Apple has initiated early-stage discussions with select Indian semiconductor companies to explore the assembly and packaging of iPhone components, marking a potential milestone in India’s growing role within the global electronics supply chain. If these talks move forward, it would be the first time Apple considers assembling and packaging certain chips in India—an important step beyond iPhone assembly and component sourcing.
While the conversations remain exploratory, they underscore Apple’s continued efforts to diversify its manufacturing footprint and reduce reliance on a handful of traditional semiconductor hubs in East Asia.
CG Semi Emerges as a Key Contender
Among the Indian firms in discussion is CG Semi, part of the Murugappa Group, which is building an outsourced semiconductor assembly and test (OSAT) facility in Sanand, Gujarat. Sources familiar with the matter suggest that display-related chips could be the most likely candidates for assembly and packaging at the facility, although no final decisions have been made.
The talks are still at a preliminary stage, and there is no clarity on timelines or volumes. Apple is known for running an exhaustive supplier evaluation process, and only a small fraction of companies typically meet its exacting standards for quality, consistency and scale.
CG Semi has maintained that it does not comment on market speculation or discussions with individual customers, adding that any meaningful updates would be disclosed when concrete developments take shape.
Why Chip Packaging Matters to Apple
While chip fabrication often grabs headlines, assembly and packaging play a crucial role in determining a chip’s performance, durability and energy efficiency. Advanced packaging safeguards delicate chip components and enhances their integration with other parts of the device—an especially critical requirement for high-performance smartphones like the iPhone.
Currently, the display driver integrated circuits (DDICs used in iPhones are largely assembled and packaged in South Korea, Taiwan and China. These chips support OLED panels sourced from global giants such as Samsung Display, LG Display and BOE, along with DDIC suppliers including Samsung, Novatek, Himax and LX Semicon.
Bringing even a portion of this process to India would help Apple build supply chain resilience while aligning with India’s ambition to move up the semiconductor value chain.
India’s Semiconductor Ecosystem Gains Momentum
Apple’s exploratory engagement comes at a time when India’s semiconductor ambitions are accelerating. Recent collaborations between global chipmakers and Indian companies have helped boost confidence in the country’s manufacturing and packaging capabilities.
India has traditionally focused on electronics assembly, but policymakers and industry leaders are now pushing aggressively into higher-value segments such as chip packaging, testing and eventually fabrication. OSAT facilities are seen as a practical entry point, requiring lower capital expenditure than full-scale fabs while still delivering strategic value.
Industry experts note that advanced packaging is increasingly critical as chips become smaller, more powerful and more complex—making OSAT capabilities a key battleground in the global semiconductor race.
CG Semi’s ₹7,600-Crore Bet on the Future
CG Semi’s OSAT project represents one of the largest bets on semiconductor packaging in India. The ₹7,600-crore investment, supported by both central and state governments, is being rolled out over five years in partnership with Renesas and Stars Microelectronics.
The project includes two advanced facilities—G1 and G2. The G1 facility, inaugurated on August 28, is designed to handle end-to-end chip assembly, packaging, testing and post-test services, with a peak capacity of around 0.5 million units per day. Commercial production is expected to begin in calendar year 2026, in line with commitments under the India Semiconductor Mission.
A High Bar, but a Strategic Opportunity
For CG Semi, the opportunity is significant—but so is the challenge. Apple’s supplier ecosystem is among the most demanding in the world, requiring exceptional yields, zero-defect manufacturing and absolute consistency at scale.
Analysts believe that if an Indian OSAT player succeeds in meeting these benchmarks, it could open the door for broader participation in Apple’s global supply chain. More importantly, it would signal that India is no longer just an assembly destination, but an emerging hub for sophisticated semiconductor operations.
As Apple continues to rethink its global manufacturing strategy, India’s semiconductor ambitions may finally be aligning with one of the world’s most influential technology companies—setting the stage for a new chapter in the country’s electronics journey.
