India’s semiconductor push will create countless jobs: PM

The government inaugurated CG Semi's G1 OSAT (Outsourced Semiconductor Assembly and Test) facility at Sanand, Gujarat on July 4, 2026, marking the start of c...

What Happened

The government inaugurated CG Semi's G1 OSAT (Outsourced Semiconductor Assembly and Test) facility at Sanand, Gujarat on July 4, 2026, marking the start of commercial semiconductor chip packaging production at one of India's first major chip plants.
The facility is a joint venture: CG Power and Industrial Solutions Limited (majority stake ~92.3%), Japan's Renesas Electronics, and Thailand's Stars Microelectronics — built under the India Semiconductor Mission (ISM).
The Sanand facility has a designed peak capacity of approximately 0.5 million chips per day (G1 plant), with a second G2 plant expected to come online by end-2026, together targeting ~14.5–15 million chips per day.
Total investment in the Sanand facility: ₹7,600 crore (~USD 870 million); government fiscal support under ISM covers 50% of capital expenditure.
The facility is positioned as the nucleus of a semiconductor cluster in Sanand, which already hosts Micron Technology's ATMP facility (inaugurated earlier in 2026) and Kaynes Semicon.

Static Topic Bridges

India Semiconductor Mission (ISM)

The India Semiconductor Mission is a purpose-built agency under the Ministry of Electronics and Information Technology (MeitY) established in 2021 to implement the Semcon India Programme, India's comprehensive policy framework to develop a domestic semiconductor ecosystem. It was set up as part of the ₹76,000 crore Semicon India Programme approved by the Union Cabinet.

Year launched: 2021 (Cabinet approval); ISM operationalized 2022.
Total financial outlay (ISM 1.0): ₹76,000 crore (~USD 10 billion).
Fiscal support structure: 50% capital expenditure support for Compound Semiconductor/Silicon Photonics/MEMS fabs and ATMP/OSAT units; up to 50% support for silicon fab projects meeting specific technology thresholds.
Key schemes: (i) Scheme for Silicon Semiconductor Fabs (50% capex support); (ii) Scheme for Compound Semiconductors, Silicon Photonics, Sensors, ATMP/OSAT (50% capex support); (iii) Design Linked Incentive (DLI) Scheme for chip design companies.
ISM 2.0: Finance Ministry has approved ₹1,25,000 crore (~USD 15 billion) outlay for the next phase, focusing on the wider ecosystem — chipmaking equipment, specialty chemicals, industrial gases.
Major approved projects: Tata Electronics (silicon fab, Dholera), CG Semi OSAT (Sanand), Micron ATMP (Sanand), Kaynes Semicon (Sanand), CG Semi ATMP (Morigaon, Assam).

Connection to this news: The CG Semi facility is the first large-scale OSAT project to enter commercial production under ISM 1.0, validating the mission's model of attracting domestic conglomerates with international technology partners through substantial government co-investment.

Semiconductor Value Chain — Fab, OSAT, and ATMP

A semiconductor chip goes through multiple production stages. Understanding where OSAT/ATMP sits in the chain is critical for UPSC.

Design: Conceptualizing the chip's architecture (India is strong here — many global chip companies have Indian design centers; DLI scheme targets this).
Fabrication (Fab): Manufacturing the raw silicon wafers with transistor patterns etched using photolithography. Highly capital-intensive; currently dominated by TSMC (Taiwan), Samsung (South Korea), Intel (USA). India's first silicon fab (Tata-PSMC) is under construction at Dholera, Gujarat.
OSAT (Outsourced Semiconductor Assembly and Test) / ATMP (Assembly, Testing, Marking, Packaging): The post-fab stage — dicing wafers into individual chips, packaging them (mounting on substrates, encapsulating), and testing electrical performance. Less capital-intensive than fabs; easier entry point for new semiconductor nations.
Why OSAT/ATMP matters: It enables domestic semiconductor supply chains even before full fab capability is established; creates engineering jobs; builds ecosystem expertise.
Applications of CG Semi chips: Automotive, industrial electronics, consumer electronics, telecom/5G, IoT, and power management.

Connection to this news: India has strategically entered the semiconductor value chain at the OSAT/ATMP stage — the most accessible tier — while simultaneously building full silicon fabrication capability at Dholera. Sanand is emerging as India's first semiconductor cluster with multiple facilities co-located.

Make in India and Production Linked Incentive (PLI) Scheme

Make in India, launched in September 2014, is a flagship initiative to transform India into a global manufacturing hub by encouraging both domestic and foreign companies to manufacture in India. The Production Linked Incentive (PLI) scheme, launched in 2020, operationalizes this by providing incentive payments (4–20% of incremental sales) to manufacturers in targeted sectors.

Make in India launched: September 25, 2014.
PLI launched: March 2020 (initially for mobile phones/electronic components); expanded to 14 sectors including semiconductors.
Semiconductors are governed separately under Semcon India Programme / ISM rather than the standard PLI framework (capital-expenditure support model rather than sales-linked incentive, given the nature of semiconductor investment cycles).
India's electronics manufacturing output target: USD 300 billion by 2026 (from ~USD 105 billion in 2023–24).
Sanand, Gujarat has emerged as India's electronics/semiconductor cluster hub, also hosting Tata Electronics' iPhone component plant and multiple EV manufacturers.

Connection to this news: The semiconductor facility is a direct product of the Make in India–PLI–ISM policy ecosystem; the Sanand cluster model demonstrates the geographic concentration strategy that complements sectoral incentives.

India's Artificial Intelligence (AI) Policy and Digital Economy

The government has framed semiconductor manufacturing as foundational infrastructure for the emerging AI and digital economy. Chips are the physical substrate of AI computation — every AI model, data center, and edge device depends on semiconductor hardware.

IndiaAI Mission: Launched in March 2024 with ₹10,371.92 crore outlay; focuses on compute infrastructure (10,000+ GPU cluster), foundational model development, AI startups, safe AI, and skilling.
India's AI ambitions: Government aims to position India as a global AI hub, leveraging its software talent base and growing semiconductor manufacturing base.
Chip demand drivers: AI inference chips (for running trained models), 5G base stations, IoT devices, electric vehicles — all high-growth sectors creating domestic semiconductor demand.
AI-related skilling programs: PM Vidyalakshmi (higher education), PMKVY (vocational skilling), FutureSkills Prime (IT skilling) are being expanded to include AI/semiconductor content.

Connection to this news: The inauguration speech explicitly linked semiconductor manufacturing to India's positioning in the AI era — domestically manufactured chips reduce dependence on imported semiconductors for AI infrastructure and create a self-reinforcing ecosystem of chip design, manufacturing, and AI application development.

Key Facts & Data

Facility: CG Semi G1 OSAT facility, Sanand, Gujarat
Date inaugurated: July 4, 2026
Investment: ₹7,600 crore (~USD 870 million)
Joint venture partners: CG Power & Industrial Solutions (~92.3%), Renesas Electronics (Japan), Stars Microelectronics (Thailand)
G1 peak capacity: ~0.5 million chips/day (4.7–5 billion units/year)
Combined G1+G2 target: ~14.5–15 million chips/day (G2 expected by end-2026)
Government fiscal support under ISM: 50% of capital expenditure
Semcon India Programme outlay (ISM 1.0): ₹76,000 crore
ISM 2.0 approved outlay: ₹1,25,000 crore
ISM established: 2021 under MeitY
Other Sanand semiconductor players: Micron Technology (ATMP), Kaynes Semicon
India's first silicon fab: Tata Electronics–PSMC, Dholera, Gujarat (under construction)
Make in India launch: September 25, 2014
IndiaAI Mission outlay: ₹10,371.92 crore (March 2024)
Chip application sectors: Automotive, industrial, consumer electronics, 5G/telecom, IoT, power