India's Union Cabinet Approves ISM 2.0 on 15 July 2026
On 15 July 2026, India's Union Cabinet approved India Semiconductor Mission Phase 2 — known as ISM 2.0 — with a budgetary outlay of Rs 1,27,500 crore, the largest single government investment in India's technology manufacturing sector to date. The outlay is 68 per cent larger than ISM 1.0's Rs 76,000 crore, and the programme's timeline has been extended from five years to twelve, reflecting the government's view that semiconductor manufacturing at advanced process nodes requires a multi-decade planning horizon. At current exchange rates, the Rs 1,27,500 crore outlay represents approximately $15.3 billion in direct government commitment. The programme is designed to catalyse total private investment of roughly Rs 4 lakh crore, with production targets of Rs 2 lakh crore and export targets of Rs 1 lakh crore by the programme's conclusion in 2038. The scheme opened for applications on the same day as Cabinet approval.
ISM 2.0 vs ISM 1.0: Scale, Scope, and Timeline
ISM 1.0, launched in 2021 with a Rs 76,000 crore outlay, focused on attracting semiconductor assembly, testing, marking, and packaging — ATMP and OSAT — and chip design investment through the Design Linked Incentive scheme. At the time of ISM 2.0's approval, ISM 1.0 had delivered three facilities in commercial production: Micron Technology's DRAM and NAND memory packaging plant in Sanand, Gujarat; Kaynes Semicon's OSAT facility; and CG Semi's compound semiconductor line. It approved 24 chip design projects and gave 105 chip design startups access to EDA tools, collectively attracting approximately Rs 430 crore in venture capital. What ISM 1.0 did not deliver was a domestic silicon wafer fabrication facility in commercial operation. The Tata Electronics and PSMC Dholera fab — the most advanced project in the pipeline — is targeting its first silicon wafers in late 2026, meaning wafer fabrication remained at the construction stage throughout ISM 1.0's active period.
The Six Pillars of ISM 2.0
ISM 2.0 is organised around six strategic investment areas. Chip Design deepens the Design Linked Incentive programme beyond its current 105 startups, with a focus on IP ownership and system-level design capability. Machines and Materials targets domestic production of semiconductor manufacturing equipment and specialty process chemicals, reducing India's dependence on imported fab inputs. Fabs covers silicon wafer fabrication, compound semiconductor fabs, discrete device fabs, and display driver fabs. ATMP and OSAT scales up the packaging and testing capacity established under ISM 1.0. Research and Development funds progression toward advanced process nodes beyond 28 nanometres, with an explicit long-horizon target of domestic design capability at 2 nanometres by 2038. Talent expands India's semiconductor workforce from the approximately 68,000 individuals trained under ISM 1.0 to the cleanroom operations staff, fab construction engineers, and specialised OSAT technicians required at anticipated production scale.
The Dholera Fab and What First Silicon in 2026 Would Mean
The most immediate near-term milestone in India's semiconductor trajectory is the Tata Electronics and PSMC Dholera fab, targeting first silicon — the first production wafers from the facility's line — in late 2026. The facility operates at the 28 nanometre process node, a trailing-edge node by global frontier standards but one widely used in automotive, industrial, power management, connectivity, and microcontroller applications. First silicon at Dholera would mark the first time that India has produced silicon wafers at a modern process node on domestic territory, establishing the operational baseline on which ISM 2.0's advanced-node R&D investment can build over subsequent years. The government has also approved two additional projects under the most recent approval round: CRYSTAL MATRIX, an integrated compound semiconductor fab and ATMP facility in Dholera, and SUCHI SEMICON, an OSAT facility in Surat.
What ISM 2.0 Means for Indian Software and AI Teams
India's semiconductor strategy affects Indian software and AI companies in two ways that are not always visible in near-term planning. First, ISM 2.0's Chip Design pillar deepens the DLI programme beyond its current 105 startups, creating a progressively larger ecosystem of Indian companies building custom semiconductor IP — accelerators, neural processing units, and inference chips. For Indian AI infrastructure operators seeking custom silicon for specific workloads — Hindi-language NLP, financial time-series modelling, or edge AI — this creates a domestic supply option that does not currently exist. Teams building large-scale AI inference infrastructure in India should factor this trajectory into five-year hardware planning: custom silicon designed in India for specific inference workloads becomes a viable procurement option as the DLI startup base scales under ISM 2.0. Second, ISM 2.0's ATMP and OSAT pillars deepen India's position in the global semiconductor supply chain at a time when geopolitical risk around East Asian chip supply is structurally elevated, lowering long-term procurement risk for Indian cloud and AI infrastructure operators even before advanced-node domestic wafer fabrication is operational.
The Bottom Line
On 15 July 2026, India's Union Cabinet approved ISM 2.0 — a Rs 1,27,500 crore semiconductor programme structured across six pillars: Chip Design, Machines and Materials, Fabs, ATMP and OSAT, Research and Development, and Talent. At 68 per cent larger than ISM 1.0 and spanning twelve years rather than five, it is the Indian government's most ambitious technology manufacturing programme to date. ISM 1.0 achieved three facilities in commercial production — Micron, Kaynes, and CG Semi — and 105 chip design startups with EDA access. The Tata-PSMC Dholera fab's expected late-2026 first silicon will mark India's entry into domestic wafer production at a modern process node. For Indian software and AI teams, ISM 2.0's twelve-year horizon means a progressively larger domestic chip design ecosystem and, eventually, India-originated custom silicon options for AI inference workloads currently available only from foreign providers.
Frequently Asked Questions
What is India Semiconductor Mission 2.0 and what was approved on 15 July 2026?+
India Semiconductor Mission 2.0, or ISM 2.0, is the second phase of India's national semiconductor strategy, approved by the Union Cabinet on 15 July 2026 with a budgetary outlay of Rs 1,27,500 crore — approximately $15.3 billion at current exchange rates. It is 68 per cent larger than ISM 1.0's Rs 76,000 crore outlay and spans twelve years rather than five, reflecting the government's view that advanced-node semiconductor manufacturing requires multi-decade investment horizons. The programme covers six pillars: Chip Design, Machines and Materials, Fabs, ATMP and OSAT, Research and Development, and Talent. It is designed to catalyse total private investment of approximately Rs 4 lakh crore, with production and export targets running to 2038.
What did ISM 1.0 achieve and what were its limitations?+
ISM 1.0, launched in 2021, brought three semiconductor facilities to commercial production: Micron Technology's DRAM and NAND memory packaging plant in Sanand, Gujarat; Kaynes Semicon's OSAT facility; and CG Semi's compound semiconductor line. It approved 24 chip design projects under the Design Linked Incentive scheme and gave 105 chip design startups access to EDA tools, attracting approximately Rs 430 crore in venture capital. ISM 1.0's principal limitation was that no domestic silicon wafer fabrication facility reached commercial operation during its active period. The Tata Electronics and PSMC Dholera fab — the most advanced fab project approved under ISM 1.0 — is targeting its first silicon wafers in late 2026, meaning India remained without a domestic wafer fab in commercial production throughout ISM 1.0's five-year term.
What is the significance of the Tata-PSMC Dholera fab targeting first silicon in late 2026?+
The Tata Electronics and PSMC Dholera fab is targeting first silicon — the first production wafers from the facility — in late 2026. The fab operates at the 28 nanometre process node. Achieving first silicon would mark the first time that India has produced silicon wafers at a modern process node on domestic territory. Twenty-eight nanometres is not the most advanced node globally — leading-edge fabs operate at 3 and 2 nanometres — but it is widely used in automotive, industrial, power management, and connectivity applications. Successfully producing and sustaining 28nm wafers creates the operational foundation — cleanroom expertise, supply chain relationships, workforce skills, and quality systems — on which ISM 2.0's R&D pillar can build toward more advanced nodes over subsequent years.
How does ISM 2.0 affect Indian software companies and AI infrastructure teams?+
ISM 2.0 has two indirect but material effects on Indian software and AI companies. First, the Chip Design pillar deepens the Design Linked Incentive programme beyond its current 105 startups, creating a growing ecosystem of Indian companies building custom semiconductor IP — accelerators, neural processing units, and inference chips. For Indian AI infrastructure operators seeking custom silicon for specific workloads such as Hindi-language NLP, financial time-series processing, or edge AI deployment, this creates a domestic supply option that does not currently exist and can be planned for in five-year infrastructure roadmaps. Second, ISM 2.0's ATMP and OSAT pillars deepen India's position in the global semiconductor supply chain at a time when geopolitical risk around East Asian chip supply chains is structurally elevated, reducing long-term hardware procurement risk for Indian cloud and AI operators even before advanced-node domestic wafer fabrication is operational.
Written by
TechPillow Team
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