₹1.27 Lakh Crore for Semicon 2.0 — and This Time the Money Follows the Gases Too
The second semiconductor mission extends incentives beyond fabs to raw materials, minerals and process gases, addressing the input dependence version one left untouched
What happened
Industrial policy answers usually recite outlays. The examinable feature of this mission is a design correction: version one funded the factory and ignored what goes into it, and version two pays for minerals and gases as well. Read that shift alongside recent export restrictions on critical inputs, and the mission stops being an aspiration about chips and becomes a response to a demonstrated supply-chain vulnerability.
Mission One vs Mission Two
India Semiconductor Mission
| ISM 1.0 | ISM 2.0 | |
|---|---|---|
| Outlay | ₹76,000 cr | ₹1.27 lakh cr |
| Projects approved | 12 | — |
| Investment mobilised / expected | ₹1.64 lakh cr | ~₹4 lakh cr |
| Expected production | — | ~₹2 lakh cr |
| Raw materials & gases covered | No | Yes |
Source: Ministry of Electronics and Information Technology; Union Cabinet approval, 15 July 2026
The India Semiconductor Mission (ISM) operates under the Ministry of Electronics and Information Technology to build a domestic semiconductor and display manufacturing ecosystem.
●ISM 1.0 carried an allocation of ₹76,000 crore and approved twelve projects with cumulative investments of about ₹1.64 lakh crore.
●ISM 2.0, approved by the Union Cabinet on 15 July 2026, carries an outlay of ₹1.27 lakh crore and is expected to attract around ₹4 lakh crore in investment and produce semiconductors worth about ₹2 lakh crore over the scheme period.
●It is structured around six pillars: chip design, development, production, raw material support, chips for AI devices, and the end-to-end value chain.
●The notable extension is incentives for suppliers of raw materials, including minerals and process gases — inputs such as high-purity helium, neon, argon and specialty chemicals essential to fabrication, which India imports almost entirely.
●Semiconductor manufacturing is conventionally divided into design (fabless), fabrication (the fab), and assembly, testing, marking and packaging (ATMP/OSAT), with India historically strong in design services and absent from fabrication.
●At the same Cabinet meeting, a Mobile Phone Manufacturing Scheme was approved with an outlay of ₹62,500 crore — incentives of 2.25 to 5 per cent on eligible sales, plus up to 1.5 per cent for domestic sourcing and 3 per cent for design and R&D — expecting about ₹39 lakh crore of cumulative production and roughly 60,000 direct jobs.
A fab without secured gases and chemicals is an idle building. Funding the inputs is the correction that distinguishes the second mission from the first.
◎ In Simple Words
Computer chips are made in enormous, extremely expensive factories, and India has been trying to build some. The government has now approved a second, much larger programme — about ₹1.27 lakh crore, compared with ₹76,000 crore the first time. The important change is what the money covers. Making chips needs not just the factory but also special materials and very pure gases, almost all of which India imports. If a supplying country stops selling them, the factory cannot run. So this time the government will also pay companies to produce those materials in India.
Factual Pointers
Practice · 2 questions
With reference to the India Semiconductor Mission, consider the following statements:
1. ISM 2.0 was approved with an outlay larger than that of ISM 1.0.
2. ISM 2.0 extends incentives to suppliers of raw materials, including minerals and gases.
3. It is implemented under the Ministry of Electronics and Information Technology.
Which of the statements given above are correct?
In the semiconductor industry, the term 'ATMP' refers to:
Mains Practice Questions
"Building fabrication plants while importing every input substitutes one dependence for another." Examine the significance of the raw material pillar in India's semiconductor strategy. (250 words, GS3)
Capital can build capacity; only operation builds capability. Discuss this distinction with reference to India's semiconductor ambitions. (250 words, GS3)
Assess whether semiconductor manufacturing is an appropriate target for large-scale industrial subsidy in India, given its employment intensity. (150 words, GS3)
Frequently Asked
· People also askWhat is India Semiconductor Mission 2.0?
The second edition of India's semiconductor programme, approved by the Union Cabinet on 15 July 2026 with an outlay of ₹1.27 lakh crore. The government expects it to attract about ₹4 lakh crore in investment and generate semiconductor production worth roughly ₹2 lakh crore over the scheme period.
Prelims · GS3It is structured around six pillars: chip design, development, production, raw material support, chips for AI devices, and the end-to-end value chain, and operates under the Ministry of Electronics and Information Technology.
SOURCE Ministry of Electronics and Information Technology
How does it differ from the first mission?
Two ways. The outlay rises from ₹76,000 crore to ₹1.27 lakh crore, and incentives now extend to suppliers of raw materials including minerals and process gases — inputs the first mission left unaddressed while focusing on fabrication and assembly.
GS3 · S&TISM 1.0 approved twelve projects carrying cumulative investments of about ₹1.64 lakh crore, demonstrating the subsidy model could attract commitments. The decisive test remains conversion of approved projects into operating plants at commercial yield.
SOURCE Ministry of Electronics and Information Technology
Why do raw materials and gases matter for chip manufacturing?
A fabrication plant consumes high-purity gases, specialty chemicals and processed minerals in continuous supply, and India imports effectively all of them. A fab without secured inputs is an idle building — so building capacity while importing every input substitutes one dependence for another.
GS3 · EconomyRecent export restrictions on process gases imposed elsewhere with immediate effect and no notice demonstrated how quickly such supply becomes politically contingent, which is what makes the raw material pillar strategically significant.
SOURCE Ministry of Electronics and Information Technology
What is the mobile phone manufacturing scheme approved alongside?
A ₹62,500 crore scheme offering incentives of 2.25 to 5 per cent on eligible sales, with up to 1.5 per cent additional for domestic sourcing and 3 per cent for design and R&D. It expects cumulative production of about ₹39 lakh crore and roughly 60,000 direct jobs.
Prelims · GS3The graded incentives deliberately push firms up the value chain rather than merely rewarding assembly volume — chips and devices being supported together as one architecture.
SOURCE Ministry of Electronics and Information Technology
Why is semiconductor manufacturing so difficult to enter?
Because the barrier is process capability, not capital. Leading-edge fabs cost tens of billions, depreciate on a technology cycle of a few years, and depend on tacit know-how. Yield — the proportion of usable chips per wafer — determines viability and is learned through operation, not purchased.
GS3 · S&TThis is why realistic entry strategies begin at mature process nodes and in assembly, testing and packaging rather than at the technological frontier, building outward from India's established strength in chip design.
SOURCE Industry technical literature
Is subsidy at this scale justified?
The strategic case rests on security rather than economic dependence: India's electronics, defence, automotive, telecom and power sectors all depend on imported chips, and global supply is concentrated in a few locations, some in contested regions. A disruption there is a shortage no purchasing power resolves.
GS3 · EconomyThe fair counter-question is employment return — semiconductor and advanced electronics manufacturing is capital-intensive and generates far less direct employment per rupee than the labour-intensive sectors India also needs to expand.
SOURCE Ministry of Electronics and Information Technology