations. This milestone represents a transformative shift in the nation's industrial landscape, moving from planning and pilot phases to full-scale output of semiconductor components. The facility, which is a key pillar of the India Semiconductor Mission, functions as an advanced outsourced semiconductor assembly and test site. By transitioning to active production, the country is signaling its readiness to compete directly in the global supply chain, serving critical sectors including automotive and consumer electronics.

Scaling Local Production Capacity

The operational launch serves as a tangible success for the collaborative model adopted by the government to foster foreign partnerships and technical expertise. The project is backed by a substantial investment of 7,600 crore rupees and is structured as a joint venture involving the domestic powerhouse CG Power, alongside Renesas Electronics from Japan and Thailand’s Stars Microelectronics. This partnership structure was specifically designed to ensure the seamless transfer of complex assembly, packaging, and testing methodologies, which are essential for maintaining the high standards required for modern industrial and power management applications.

Beyond the domestic impact, the facility has already begun projecting its influence onto the international stage by successfully executing its first commercial exports. Consignments of assembled semiconductor chips were dispatched to Malaysia to satisfy the immediate demand from international customers associated with its joint venture partners. These early exports represent a critical proof-of-concept for the burgeoning OSAT industry within India. By establishing these logistical channels, the country is moving beyond theoretical manufacturing plans and is instead proving that its factories can reliably meet the strict demands of global semiconductor markets.

Global Export Milestones Reached

Looking toward the immediate future, the site in Sanand is already preparing for a significant scaling of operations through the development of a second unit. The current G1 line operates with a daily capacity of approximately 500,000 units, but the upcoming G2 facility is designed to dwarf these figures. Once fully operational, the combined production capacity of the two sites is expected to reach an impressive 14.5 million chips per day. This aggressive expansion strategy is vital for sustaining the government's vision of becoming a reliable hub for diverse chip-related hardware needs.

The political leadership has emphasized that this project is not an isolated success but rather the next phase in a comprehensive electronics revolution. During the inauguration, Prime Minister Narendra Modi highlighted that the journey from laying the foundation stone to reaching commercial production in less than two years underscores the nation's newfound speed and focus. The administration remains committed to creating a holistic ecosystem that spans the entire value chain, from initial design work to advanced fabrication and final packaging, thereby reducing long-term dependence on imported components for key industries.

Future Expansion And Capacity

Economic and technical experts have noted that the ecosystem is being built on the back of rigorous training programs and a growing pool of specialized talent. Currently, more than 75,000 engineers have been trained to support the highly technical requirements of the sector. This workforce development is considered as important as the physical infrastructure itself, as the industry demands high precision in manufacturing legacy chips like QFN and QFP, alongside advanced variants such as FC-BGA. The focus on human capital is expected to provide a sustainable advantage as the sector matures over the coming decade.

The broader policy landscape, often referred to as the India Semiconductor Mission, is already transitioning toward a more advanced second phase. While the first phase focused on establishing a physical manufacturing footprint, the Semicon 2.0 initiative will prioritize the development of domestic full-stack intellectual property and the manufacturing of specialized equipment. This shift is intended to move the country up the value chain, ensuring that local firms are not just assembly partners but also creators of the complex machinery that powers global semiconductor fabrication and testing facilities.

Long Term Strategic Vision

The rapid industrialization of Sanand has positioned the region as a central node in the global electronics market, attracting further attention from international stakeholders. Companies like Micron Technology and others have also been identified as key participants in this wider movement, illustrating a concerted drive to secure the domestic supply of critical electronic hardware. With billions of dollars in cumulative investment already approved across multiple states, the ongoing activities represent a structural change in how the nation integrates into the highly technical and competitive global digital economy.