India's chip plan borrows from Taiwan, Malaysia, South Korea, and Singapore rather than China's chip fab model, but imported equipment and supplier ecosystems remain the binding constraints.
India is not trying to beat China at building chip factories. It is building a different chip business, one centered on design services, packaging, and outsourced assembly rather than the multi-billion-dollar fabrication plants that anchor Beijing's industrial policy.
A 7 July Equirus Securities research note carried by ANI, an Indian wire service, reframes the standard "India lags in chips" narrative. The binding constraint, the note argues, is execution rather than strategy: imported equipment, supplier ecosystems, and workforce depth, not the country's choice of where to compete. India's chip plan is not a faster or slower version of China's. It is a deliberately smaller footprint that borrows selectively from four other Asian semiconductor models. From Taiwan, it takes government-backed R&D and design leadership. From Malaysia, it takes FDI-led back-end manufacturing. From South Korea, it recruits domestic champions to anchor clusters. From Singapore, it borrows capital discipline and a small-footprint, high-margin posture. The Equirus note is explicit that India is not pursuing China's capital-intensive fabrication-led model.
The Centre for Strategic and International Studies tracks India's chip build-out across Gujarat, Karnataka, and Tamil Nadu, and frames these clusters as the operational test of the strategy. CSIS independently reaches the same conclusion as Equirus: fabs, outsourced semiconductor assembly and test (OSAT) facilities, and assembly clusters remain at early stages, and workforce depth plus supplier ecosystems are the realistic bottlenecks rather than the absence of a coherent policy framework.
On talent, India has publicly claimed roughly 300,000 chip designers, about one-fifth of the global chip-design workforce. The figure recurs across government communications, including a Press Information Bureau release on the India Semiconductor Mission, and was reiterated in PIB materials on Budget 2026. Independent industry data is thinner, and the claim functions more as a benchmark than a measured count, but it is the working assumption behind India's bet that design services can carry more of the value chain than leading-edge wafer production.
The policy backbone is the India Semiconductor Mission (ISM), a federal scheme that subsidizes chip-making projects, and its successor ISM 2.0, anchored in Budget 2026. The government's emphasis matches the Equirus and CSIS framing: design services, packaging, and OSAT rather than cutting-edge fabs are the segments where India sees a competitive advantage. A country trying to compete head-on with Taiwan Semiconductor Manufacturing Company (TSMC) on 3-nanometer logic would burn capital for limited strategic gain; a country that owns more of the back-end packaging and a larger share of global chip design work holds different leverage.
The execution risk is real even within the narrower scope India has chosen. Imported lithography, deposition, and metrology equipment remain the single largest line item in any new Indian fab or OSAT facility, and India's supplier base for gas, chemicals, photoresist, and ultrapure water is shallow. CSIS notes that supplier ecosystems, more than headline capital subsidies, are the variable that determines whether the Gujarat and Karnataka clusters convert from ribbon-cuttings into volume production.
For the global chip map, an India that succeeds in design services and packaging would not displace TSMC, Samsung, or China's leading-edge ambitions. It would, however, raise the design-and-services share of the value chain that sits outside the small number of cutting-edge fabs, and would shift some back-end packaging capacity into clusters that today sit mainly in Taiwan, Malaysia, and Vietnam. The risk is the more familiar one: cluster announcements outrun supplier depth, and the binding constraint tightens.
The next trigger to watch is whether ISM 2.0 scheme approvals translate into OSAT lines that achieve steady-state yields within the next two to three fiscal years. That milestone would show whether the selective-borrowing model survives contact with supplier depth.