The Indian government has formally notified the ₹1.27 lakh crore Semicon 2.0 scheme, setting out a six-pillar strategy aimed at building a complete domestic semiconductor ecosystem spanning chip design, manufacturing equipment, fabrication, advanced packaging, research and development, and talent. The notification follows the Union Cabinet’s approval of the programme in July and represents a significant expansion of India’s semiconductor policy beyond the fabrication-focused approach of the first phase.
The scheme is designed to provide sustained fiscal and policy support across the semiconductor value chain while building resilient, trusted and sovereign technologies for strategic and critical infrastructure. The government is targeting greater domestic value addition, stronger supply-chain resilience and a larger role for India in the global semiconductor industry.
Government Notifies ₹1.27 Lakh Crore Semicon 2.0 Scheme
The government has notified Semicon 2.0 with a total outlay of ₹1,27,500 crore.
The programme builds on the ₹76,000-crore Semicon 1.0 initiative and broadens the policy focus from attracting fabs and packaging facilities to developing capabilities across the entire semiconductor value chain.
The notification covers six strategic segments, with fiscal support intended to encourage private investment, technology development and domestic manufacturing.
Semicon 2.0 At A Glance
| Particular | Details |
|---|---|
| Scheme | Semicon 2.0 |
| Total outlay | ₹1,27,500 crore |
| Previous programme | Semicon 1.0 |
| Semicon 1.0 outlay | ₹76,000 crore |
| Focus | Semiconductor design and manufacturing ecosystem |
| Strategic pillars | 6 |
| First fab expected | 2028 |
| Design startups already developing chips | 105 |
| Universities involved in chip-design training | 315 |
| Students trained | ~68,000 |
The government said the new programme is intended to create a complete semiconductor ecosystem rather than isolated manufacturing capacity.
Six Pillars Of Semicon 2.0
The new programme is organized around six pillars:
- Chip design
- Semiconductor machines and materials
- Fabrication facilities
- ATMP/OSAT and advanced packaging
- Research and development
- Talent development
Together, these areas cover much of the semiconductor value chain from intellectual property and design to manufacturing, packaging and skilled manpower.
Six-Pillar Strategy
SEMICON 2.0
│
┌──────────────┼──────────────┐
▼ ▼ ▼
Chip Design Machines & More Fabs
Materials
│ │ │
└──────────────┼──────────────┘
│
┌───────────┼───────────┐
▼ ▼ ▼
ATMP/OSAT R&D Talent
& Packaging
The integrated approach is intended to reduce gaps between different parts of India’s semiconductor ecosystem.
Pillar 1: Building India’s Chip Design Capability
The first pillar focuses on semiconductor design and intellectual property.
The government says 105 startups are already developing chips, creating a base for the next phase of India’s design ambitions.
Semicon 2.0 will support the development of semiconductor IP, chips, systems-on-chip (SoCs) and modules for electronic products identified as strategically or nationally important.
Targeted Design Areas
| Area | Examples |
|---|---|
| Semiconductor IP | Reusable chip building blocks |
| Compute | Processing-related designs |
| Memory | Memory architectures |
| RF | Radio-frequency technologies |
| Power | Power-management chips |
| Networking | Connectivity components |
| Sensors | Sensing applications |
| SoCs | Integrated system designs |
The government wants to establish India as a significant source of semiconductor design IP rather than limiting the country’s role to manufacturing and assembly.
India Already Has 105 Chip-Design Startups
The design ecosystem developed under Semicon 1.0 provides a starting point for the new programme.
The government said 105 startups and MSMEs have been granted access to industry-standard Electronic Design Automation (EDA) tools.
These companies are working on chips and SoCs for applications ranging from satellite communications and drones to surveillance cameras, IoT devices, AI systems, telecom equipment and smart meters.
Semiconductor Design Ecosystem
105 startups / MSMEs
│
▼
EDA tool access
│
▼
Chip + SoC development
│
▼
Prototype
│
▼
Deployment
│
▼
Strategic + commercial products
Semicon 2.0 aims to take this ecosystem from early design capabilities toward more commercially deployable semiconductor products.
Pillar 2: Machines And Semiconductor Materials
The second pillar targets one of the most important weaknesses in India’s semiconductor ecosystem: the manufacturing inputs required to produce chips.
The government plans to incentivize companies involved in manufacturing semiconductor equipment, materials, chemicals and specialty gases.
These capabilities are essential to building a sustainable domestic semiconductor manufacturing chain.
Manufacturing Inputs Covered
| Category | Role |
|---|---|
| Semiconductor equipment | Chip manufacturing machinery |
| Materials | Production inputs |
| Chemicals | Wafer and chip processing |
| Specialty gases | Semiconductor manufacturing |
| Precision manufacturing | Equipment and component ecosystem |
Developing these industries could also create capabilities that have applications beyond semiconductors.
Why Semiconductor Equipment Matters
A semiconductor fab requires a complex network of equipment and materials.
Simply building a fabrication plant does not create a self-sufficient semiconductor ecosystem if critical manufacturing inputs must continue to be imported.
Semicon 2.0 therefore seeks to encourage domestic capabilities further upstream.
Equipment
+
Materials
+
Chemicals
+
Specialty gases
│
▼
Semiconductor fab
│
▼
Wafer processing
│
▼
Finished chips
This approach is intended to improve supply-chain resilience and increase domestic value addition.
Pillar 3: More Semiconductor Fabs
The third pillar focuses on expanding India’s semiconductor fabrication capacity.
The government plans to attract more manufacturers to establish fabs in India, including:
- Silicon fabs
- Compound semiconductor fabs
- Discrete-component fabs
- Display fabs
India’s first semiconductor fab is scheduled to be commissioned in 2028, according to the government.
Fab Expansion Strategy
| Fab Type | Target |
|---|---|
| Silicon fabs | Advanced chip manufacturing |
| Compound semiconductor fabs | Specialized applications |
| Discrete component fabs | Power and electronic components |
| Display fabs | Screens and display technologies |
The government’s objective is to attract additional manufacturers as confidence in India’s semiconductor strategy grows.
Semicon 1.0 Has Already Approved 12 Projects
The government says 12 semiconductor manufacturing projects have been approved under the first phase.
Together, these projects represent cumulative investment commitments of more than ₹1.64 lakh crore.
The projects include one silicon fab, one silicon-carbide fab, an integrated gallium-nitride micro-LED display fab and nine packaging units.
Semicon 1.0 Progress
| Indicator | Progress |
|---|---|
| Approved manufacturing projects | 12 |
| Cumulative investment | >₹1.64 lakh crore |
| Silicon fabs | 1 |
| Silicon-carbide fabs | 1 |
| Integrated GaN Micro LED display fab | 1 |
| Packaging units | 9 |
| Commercial production already started | 3 |
The government says Micron, Kaynes and CG Semi have started commercial production, with another facility expected to begin production in 2026.
Pillar 4: Strengthening ATMP And OSAT
The fourth pillar focuses on Assembly, Testing, Marking and Packaging (ATMP) and Outsourced Semiconductor Assembly and Test (OSAT).
Packaging is an essential part of semiconductor manufacturing because a fabricated chip must be assembled, connected and protected before it can be integrated into electronic products.
The government wants India to attract more advanced packaging technologies under Semicon 2.0.
Semiconductor Value Chain
Chip design
│
▼
Wafer fabrication
│
▼
Assembly
│
▼
Testing
│
▼
Packaging
│
▼
Finished semiconductor
India’s existing packaging projects provide a foundation for moving into more sophisticated technologies.
Advanced Packaging Is Becoming More Important
As chips become more complex, packaging increasingly determines performance, power efficiency and how multiple components can be integrated.
The government therefore wants India to move beyond basic packaging capabilities and attract advanced ATMP and OSAT technologies.
This could create opportunities in areas such as high-performance computing, automotive electronics, telecommunications and artificial intelligence.
Pillar 5: Advanced Semiconductor Research And Development
The fifth pillar focuses on research and development.
India’s semiconductor manufacturing journey has initially concentrated on technologies in the 28nm to 110nm range.
Semicon 2.0 aims to support development of more advanced nodes and other next-generation semiconductor technologies through collaboration with leading research centers in India and overseas.
R&D Roadmap
Current focus
28nm ───────────── 110nm
│
▼
Semicon 2.0 R&D
│
▼
More advanced nodes
│
▼
Next-generation technologies
The move is important because long-term semiconductor competitiveness depends not only on manufacturing capacity but also on domestic research and intellectual property.
Pillar 6: Building Semiconductor Talent
The sixth pillar focuses on the industry’s most important long-term requirement: skilled talent.
The government says 315 universities are already training students in complex chip design using the latest EDA tools.
Approximately 68,000 students have been trained so far.
Semiconductor Talent Base
| Indicator | Number |
|---|---|
| Universities involved | 315 |
| Students trained | ~68,000 |
| Training focus | Complex chip design |
| Tools | Industry-standard EDA |
| Future focus | Design + fabrication + clean-room skills |
Semicon 2.0 will deepen training during university education and increase industry participation in areas such as clean-room operations, fab construction and semiconductor manufacturing.
India Wants To Build A Complete Semiconductor Ecosystem
The biggest difference between Semicon 1.0 and Semicon 2.0 is the breadth of the strategy.
The first phase focused heavily on establishing manufacturing and packaging capabilities.
The second phase seeks to connect design, equipment, materials, fabs, packaging, R&D and talent into a single ecosystem.
Semicon 1.0 Vs Semicon 2.0
| Semicon 1.0 | Semicon 2.0 |
|---|---|
| ₹76,000 crore outlay | ₹1,27,500 crore outlay |
| Initial manufacturing push | Complete ecosystem |
| Fabs | Fabs + equipment |
| Packaging | Advanced packaging |
| Design support | Deeper IP + chip design |
| Emerging R&D | Advanced-node R&D |
| Talent development | Expanded industry-linked training |
The government is effectively moving from building semiconductor facilities to building semiconductor industrial depth.
Supply-Chain Resilience Is A Core Objective
Semiconductors are strategically important because they are essential to automobiles, telecommunications, consumer electronics, aerospace, defense, power electronics and AI infrastructure.
Global supply chains remain concentrated in a limited number of regions.
India’s government wants domestic capabilities to reduce exposure to external disruptions.
Strategic Sectors
Semiconductors
│
├── Automobiles
├── Telecom
├── Aerospace
├── Defense
├── Consumer electronics
├── Power electronics
└── AI systems
The government has explicitly linked Semicon 2.0 to national security and supply-chain resilience.
India Targets A Bigger Global Semiconductor Role
Electronics and IT Minister Ashwini Vaishnaw said the government expects India could account for nearly 10% of the global semiconductor industry market in the coming years.
He also said the objective is to make India an indispensable part of global semiconductor supply chains, from wafer fabrication to chip production.
The target reflects the scale of India’s ambition.
Rather than simply meeting domestic demand, the government wants India to become a significant global manufacturing and design base.
Private Investment Will Be Critical
The ₹1.27 lakh crore government outlay is intended to catalyze much larger private-sector investment.
The first phase has already attracted investment commitments exceeding ₹1.64 lakh crore across approved projects.
The next challenge will be converting policy incentives into commercially sustainable projects.
Government Support To Industry
Government incentives
│
▼
Lower investment barriers
│
▼
Private-sector investment
│
▼
Fabs + packaging + equipment
│
▼
Domestic supply chain
│
▼
Global semiconductor exports
The success of Semicon 2.0 will therefore depend on whether companies view India as commercially competitive, not simply on the size of the subsidy programme.
India Still Faces Major Semiconductor Challenges
Building a semiconductor ecosystem takes years and requires enormous capital, sophisticated infrastructure and reliable access to power, water and specialized inputs.
India will also compete with established semiconductor hubs in Taiwan, South Korea, Japan, the United States, China and parts of Southeast Asia.
The six-pillar strategy addresses several of these gaps, but execution will remain the central challenge.
Key Challenges
| Challenge | Why It Matters |
|---|---|
| High capital costs | Fabs require large investments |
| Technology access | Advanced nodes require specialized know-how |
| Equipment dependence | Manufacturing relies on complex tools |
| Skilled workforce | Fabs need specialized engineers |
| Supply-chain depth | Materials and chemicals must be reliable |
| Global competition | Established hubs have mature ecosystems |
| Time to scale | Semiconductor projects take years |
Semicon 2.0 is therefore a long-term industrial strategy rather than a quick manufacturing programme.
The Bigger Picture
The notification of the ₹1.27 lakh crore Semicon 2.0 scheme marks India’s transition from an initial semiconductor manufacturing push to a broader attempt to build a complete chip ecosystem. The programme’s six pillars cover design, semiconductor equipment and materials, fabs, ATMP/OSAT and advanced packaging, R&D, and talent development. The government wants these capabilities to reinforce one another rather than develop as isolated industries.
The foundation created by Semicon 1.0 is already significant, with 12 approved projects representing more than ₹1.64 lakh crore of investment commitments and three facilities having started commercial production. Semicon 2.0 now seeks to deepen that ecosystem by developing domestic semiconductor IP, manufacturing inputs, advanced packaging and more sophisticated research capabilities while expanding the talent pool.
Looking Ahead
The immediate test will be whether Semicon 2.0 can attract additional global and Indian semiconductor companies to establish manufacturing and technology operations in the country. The first fab is expected to be commissioned in 2028, giving India a concrete milestone against which the broader strategy can be measured. At the same time, the government will need to ensure that equipment, materials, skilled workers and supporting infrastructure develop quickly enough to make individual fabs commercially viable.
Over the longer term, the programme’s success will be measured by India’s ability to move up the semiconductor value chain—from providing design services and assembly capacity to owning valuable semiconductor IP, manufacturing chips, developing advanced packaging technologies and contributing to next-generation R&D. If the six-pillar approach succeeds, Semicon 2.0 could make India a more important node in global semiconductor supply chains while strengthening domestic resilience in strategically critical technologies.
The Indian government has formally notified the ₹1.27 lakh crore Semicon 2.0 scheme, setting out a six-pillar strategy aimed at building a complete domestic semiconductor ecosystem spanning chip design, manufacturing equipment, fabrication, advanced packaging, research and development, and talent. The notification follows the Union Cabinet’s approval of the programme in July and represents a significant expansion of India’s semiconductor policy beyond the fabrication-focused approach of the first phase.
The scheme is designed to provide sustained fiscal and policy support across the semiconductor value chain while building resilient, trusted and sovereign technologies for strategic and critical infrastructure. The government is targeting greater domestic value addition, stronger supply-chain resilience and a larger role for India in the global semiconductor industry.
Government Notifies ₹1.27 Lakh Crore Semicon 2.0 Scheme
The government has notified Semicon 2.0 with a total outlay of ₹1,27,500 crore.
The programme builds on the ₹76,000-crore Semicon 1.0 initiative and broadens the policy focus from attracting fabs and packaging facilities to developing capabilities across the entire semiconductor value chain.
The notification covers six strategic segments, with fiscal support intended to encourage private investment, technology development and domestic manufacturing.
Semicon 2.0 At A Glance
| Particular | Details |
|---|---|
| Scheme | Semicon 2.0 |
| Total outlay | ₹1,27,500 crore |
| Previous programme | Semicon 1.0 |
| Semicon 1.0 outlay | ₹76,000 crore |
| Focus | Semiconductor design and manufacturing ecosystem |
| Strategic pillars | 6 |
| First fab expected | 2028 |
| Design startups already developing chips | 105 |
| Universities involved in chip-design training | 315 |
| Students trained | ~68,000 |
The government said the new programme is intended to create a complete semiconductor ecosystem rather than isolated manufacturing capacity.
Six Pillars Of Semicon 2.0
The new programme is organized around six pillars:
- Chip design
- Semiconductor machines and materials
- Fabrication facilities
- ATMP/OSAT and advanced packaging
- Research and development
- Talent development
Together, these areas cover much of the semiconductor value chain from intellectual property and design to manufacturing, packaging and skilled manpower.
Six-Pillar Strategy
SEMICON 2.0
│
┌──────────────┼──────────────┐
▼ ▼ ▼
Chip Design Machines & More Fabs
Materials
│ │ │
└──────────────┼──────────────┘
│
┌───────────┼───────────┐
▼ ▼ ▼
ATMP/OSAT R&D Talent
& Packaging
The integrated approach is intended to reduce gaps between different parts of India’s semiconductor ecosystem.
Pillar 1: Building India’s Chip Design Capability
The first pillar focuses on semiconductor design and intellectual property.
The government says 105 startups are already developing chips, creating a base for the next phase of India’s design ambitions.
Semicon 2.0 will support the development of semiconductor IP, chips, systems-on-chip (SoCs) and modules for electronic products identified as strategically or nationally important.
Targeted Design Areas
| Area | Examples |
|---|---|
| Semiconductor IP | Reusable chip building blocks |
| Compute | Processing-related designs |
| Memory | Memory architectures |
| RF | Radio-frequency technologies |
| Power | Power-management chips |
| Networking | Connectivity components |
| Sensors | Sensing applications |
| SoCs | Integrated system designs |
The government wants to establish India as a significant source of semiconductor design IP rather than limiting the country’s role to manufacturing and assembly.
India Already Has 105 Chip-Design Startups
The design ecosystem developed under Semicon 1.0 provides a starting point for the new programme.
The government said 105 startups and MSMEs have been granted access to industry-standard Electronic Design Automation (EDA) tools.
These companies are working on chips and SoCs for applications ranging from satellite communications and drones to surveillance cameras, IoT devices, AI systems, telecom equipment and smart meters.
Semiconductor Design Ecosystem
105 startups / MSMEs
│
▼
EDA tool access
│
▼
Chip + SoC development
│
▼
Prototype
│
▼
Deployment
│
▼
Strategic + commercial products
Semicon 2.0 aims to take this ecosystem from early design capabilities toward more commercially deployable semiconductor products.
Pillar 2: Machines And Semiconductor Materials
The second pillar targets one of the most important weaknesses in India’s semiconductor ecosystem: the manufacturing inputs required to produce chips.
The government plans to incentivize companies involved in manufacturing semiconductor equipment, materials, chemicals and specialty gases.
These capabilities are essential to building a sustainable domestic semiconductor manufacturing chain.
Manufacturing Inputs Covered
| Category | Role |
|---|---|
| Semiconductor equipment | Chip manufacturing machinery |
| Materials | Production inputs |
| Chemicals | Wafer and chip processing |
| Specialty gases | Semiconductor manufacturing |
| Precision manufacturing | Equipment and component ecosystem |
Developing these industries could also create capabilities that have applications beyond semiconductors.
Why Semiconductor Equipment Matters
A semiconductor fab requires a complex network of equipment and materials.
Simply building a fabrication plant does not create a self-sufficient semiconductor ecosystem if critical manufacturing inputs must continue to be imported.
Semicon 2.0 therefore seeks to encourage domestic capabilities further upstream.
Equipment
+
Materials
+
Chemicals
+
Specialty gases
│
▼
Semiconductor fab
│
▼
Wafer processing
│
▼
Finished chips
This approach is intended to improve supply-chain resilience and increase domestic value addition.
Pillar 3: More Semiconductor Fabs
The third pillar focuses on expanding India’s semiconductor fabrication capacity.
The government plans to attract more manufacturers to establish fabs in India, including:
- Silicon fabs
- Compound semiconductor fabs
- Discrete-component fabs
- Display fabs
India’s first semiconductor fab is scheduled to be commissioned in 2028, according to the government.
Fab Expansion Strategy
| Fab Type | Target |
|---|---|
| Silicon fabs | Advanced chip manufacturing |
| Compound semiconductor fabs | Specialized applications |
| Discrete component fabs | Power and electronic components |
| Display fabs | Screens and display technologies |
The government’s objective is to attract additional manufacturers as confidence in India’s semiconductor strategy grows.
Semicon 1.0 Has Already Approved 12 Projects
The government says 12 semiconductor manufacturing projects have been approved under the first phase.
Together, these projects represent cumulative investment commitments of more than ₹1.64 lakh crore.
The projects include one silicon fab, one silicon-carbide fab, an integrated gallium-nitride micro-LED display fab and nine packaging units.
Semicon 1.0 Progress
| Indicator | Progress |
|---|---|
| Approved manufacturing projects | 12 |
| Cumulative investment | >₹1.64 lakh crore |
| Silicon fabs | 1 |
| Silicon-carbide fabs | 1 |
| Integrated GaN Micro LED display fab | 1 |
| Packaging units | 9 |
| Commercial production already started | 3 |
The government says Micron, Kaynes and CG Semi have started commercial production, with another facility expected to begin production in 2026.
Pillar 4: Strengthening ATMP And OSAT
The fourth pillar focuses on Assembly, Testing, Marking and Packaging (ATMP) and Outsourced Semiconductor Assembly and Test (OSAT).
Packaging is an essential part of semiconductor manufacturing because a fabricated chip must be assembled, connected and protected before it can be integrated into electronic products.
The government wants India to attract more advanced packaging technologies under Semicon 2.0.
Semiconductor Value Chain
Chip design
│
▼
Wafer fabrication
│
▼
Assembly
│
▼
Testing
│
▼
Packaging
│
▼
Finished semiconductor
India’s existing packaging projects provide a foundation for moving into more sophisticated technologies.
Advanced Packaging Is Becoming More Important
As chips become more complex, packaging increasingly determines performance, power efficiency and how multiple components can be integrated.
The government therefore wants India to move beyond basic packaging capabilities and attract advanced ATMP and OSAT technologies.
This could create opportunities in areas such as high-performance computing, automotive electronics, telecommunications and artificial intelligence.
Pillar 5: Advanced Semiconductor Research And Development
The fifth pillar focuses on research and development.
India’s semiconductor manufacturing journey has initially concentrated on technologies in the 28nm to 110nm range.
Semicon 2.0 aims to support development of more advanced nodes and other next-generation semiconductor technologies through collaboration with leading research centers in India and overseas.
R&D Roadmap
Current focus
28nm ───────────── 110nm
│
▼
Semicon 2.0 R&D
│
▼
More advanced nodes
│
▼
Next-generation technologies
The move is important because long-term semiconductor competitiveness depends not only on manufacturing capacity but also on domestic research and intellectual property.
Pillar 6: Building Semiconductor Talent
The sixth pillar focuses on the industry’s most important long-term requirement: skilled talent.
The government says 315 universities are already training students in complex chip design using the latest EDA tools.
Approximately 68,000 students have been trained so far.
Semiconductor Talent Base
| Indicator | Number |
|---|---|
| Universities involved | 315 |
| Students trained | ~68,000 |
| Training focus | Complex chip design |
| Tools | Industry-standard EDA |
| Future focus | Design + fabrication + clean-room skills |
Semicon 2.0 will deepen training during university education and increase industry participation in areas such as clean-room operations, fab construction and semiconductor manufacturing.
India Wants To Build A Complete Semiconductor Ecosystem
The biggest difference between Semicon 1.0 and Semicon 2.0 is the breadth of the strategy.
The first phase focused heavily on establishing manufacturing and packaging capabilities.
The second phase seeks to connect design, equipment, materials, fabs, packaging, R&D and talent into a single ecosystem.
Semicon 1.0 Vs Semicon 2.0
| Semicon 1.0 | Semicon 2.0 |
|---|---|
| ₹76,000 crore outlay | ₹1,27,500 crore outlay |
| Initial manufacturing push | Complete ecosystem |
| Fabs | Fabs + equipment |
| Packaging | Advanced packaging |
| Design support | Deeper IP + chip design |
| Emerging R&D | Advanced-node R&D |
| Talent development | Expanded industry-linked training |
The government is effectively moving from building semiconductor facilities to building semiconductor industrial depth.
Supply-Chain Resilience Is A Core Objective
Semiconductors are strategically important because they are essential to automobiles, telecommunications, consumer electronics, aerospace, defense, power electronics and AI infrastructure.
Global supply chains remain concentrated in a limited number of regions.
India’s government wants domestic capabilities to reduce exposure to external disruptions.
Strategic Sectors
Semiconductors
│
├── Automobiles
├── Telecom
├── Aerospace
├── Defense
├── Consumer electronics
├── Power electronics
└── AI systems
The government has explicitly linked Semicon 2.0 to national security and supply-chain resilience.
India Targets A Bigger Global Semiconductor Role
Electronics and IT Minister Ashwini Vaishnaw said the government expects India could account for nearly 10% of the global semiconductor industry market in the coming years.
He also said the objective is to make India an indispensable part of global semiconductor supply chains, from wafer fabrication to chip production.
The target reflects the scale of India’s ambition.
Rather than simply meeting domestic demand, the government wants India to become a significant global manufacturing and design base.
Private Investment Will Be Critical
The ₹1.27 lakh crore government outlay is intended to catalyze much larger private-sector investment.
The first phase has already attracted investment commitments exceeding ₹1.64 lakh crore across approved projects.
The next challenge will be converting policy incentives into commercially sustainable projects.
Government Support To Industry
Government incentives
│
▼
Lower investment barriers
│
▼
Private-sector investment
│
▼
Fabs + packaging + equipment
│
▼
Domestic supply chain
│
▼
Global semiconductor exports
The success of Semicon 2.0 will therefore depend on whether companies view India as commercially competitive, not simply on the size of the subsidy programme.
India Still Faces Major Semiconductor Challenges
Building a semiconductor ecosystem takes years and requires enormous capital, sophisticated infrastructure and reliable access to power, water and specialized inputs.
India will also compete with established semiconductor hubs in Taiwan, South Korea, Japan, the United States, China and parts of Southeast Asia.
The six-pillar strategy addresses several of these gaps, but execution will remain the central challenge.
Key Challenges
| Challenge | Why It Matters |
|---|---|
| High capital costs | Fabs require large investments |
| Technology access | Advanced nodes require specialized know-how |
| Equipment dependence | Manufacturing relies on complex tools |
| Skilled workforce | Fabs need specialized engineers |
| Supply-chain depth | Materials and chemicals must be reliable |
| Global competition | Established hubs have mature ecosystems |
| Time to scale | Semiconductor projects take years |
Semicon 2.0 is therefore a long-term industrial strategy rather than a quick manufacturing programme.
The Bigger Picture
The notification of the ₹1.27 lakh crore Semicon 2.0 scheme marks India’s transition from an initial semiconductor manufacturing push to a broader attempt to build a complete chip ecosystem. The programme’s six pillars cover design, semiconductor equipment and materials, fabs, ATMP/OSAT and advanced packaging, R&D, and talent development. The government wants these capabilities to reinforce one another rather than develop as isolated industries.
The foundation created by Semicon 1.0 is already significant, with 12 approved projects representing more than ₹1.64 lakh crore of investment commitments and three facilities having started commercial production. Semicon 2.0 now seeks to deepen that ecosystem by developing domestic semiconductor IP, manufacturing inputs, advanced packaging and more sophisticated research capabilities while expanding the talent pool.
Looking Ahead
The immediate test will be whether Semicon 2.0 can attract additional global and Indian semiconductor companies to establish manufacturing and technology operations in the country. The first fab is expected to be commissioned in 2028, giving India a concrete milestone against which the broader strategy can be measured. At the same time, the government will need to ensure that equipment, materials, skilled workers and supporting infrastructure develop quickly enough to make individual fabs commercially viable.
Over the longer term, the programme’s success will be measured by India’s ability to move up the semiconductor value chain—from providing design services and assembly capacity to owning valuable semiconductor IP, manufacturing chips, developing advanced packaging technologies and contributing to next-generation R&D. If the six-pillar approach succeeds, Semicon 2.0 could make India a more important node in global semiconductor supply chains while strengthening domestic resilience in strategically critical technologies.
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