Semicon 2.0: India's Strategic Leap Towards Becoming a Global Semiconductor Powerhouse


Indira Banerjee, Partner at Quantive Advisory LLP and Rageshree Bose, Independent Consultant associated with Quantive Advisory LLP

The semiconductor industry has become the defining battleground of the twenty-first century. Once viewed as a specialised manufacturing segment, semiconductors now underpin virtually every aspect of the modern digital economy—from artificial intelligence (AI), cloud computing, and advanced telecommunications to electric vehicles, defence systems, medical devices, and industrial automation. In today's geopolitical landscape, the ability to design, manufacture, and secure semiconductor supply chains is no longer merely an economic objective; it is increasingly regarded as a strategic imperative.

Against this backdrop, the Government of India's approval of the India Semiconductor Mission (ISM) 2.0, with a financial outlay of ₹1.27 lakh crore, marks a significant evolution in the country's technology and industrial policy. While the first phase of India's semiconductor programme successfully laid the foundation by attracting investments in fabrication and semiconductor packaging, Semicon 2.0 reflects a broader and more ambitious vision: transforming India from a participant in the global electronics value chain into an integrated semiconductor ecosystem capable of supporting next-generation innovation and advanced manufacturing.

The timing of this initiative is particularly significant. The global semiconductor industry is projected to surpass US$1 trillion by 2030, driven by exponential growth in AI workloads, cloud infrastructure, autonomous mobility, advanced manufacturing, and connected devices. At the same time, geopolitical tensions, supply chain disruptions experienced during the COVID-19 pandemic, and growing concerns around technological sovereignty have prompted major economies—including the United States, European Union, Japan, South Korea, and China—to make unprecedented investments in domestic semiconductor capabilities. India's latest policy initiative positions the country within this broader global realignment of semiconductor manufacturing and technology leadership.

Unlike its predecessor, Semicon 2.0 adopts a much more comprehensive approach. Rather than focusing solely on attracting semiconductor fabrication facilities, the programme seeks to strengthen the entire semiconductor value chain. This includes semiconductor design, advanced packaging, manufacturing equipment, specialty materials, research and development, talent development, and supply chain resilience. Such an ecosystem-based strategy recognises an important industry reality: manufacturing chips alone does not create a globally competitive semiconductor industry. Sustainable competitiveness depends equally on upstream suppliers, intellectual property creation, engineering talent, advanced packaging capabilities, and research infrastructure.

India enters this new phase with several structural advantages. The country already possesses one of the world's largest semiconductor design talent pools, with thousands of engineers contributing to chip design for leading global technology companies. Several multinational firms—including NVIDIA, Qualcomm, Intel, AMD, Texas Instruments, Synopsys, and MediaTek—have established major design centres in India, making the country an integral part of global semiconductor research and product development. Semicon 2.0 presents an opportunity to leverage this design strength by progressively expanding into higher-value manufacturing and innovation activities.

The policy also builds upon the momentum created during the first phase of the India Semiconductor Mission, which attracted multiple large-scale investments in semiconductor fabrication, assembly, testing, marking, and packaging (ATMP) facilities. Projects involving Tata Electronics, Micron Technology, HCL-Foxconn, CG Power, Kaynes Technology, and international technology partners signal growing investor confidence in India's semiconductor ambitions. These investments demonstrate that India is increasingly being viewed as a credible alternative within global semiconductor supply chains as companies seek to diversify beyond traditional manufacturing hubs.

Beyond manufacturing, the implications of Semicon 2.0 extend across India's broader technology landscape. Artificial intelligence represents perhaps the most significant growth opportunity. AI infrastructure depends heavily on specialised semiconductor technologies, including high-performance processors, graphics processing units (GPUs), AI accelerators, high-bandwidth memory, and advanced packaging technologies. As India simultaneously pursues ambitious AI initiatives and expands its digital infrastructure, domestic semiconductor capabilities could significantly enhance technological self-reliance while supporting the country's aspiration to emerge as a global AI innovation hub.

Similarly, India's rapidly growing electronics manufacturing ecosystem stands to benefit considerably. The country has already established itself as one of the world's fastest-growing smartphone manufacturing destinations, supported by Production Linked Incentive (PLI) schemes and expanding global investments. However, a substantial proportion of semiconductor components continue to be imported, limiting domestic value addition. By strengthening semiconductor manufacturing capabilities, India can progressively increase localisation across consumer electronics, telecommunications equipment, industrial electronics, and smart devices, thereby improving trade competitiveness and reducing import dependence.

The automotive sector presents another major strategic opportunity. Modern vehicles increasingly resemble computers on wheels, incorporating thousands of semiconductor chips to support electric drivetrains, battery management systems, advanced driver assistance systems (ADAS), connectivity solutions, and autonomous driving technologies. As India seeks to become a global manufacturing hub for electric mobility, developing a resilient semiconductor ecosystem will become increasingly essential to sustaining long-term competitiveness within the automotive value chain.

From a national security perspective, Semicon 2.0 assumes even greater significance. Semiconductor technologies have become central to defence electronics, aerospace systems, secure communications, cybersecurity infrastructure, and strategic technologies. Recent geopolitical developments have highlighted the vulnerabilities associated with concentrated global semiconductor production. By expanding domestic capabilities across design, manufacturing, and advanced packaging, India strengthens its strategic resilience while reducing dependence on highly concentrated international supply chains.

The programme also carries important implications for India's startup ecosystem and innovation economy. Historically, semiconductor innovation has been dominated by a relatively small number of global firms due to high capital requirements and technological complexity. However, emerging technologies such as chiplets, RISC-V architectures, AI accelerators, and specialised semiconductor intellectual property are creating new opportunities for startups and deep-tech enterprises. By supporting indigenous semiconductor research, design, and intellectual property creation, Semicon 2.0 has the potential to catalyse a new generation of technology-led entrepreneurship, complementing India's already vibrant software innovation ecosystem.

Nevertheless, the path ahead is not without challenges. Semiconductor manufacturing remains one of the most capital-intensive and technologically sophisticated industries in the world. Leading-edge fabrication facilities require investments running into tens of billions of dollars, extensive access to specialised equipment, highly skilled engineering talent, uninterrupted power and water infrastructure, and long project gestation periods. Moreover, global competition continues to intensify as governments across advanced and emerging economies deploy substantial fiscal incentives to attract semiconductor investments. India's success will therefore depend not only on financial incentives but also on consistent policy implementation, regulatory predictability, infrastructure readiness, research collaboration, and workforce development.

Importantly, Semicon 2.0 should not be evaluated solely through the lens of fabrication capacity. Its broader success will depend on whether India can establish itself as an integrated semiconductor ecosystem where research institutions, design companies, manufacturers, equipment suppliers, startups, universities, and policymakers operate within a coordinated innovation framework. Such ecosystems have historically underpinned the success of global semiconductor leaders, enabling continuous technological advancement rather than isolated manufacturing investments.

Ultimately, Semicon 2.0 represents more than an industrial policy initiative; it reflects India's evolving vision for technological leadership in an increasingly digital and geopolitically competitive world. The initiative recognises that semiconductors are no longer merely components within electronic devices—they constitute the foundational infrastructure of the knowledge economy. As artificial intelligence, advanced computing, digital infrastructure, and Industry 4.0 reshape global economic competitiveness, nations capable of developing resilient semiconductor ecosystems will enjoy significant strategic advantages.

For India, the journey towards semiconductor leadership will undoubtedly be gradual and complex. Competing with established manufacturing giants such as Taiwan, South Korea, the United States, and China will require sustained investments, institutional coordination, and long-term policy commitment. Yet, Semicon 2.0 demonstrates a notable shift in strategic thinking—from attracting isolated manufacturing projects to building an innovation-driven semiconductor ecosystem. If executed effectively, this transformation has the potential not only to strengthen India's technology sector but also to redefine its position within global value chains, enhance economic resilience, accelerate digital transformation, and establish the country as a trusted partner in the future of global semiconductor manufacturing and innovation.

 

Semicon 2.0: India's Strategic Leap Towards Becoming a Global Semiconductor Powerhouse


Indira Banerjee, Partner at Quantive Advisory LLP and Rageshree Bose, Independent Consultant associated with Quantive Advisory LLP

The semiconductor industry has become the defining battleground of the twenty-first century. Once viewed as a specialised manufacturing segment, semiconductors now underpin virtually every aspect of the modern digital economy—from artificial intelligence (AI), cloud computing, and advanced telecommunications to electric vehicles, defence systems, medical devices, and industrial automation. In today's geopolitical landscape, the ability to design, manufacture, and secure semiconductor supply chains is no longer merely an economic objective; it is increasingly regarded as a strategic imperative.

Against this backdrop, the Government of India's approval of the India Semiconductor Mission (ISM) 2.0, with a financial outlay of ₹1.27 lakh crore, marks a significant evolution in the country's technology and industrial policy. While the first phase of India's semiconductor programme successfully laid the foundation by attracting investments in fabrication and semiconductor packaging, Semicon 2.0 reflects a broader and more ambitious vision: transforming India from a participant in the global electronics value chain into an integrated semiconductor ecosystem capable of supporting next-generation innovation and advanced manufacturing.

The timing of this initiative is particularly significant. The global semiconductor industry is projected to surpass US$1 trillion by 2030, driven by exponential growth in AI workloads, cloud infrastructure, autonomous mobility, advanced manufacturing, and connected devices. At the same time, geopolitical tensions, supply chain disruptions experienced during the COVID-19 pandemic, and growing concerns around technological sovereignty have prompted major economies—including the United States, European Union, Japan, South Korea, and China—to make unprecedented investments in domestic semiconductor capabilities. India's latest policy initiative positions the country within this broader global realignment of semiconductor manufacturing and technology leadership.

Unlike its predecessor, Semicon 2.0 adopts a much more comprehensive approach. Rather than focusing solely on attracting semiconductor fabrication facilities, the programme seeks to strengthen the entire semiconductor value chain. This includes semiconductor design, advanced packaging, manufacturing equipment, specialty materials, research and development, talent development, and supply chain resilience. Such an ecosystem-based strategy recognises an important industry reality: manufacturing chips alone does not create a globally competitive semiconductor industry. Sustainable competitiveness depends equally on upstream suppliers, intellectual property creation, engineering talent, advanced packaging capabilities, and research infrastructure.

India enters this new phase with several structural advantages. The country already possesses one of the world's largest semiconductor design talent pools, with thousands of engineers contributing to chip design for leading global technology companies. Several multinational firms—including NVIDIA, Qualcomm, Intel, AMD, Texas Instruments, Synopsys, and MediaTek—have established major design centres in India, making the country an integral part of global semiconductor research and product development. Semicon 2.0 presents an opportunity to leverage this design strength by progressively expanding into higher-value manufacturing and innovation activities.

The policy also builds upon the momentum created during the first phase of the India Semiconductor Mission, which attracted multiple large-scale investments in semiconductor fabrication, assembly, testing, marking, and packaging (ATMP) facilities. Projects involving Tata Electronics, Micron Technology, HCL-Foxconn, CG Power, Kaynes Technology, and international technology partners signal growing investor confidence in India's semiconductor ambitions. These investments demonstrate that India is increasingly being viewed as a credible alternative within global semiconductor supply chains as companies seek to diversify beyond traditional manufacturing hubs.

Beyond manufacturing, the implications of Semicon 2.0 extend across India's broader technology landscape. Artificial intelligence represents perhaps the most significant growth opportunity. AI infrastructure depends heavily on specialised semiconductor technologies, including high-performance processors, graphics processing units (GPUs), AI accelerators, high-bandwidth memory, and advanced packaging technologies. As India simultaneously pursues ambitious AI initiatives and expands its digital infrastructure, domestic semiconductor capabilities could significantly enhance technological self-reliance while supporting the country's aspiration to emerge as a global AI innovation hub.

Similarly, India's rapidly growing electronics manufacturing ecosystem stands to benefit considerably. The country has already established itself as one of the world's fastest-growing smartphone manufacturing destinations, supported by Production Linked Incentive (PLI) schemes and expanding global investments. However, a substantial proportion of semiconductor components continue to be imported, limiting domestic value addition. By strengthening semiconductor manufacturing capabilities, India can progressively increase localisation across consumer electronics, telecommunications equipment, industrial electronics, and smart devices, thereby improving trade competitiveness and reducing import dependence.

The automotive sector presents another major strategic opportunity. Modern vehicles increasingly resemble computers on wheels, incorporating thousands of semiconductor chips to support electric drivetrains, battery management systems, advanced driver assistance systems (ADAS), connectivity solutions, and autonomous driving technologies. As India seeks to become a global manufacturing hub for electric mobility, developing a resilient semiconductor ecosystem will become increasingly essential to sustaining long-term competitiveness within the automotive value chain.

From a national security perspective, Semicon 2.0 assumes even greater significance. Semiconductor technologies have become central to defence electronics, aerospace systems, secure communications, cybersecurity infrastructure, and strategic technologies. Recent geopolitical developments have highlighted the vulnerabilities associated with concentrated global semiconductor production. By expanding domestic capabilities across design, manufacturing, and advanced packaging, India strengthens its strategic resilience while reducing dependence on highly concentrated international supply chains.

The programme also carries important implications for India's startup ecosystem and innovation economy. Historically, semiconductor innovation has been dominated by a relatively small number of global firms due to high capital requirements and technological complexity. However, emerging technologies such as chiplets, RISC-V architectures, AI accelerators, and specialised semiconductor intellectual property are creating new opportunities for startups and deep-tech enterprises. By supporting indigenous semiconductor research, design, and intellectual property creation, Semicon 2.0 has the potential to catalyse a new generation of technology-led entrepreneurship, complementing India's already vibrant software innovation ecosystem.

Nevertheless, the path ahead is not without challenges. Semiconductor manufacturing remains one of the most capital-intensive and technologically sophisticated industries in the world. Leading-edge fabrication facilities require investments running into tens of billions of dollars, extensive access to specialised equipment, highly skilled engineering talent, uninterrupted power and water infrastructure, and long project gestation periods. Moreover, global competition continues to intensify as governments across advanced and emerging economies deploy substantial fiscal incentives to attract semiconductor investments. India's success will therefore depend not only on financial incentives but also on consistent policy implementation, regulatory predictability, infrastructure readiness, research collaboration, and workforce development.

Importantly, Semicon 2.0 should not be evaluated solely through the lens of fabrication capacity. Its broader success will depend on whether India can establish itself as an integrated semiconductor ecosystem where research institutions, design companies, manufacturers, equipment suppliers, startups, universities, and policymakers operate within a coordinated innovation framework. Such ecosystems have historically underpinned the success of global semiconductor leaders, enabling continuous technological advancement rather than isolated manufacturing investments.

Ultimately, Semicon 2.0 represents more than an industrial policy initiative; it reflects India's evolving vision for technological leadership in an increasingly digital and geopolitically competitive world. The initiative recognises that semiconductors are no longer merely components within electronic devices—they constitute the foundational infrastructure of the knowledge economy. As artificial intelligence, advanced computing, digital infrastructure, and Industry 4.0 reshape global economic competitiveness, nations capable of developing resilient semiconductor ecosystems will enjoy significant strategic advantages.

For India, the journey towards semiconductor leadership will undoubtedly be gradual and complex. Competing with established manufacturing giants such as Taiwan, South Korea, the United States, and China will require sustained investments, institutional coordination, and long-term policy commitment. Yet, Semicon 2.0 demonstrates a notable shift in strategic thinking—from attracting isolated manufacturing projects to building an innovation-driven semiconductor ecosystem. If executed effectively, this transformation has the potential not only to strengthen India's technology sector but also to redefine its position within global value chains, enhance economic resilience, accelerate digital transformation, and establish the country as a trusted partner in the future of global semiconductor manufacturing and innovation.