NextFin News - U.S. President Trump’s administration witnesses a notable development from Apple as the tech giant initiates early-stage talks with Indian semiconductor company CG Semi, a part of the Murugappa Group, to assemble and package chips used in iPhones. These discussions, reported in December 2025 and centered around CG Semi’s ₹7,600 crore outsourced semiconductor assembly and test (OSAT) plant in Sanand, Gujarat, represent Apple’s first serious foray into chip packaging and assembly within India, a country that already plays a pivotal role in Apple’s global manufacturing footprint through device assembly.
The move comes amid Apple's broader strategy to diversify its supply chain and reduce reliance on China. Currently, Apple sources key iPhone chips and display driver integrated circuits (ICs) predominantly from East Asian hubs such as South Korea, Taiwan, and China. The potential shift involves assembling less complex but crucial display-related chips locally, advancing India’s integration into the semiconductor value chain beyond final product assembly.
From a procedural perspective, these negotiations remain tentative, and Apple’s rigid quality and intellectual property (IP) standards present a substantial barrier to Indian suppliers seeking to enter its elite supply chain. Apple’s supplier approval process is notoriously selective, with only a fraction of prospective vendors meeting its performance, yield, and security requirements.
This discussion is part of a larger semiconductor industrial push in India, highlighted by recent agreements such as the partnership between Intel and Tata Electronics to explore local chip fabrication and advanced packaging. The CG Semi plant anticipates operating at roughly 0.5 million units per day, signaling capacity readiness to handle significant volumes contingent on Apple’s approvals.
Strategically, Apple’s chip assembly exploration addresses several imperatives: supply chain resilience, geopolitical risk management, and cost optimization. Producing iPhone chips closer to domestic assembly lines in India supports the goal of manufacturing most iPhones sold in the U.S. from Indian facilities by the end of 2026, a target already partly achieved as 2025 saw the newest iPhone models manufactured in India simultaneously with global launches.
The move could accelerate the maturity of India’s nascent semiconductor sector by promoting the establishment of higher-technology manufacturing capabilities, driving skill development in precision packaging, yield improvement, and stringent quality control. These are critical competencies that enhance the country’s attractiveness for other global electronics manufacturers.
However, industry experts caution that Apple’s entry into India’s chip assembly market will not be straightforward. This segment requires advanced machinery, ultra-clean environments, and a deep IP protection regime — areas where Indian firms must scale up swiftly. Failure to meet Apple’s demanding standards could stall the progress or limit the range of chips assembled locally.
Looking forward, if Apple successfully integrates India's semiconductor assembly into its supply chain, it could prompt a paradigm shift in the global semiconductor landscape. India could emerge as a major node in smartphone chip manufacturing, attracting further investments from semiconductor equipment suppliers, materials providers, and allied service firms. This could also encourage ancillary developments in research and innovation clusters supporting semiconductor design and fabrication.
Nonetheless, the timeline and scale of impact hinge on the outcome of these discussions and India’s ability to rapidly elevate its production ecosystem to Apple’s exacting standards. The Indian government’s ongoing efforts to promote semiconductor manufacturing through policy incentives and infrastructure development will be pivotal in this regard.
Overall, Apple’s strategic move towards chip assembly and packaging in India underscores a deeper shift in global manufacturing strategies shaped by geopolitical tensions, supply chain disruptions, and accelerating regional capabilities. For India, this represents an opportunity to enhance its position not just as an assembly powerhouse but as an integral, value-added contributor in the high-tech semiconductor supply chain for one of the world’s most valuable companies.
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