By Naina, 28th May 2026
India's semiconductor ambitions have crossed the threshold from aspiration to execution. For most of the country's post-liberalisation history, the prospect of India developing meaningful semiconductor manufacturing capability remained theoretical, repeatedly discussed in policy circles but never translated into operational facilities producing chips at scale. The structural barriers were formidable: the enormous capital intensity of semiconductor manufacturing, the technical complexity of fabrication, the absence of a supporting ecosystem of equipment, materials and design capability, and the broader challenge of competing against the established semiconductor clusters of Taiwan, South Korea, Japan, the United States and China. That description has become progressively inadequate to capture the reality of 2026. The expansion of semiconductor manufacturing in India crossed a significant threshold on the 5th of May 2026, when the Union Cabinet approved two additional semiconductor manufacturing projects under the India Semiconductor Mission, bringing the total count of approved facilities to 12 across six states, with cumulative investments of approximately 1.64 lakh crore rupees. The India Semiconductor Mission 2.0, launched in the Union Budget 2026, has signalled a decisive shift from a fab-centric approach toward a broader, full-stack semiconductor strategy. By 2029, India is expected to have the capability to design and manufacture chips for 70 to 75 percent of its domestic applications.
What sits beneath these developments is a deeper transformation in India's strategic positioning within the global semiconductor ecosystem. The combination of the operational progress at the major fabrication and packaging facilities, the evolution of the policy framework from attracting fabrication investment toward building the complete supporting ecosystem, the rising integration of India into global semiconductor supply chains and the broader strategic significance of semiconductor capability for India's sovereign AI ambitions has produced a semiconductor ecosystem that has moved decisively from announcement to operational delivery. The decisions being made now, in the operational planning of the major semiconductor manufacturers, in the policy frameworks supporting the broader ecosystem and in the strategic positioning of India within global semiconductor supply chains, will define India's semiconductor trajectory for the next generation.
The Mission Evolution
The India Semiconductor Mission has anchored the country's semiconductor transformation. The original mission, launched in December 2021 with an initial commitment of 76,000 crore rupees, concentrated on attracting fabrication projects and assembly, testing, marking and packaging units. Under ISM 1.0, the government committed the 76,000-crore-rupee allocation toward ten projects in the first half of the decade, including one high-volume chip fabrication plant by Tata Electronics and several semiconductor testing and packaging facilities from players including Micron, CG Power, HCL-Foxconn, Kaynes Semicon and Tata Electronics. The mission provided capital subsidies covering up to 50 percent of project costs for new silicon fabs, compound semiconductor plants and key assembly units.
The implementation of ISM 1.0 revealed both significant achievements and structural gaps. The mission led principally to progress in downstream manufacturing, with Micron Technology advancing plans for an assembly and testing facility in Gujarat, the Tata Electronics-PSMC semiconductor fabrication plant approved in Gujarat, a Tata semiconductor assembly and packaging facility approved in Assam, a joint venture project involving CG Power, Renesas and STARS Microelectronics approved in Gujarat, and a packaging unit proposed by Kaynes Technology in Gujarat. However, proposals for advanced logic fabrication did not initially translate into action, and India continued to depend on imported manufacturing equipment, critical minerals and the intellectual property required for chip production. The equipment necessary for manufacturing, speciality chemicals, wafers, gases and design technologies continued to be sourced from abroad, and Indian engineering talent, while deep, lacked ownership of product-level intellectual property and remained concentrated in services.
These structural gaps shaped the India Semiconductor Mission 2.0, outlined in Budget 2026 with an allocation of 1,000 crore rupees for 2026-27 and launched by Finance Minister Nirmala Sitharaman on the 1st of February. The new approach marks a clear evolution from a fab-centric strategy toward a full value-chain strategy covering equipment, materials, Indian intellectual property and supply-chain resilience. As Ashok Chandak, President of the India Electronics and Semiconductor Association, observed, the shift is critical if India is to move from being a participant to a structural player in the global semiconductor ecosystem. The ambition is no longer limited to manufacturing chips, but to own capabilities across design, tools, materials and upstream inputs, the areas that define long-term competitiveness and strategic autonomy. ISM 2.0 broadens support to the industries that enable semiconductor manufacturing, with additional funding directed into research and hands-on training centres.
The Dholera Fab
The Tata Electronics fabrication plant at Dholera, Gujarat, has emerged as the technical cornerstone of India's semiconductor manufacturing surge. Developed in a strategic partnership with Taiwan's Powerchip Semiconductor Manufacturing Corporation, the facility represents India's first high-volume chip fabrication plant. The facility has a planned capacity of approximately 50,000 wafers per month and involves an investment of approximately 91,000 crore rupees. The plant will manufacture chips at the 28, 50 and 55-nanometre nodes, addressing the broad range of applications across automotive, consumer electronics, industrial systems and the broader range of categories that require these mature-node chips.
The operational progress at Dholera has been significant. The facility successfully initiated high-volume trial runs using 300mm wafers as of January 2026, a critical milestone in the progression toward commercial production. On the 9th of April 2026, the government notified Special Economic Zone status for the Tata Electronics Dholera fab site, a 66-hectare facility with an on-site inland container depot. The first set of semiconductors is expected to roll out from the Dholera plant in December 2026, a timeline that, if met, would represent one of the most rapid progressions from groundbreaking to first silicon of any greenfield fabrication facility globally.
The strategic significance of the Dholera fab extends beyond the immediate manufacturing capability. The Fab IP business model, in which Tata operates the plant using PSMC's proven processes, has significantly shortened the typical five-year lead time for new fabs, according to experts from the SEMI global industry association. The combination of proven process technology, strategic partnership and the broader operational capability that Tata has built has enabled India to compress the timeline of fabrication development in ways that earlier generations of semiconductor policy could not have approached. The construction of the facility by Tata Projects, which is also constructing the Micron facility, has built India's domestic capability in the highly demanding category of semiconductor facility construction.
The Sanand ATMP Hub
Sanand, Gujarat, has established itself as India's first true assembly, testing, marking and packaging hub. Micron Technology's 2.75-billion-US-dollar ATMP facility, inaugurated on the 28th of February 2026 by Prime Minister Modi, will produce DRAM and NAND flash memory chips for mobile devices, data centres and automotive applications. The facility represents one of the most consequential foreign semiconductor investments in India, with Micron now shipping Made in India memory modules. The facility has been constructed by Tata Projects, building India's domestic capability in semiconductor facility construction.
The broader Sanand cluster has continued to expand. CG Power's G1 OSAT pilot line, inaugurated on the 28th of August 2025, has advanced the broader assembly and packaging capability in the cluster. The joint venture between CG Power and Renesas, along with STARS Microelectronics, has been developing capability in the cluster. The concentration of assembly, testing and packaging capability in Sanand has established the cluster as one of the most consequential semiconductor hubs in India, complementing the fabrication capability under development at Dholera.
The compound semiconductor dimension has emerged as one of the most strategically significant areas of the Sanand cluster and the broader Indian semiconductor ecosystem. Projects by Kaynes Semicon and the joint venture between CG Power and Renesas have entered pilot production phases, specialising in Silicon Carbide and Gallium Nitride chips. These compound semiconductors are significantly more efficient than traditional silicon for high-voltage applications including electric vehicle power trains and renewable energy grids. The specialised focus on compound semiconductors ensures that India is not just playing catch-up in traditional silicon but is carving out a niche in high-growth, high-efficiency technology categories that will be central to the broader energy transition and the electrification of transportation.
The Geographic Clusters
The geographic distribution of India's semiconductor ecosystem has concentrated in a small number of strategic clusters. Gujarat, encompassing Dholera and Sanand, has emerged as the flagship hub, hosting the Tata-PSMC fab and multiple OSAT and ATMP units from Micron, CG Power and Kaynes. The Sanand-Dholera-Assam corridor has emerged as the principal concentration of India's semiconductor manufacturing capability, with timelines that, if met, would see India ship its first home-fabricated wafers in the second half of 2026 and reach meaningful packaging output earlier.
Assam has emerged as a significant secondary cluster, hosting the Tata semiconductor assembly and packaging facility. The diversification of semiconductor capability beyond Gujarat into Assam has reflected the broader strategy of building semiconductor capability across multiple states. The recent addition of an ATMP/OSAT facility in Bhiwadi, Rajasthan, inaugurated on the 15th of May 2026 under the Scheme for Promotion of Manufacturing of Electronic Components and Semiconductors, has marked the first semiconductor unit established outside the India Semiconductor Mission, illustrating the broadening of the policy framework supporting semiconductor capability.
The expansion into new geographies has continued. A facility being developed near the upcoming Noida International Airport in Uttar Pradesh will manufacture display driver chips used in smartphones, laptops, personal computers and automotive systems, expected to generate over 2,000 direct and indirect jobs. The appointment of CTCI for this project has marked the company's entry into India's semiconductor sector, building on its existing partnership with Foxconn across projects in Taiwan and the United States. The broader geographic diversification of India's semiconductor ecosystem has reflected the strategy of building semiconductor capability across multiple states while concentrating the most consequential capability in the established clusters.
The Global Integration
India has strengthened its position within global semiconductor supply chains through a series of consequential developments. On the 16th of May 2026, Tata Electronics and the Dutch semiconductor equipment company ASML signed an agreement to establish India's first front-end semiconductor capability, a development of significant strategic importance given ASML's monopoly position in extreme-ultraviolet lithography, the equipment essential for advanced semiconductor manufacturing. The agreement reflects the broader integration of India into the global semiconductor equipment supply chain and the rising willingness of the major global semiconductor equipment providers to engage with India's semiconductor ambitions.
The global dynamics have been unusually favourable for India's semiconductor ambitions. The United States CHIPS and Science Act of 2022 mobilised approximately 52.7 billion US dollars in direct funding and incentives, the European Union and Japan responded with their own packages, and the major global semiconductor companies including TSMC, Intel, Samsung, Micron, GlobalFoundries and Amkor have been regionalising capacity in response to the broader geopolitical pressures on semiconductor supply chains. The broader trend toward the diversification of semiconductor manufacturing away from the concentrated clusters of Taiwan and South Korea, driven by the geopolitical risks associated with the concentration of semiconductor capability, has created favourable conditions for India's semiconductor ambitions.
The strategic positioning of India within global semiconductor supply chains has reflected the broader recognition that semiconductor capability has become one of the most strategically consequential categories of industrial capability. The concentration of advanced semiconductor manufacturing in Taiwan, in particular, has been identified as one of the most significant strategic vulnerabilities of the global economy, given the geopolitical tensions surrounding Taiwan. The diversification of semiconductor manufacturing toward India, alongside the United States, Japan, Europe and other geographies, has been driven by the broader strategic imperative of reducing the concentration of semiconductor capability in geopolitically sensitive locations.
The Sovereign AI Connection
The strategic significance of India's semiconductor capability extends to the country's sovereign AI ambitions. The local semiconductor capacity is the bedrock upon which India is building its sovereign AI ambitions, ensuring that the hardware required for the next generation of artificial intelligence is both physically and strategically within the country's borders. The combination of India's expanding semiconductor manufacturing capability and the broader IndiaAI Mission, which has built sovereign AI compute infrastructure exceeding 38,000 GPUs with a target of 100,000 by the end of 2026, has positioned India to build a more complete and more sovereign AI stack than earlier generations of Indian technology policy could have approached.
The strategic logic of the semiconductor-AI connection is significant. The dependence of AI development on advanced semiconductor capability has been one of the central features of the broader AI transformation, with the concentration of advanced AI chip production in a small number of companies and geographies producing strategic vulnerabilities for any country seeking to build sovereign AI capability. The development of Indian semiconductor manufacturing capability, while initially concentrated in mature-node chips rather than the advanced chips required for frontier AI training, represents a foundational step toward the broader semiconductor capability that sovereign AI ambitions ultimately require. The continued development of India's semiconductor capability, alongside the broader IndiaAI Mission, has positioned the country to progressively reduce its dependence on imported semiconductor capability for its AI ambitions.
The broader strategic significance extends to the insulation of India's electronics and automotive sectors from global supply shocks. With Micron now shipping Made in India memory modules and Tata Electronics entering high-volume trial runs at its Dholera mega-fab, India is effectively insulating its burgeoning electronics and automotive sectors from global supply shocks. The strategic significance of this insulation, given the broader vulnerability of global semiconductor supply chains to geopolitical disruption, has been one of the central drivers of India's semiconductor ambitions.
The Design and Talent Dimension
India's semiconductor design capability has been one of the country's longstanding strengths, even as its manufacturing capability has historically been limited. India has been a powerhouse in chip design, with the major global semiconductor companies operating significant design centres in India and with Indian engineers contributing to semiconductor design across the global industry. Qualcomm completed a 2-nanometre chip tape-out in May 2026 with design work performed entirely across its Bengaluru, Chennai and Hyderabad engineering centres, the first major American chip designer to validate Indian advanced-design capability at a leading-edge node.
The strategic challenge for India has been the translation of its deep design capability into ownership of product-level intellectual property. Indian engineering talent, while deep, has historically been concentrated in services, contributing to semiconductor design for global companies rather than building Indian-owned semiconductor intellectual property. The ISM 2.0 emphasis on building Indian intellectual property, on developing design tools and on the broader development of the design ecosystem reflects the recognition that the translation of India's design capability into owned intellectual property is central to the country's long-term semiconductor competitiveness.
The talent dimension has been central to India's semiconductor ambitions. The development of semiconductor manufacturing capability requires specialised talent across fabrication, packaging, equipment operation, process engineering and the broader range of semiconductor disciplines. The ISM 2.0 emphasis on research and hands-on training centres reflects the recognition that the development of the specialised semiconductor workforce is central to the country's semiconductor ambitions. The combination of India's deep engineering talent base, the rising investment in semiconductor-specific training and the broader integration of semiconductor education into the Indian higher-education system has begun to build the workforce that the country's semiconductor ambitions require.
The Risks and the Frictions
Several risks warrant clear recognition. The first is the execution-complexity dimension. The construction and commissioning of semiconductor manufacturing facilities represent one of the most technically demanding categories of industrial project management. A 300mm wafer fab requires ultra-pure water systems, vibration-isolated cleanrooms at Class 10 or better, highly specialised mechanical, electrical and plumbing systems, sub-fab infrastructure for chemical and gas management, and process tool installation sequences that must proceed in a precisely defined order. The tolerance for error is close to zero, with a single contamination event during process tool qualification capable of delaying first silicon by months. Given that the ISM's incentive disbursements are performance-linked to production milestones, such delays have direct financial consequences.
The second risk is the upstream-dependency dimension. Despite the progress in fabrication and packaging, India continues to depend on imported manufacturing equipment, speciality chemicals, wafers, gases and design technologies. The structural gaps in the upstream supply chain, which ISM 2.0 is designed to address, remain significant. The development of a complete domestic semiconductor ecosystem, encompassing equipment, materials, chemicals and the broader range of upstream inputs, will require sustained investment and policy support over many years. The risk that the upstream dependencies could constrain the broader development of India's semiconductor capability remains significant.
The third risk is the technology-node dimension. India's initial fabrication capability has concentrated on mature nodes including 28, 50 and 55 nanometres, rather than the advanced nodes required for frontier AI training and the most demanding applications. While the mature-node capability addresses a substantial range of applications across automotive, consumer electronics and industrial systems, the gap between India's mature-node capability and the advanced-node capability of the leading global semiconductor manufacturers remains significant. The progression toward more advanced nodes, which would require substantially larger investment and more sophisticated technology, will be one of the central challenges of India's longer-term semiconductor ambitions.
The fourth risk is the global-competition dimension. India's semiconductor ambitions are unfolding in a fiercely competitive global environment, with the United States, the European Union, Japan, South Korea, Taiwan, China and other geographies all investing significantly in semiconductor capability. The risk that India could struggle to compete against the established semiconductor clusters and the well-funded semiconductor initiatives of other major economies remains significant. The strategic challenge of building a competitive semiconductor ecosystem in this environment, with materially less capital than some competing initiatives and against the structural advantages of established clusters, will be central to the trajectory of India's semiconductor ambitions.
The Direction of Travel
India's semiconductor ecosystem has moved decisively from aspiration to execution. The combination of the operational progress at the major fabrication and packaging facilities, the evolution of the policy framework from a fab-centric approach toward a full value-chain strategy, the rising integration of India into global semiconductor supply chains and the broader strategic significance of semiconductor capability for the country's sovereign AI ambitions has produced a semiconductor ecosystem that has begun to deliver measurable results. The trajectory toward India having the capability to design and manufacture chips for 70 to 75 percent of its domestic applications by 2029, and toward India being among the top five chip ecosystems in the world by 2029, represents an ambitious but increasingly credible target.
For India specifically, the present moment is particularly consequential. The country's combination of the operational progress at Dholera and Sanand, the evolution toward the full-stack strategy of ISM 2.0, the deep design capability that has historically been one of the country's strengths, the rising integration into global semiconductor supply chains and the broader strategic significance of semiconductor capability has positioned the country to capture a meaningful share of the global semiconductor ecosystem. The execution discipline of the next twenty-four months, particularly in delivering first silicon from the Dholera fab, in scaling the packaging output from the Sanand cluster, in building the upstream ecosystem that ISM 2.0 is designed to support and in developing the specialised workforce that the broader ambitions require, will determine the extent to which India captures the available opportunity.
The longer-term implications extend beyond the immediate manufacturing capability. The development of India's semiconductor ecosystem is foundational to the country's broader strategic positioning in the global technology economy. A country with meaningful semiconductor manufacturing capability, with ownership of semiconductor intellectual property, with a complete supporting ecosystem and with the capability to insulate its electronics, automotive and AI sectors from global supply shocks is a fundamentally different strategic actor than the country India has been. The strategic significance of semiconductor capability, given the broader recognition of semiconductors as one of the most consequential categories of industrial capability and the broader geopolitical contest over semiconductor supply chains, has elevated India's semiconductor ambitions to one of the most consequential dimensions of the country's broader economic and strategic positioning.
The semiconductor ecosystem that India is building represents one of the most ambitious industrial initiatives in the country's history. The decisions being made now, in the operational planning of the major semiconductor manufacturers, in the policy frameworks supporting the broader ecosystem and in the strategic positioning of India within global semiconductor supply chains, will define the country's semiconductor trajectory for the next generation. India's semiconductor ambitions are no longer theoretical. The fabrication facilities are under construction, the packaging facilities are operational, the policy framework has evolved toward the full-stack strategy and the strategic significance of the broader ambition has been firmly established. The transformation has begun. The structural change is real. The implications, for India's electronics and automotive sectors, for the country's sovereign AI ambitions, for its strategic positioning within global semiconductor supply chains and for the broader trajectory of its economic and strategic development, will continue to develop through the rest of the present decade and beyond.
The work of building India's semiconductor ecosystem continues, and the next chapter is being written, in real time, in the cleanrooms of Dholera, in the packaging facilities of Sanand, in the design centres of Bengaluru, Chennai and Hyderabad, and in the policy councils shaping the broader ecosystem. India's semiconductor moment, long discussed but never realised, has finally arrived. The first chips from the Dholera fab, expected in December 2026, will represent a milestone of profound significance, marking India's emergence as a semiconductor-manufacturing nation. The architecture of that future is being built now, wafer by wafer, facility by facility, in one of the most consequential industrial transformations of the present generation. India's expanding semiconductor ecosystem has emerged as one of the most strategically significant dimensions of the country's broader economic transformation, and its continued development will reshape India's positioning in the global technology economy for the generation to come.