Ongoing US-China trade tensions have created significant uncertainty, with potential tariffs and export controls disrupting supply chains. Google, which does not sell Pixels in China, faces less commercial pressure to maintain manufacturing operations there, making diversification strategically prudent. Vietnam and India are set to become the primary production bases, with India particularly attractive due to its lower tariff exposure—around 18% compared to Vietnam’s 20% and potential 60% on Chinese goods under proposed US tariffs. This shift also follows Samsung’s example of completely moving smartphone production away from China, highlighting a broader industry trend toward de-risking supply chains.
Apple is expanding its India manufacturing footprint well beyond iPhones, signaling a strategic move to reduce geographic concentration. While iPhones remain the primary focus, the company is actively exploring local production of iPads, MacBooks, and components. This expansion aligns with the government’s Mobile Phone Manufacturing Scheme (MPMS), which aims to deepen domestic value addition and strengthen supply chain resilience. Apple’s ability to manufacture newer iPhone models in India, including the iPhone 17 and 18 series, demonstrates its growing confidence in the local ecosystem. By diversifying its product range, Apple not only mitigates risks associated with over-reliance on China but also leverages India’s large domestic market and export-oriented manufacturing incentives to serve global demand more efficiently.
Foxconn and Tata Group are the twin engines powering Apple’s rapid scaling in India. Foxconn, the world’s largest contract manufacturer, continues to expand its capacity, with a new facility in Karnataka targeting nearly 20 million iPhones annually. Meanwhile, Tata Electronics has emerged as a formidable challenger, overtaking Foxconn in headcount with 75,000 employees. Tata’s aggressive acquisitions of Wistron’s and Pegatron’s India operations have allowed it to rapidly scale production, contributing 26% of India’s iPhone output. This competition between Foxconn and Tata is healthy for Apple, reducing supply chain risks while increasing production flexibility. Both companies are making significant investments—Foxconn committed $1.5 billion recently, while Tata is investing heavily in semiconductor fabrication and chip packaging—positioning India as a central pillar in Apple’s global manufacturing network.
Dixon Technologies plays a crucial role in Google’s Pixel manufacturing ambitions in India. Through its subsidiary Padget Electronics and a partnership with Taiwan’s Compal Electronics, Dixon is producing approximately 100,000 Pixel smartphones per month, with 25-30% allocated for export markets. This partnership provides Google with a scalable manufacturing base that can absorb production shifting from China. Google’s Pixel exports from India have already surged 17.4-fold in early 2026, signaling the country’s growing importance in its global supply chain. As Google targets 8-10% shipment growth in 2026, Dixon’s established infrastructure and experience with global brands make it a key partner for accelerating production volumes and meeting the company’s diversification timeline.
The new Mobile Phone Manufacturing Scheme (MPMS) significantly influences Apple and Google’s margin calculations for India-based production. The scheme offers a base incentive of 2.25% to 5% on eligible sales, plus an additional 1.5% for domestic sourcing of key components. For Apple, which produced iPhones worth nearly $22 billion in India in FY25, even a conservative 2.25% base incentive translates to approximately $495 million in direct margin support. The additional 1.5% domestic sourcing incentive could add another $330 million if localization targets are met. Google, with smaller but rapidly growing production volumes, stands to benefit similarly as it scales Pixel exports.
Manufacturing in India costs around $30 per unit compared to nearly $390 in the US, but the more relevant comparison is with China. India’s labor costs are 50-70% lower than China’s coastal hubs, providing a substantial advantage in labor-intensive assembly. However, India’s component ecosystem is less developed, leading to higher import costs for critical parts like displays, chipsets, and camera modules. The MPMS incentives are designed to bridge this gap. The base incentive directly offsets India’s component cost disadvantage, while the domestic sourcing incentive encourages the development of local suppliers.
This makes India-based production not just competitive but strategically compelling for export-oriented manufacturing.
India’s current domestic value addition (DVA) in mobile phone manufacturing stands at 23%, a significant improvement from single-digit estimates just a few years ago. This level positions Apple and Google favorably for MPMS qualification, likely placing them in mid-to-upper tier incentive rates. However, maximizing the additional 1.5% domestic sourcing incentive requires achieving 25% localization for specified components. Apple has already crossed the 20% DVA milestone, with over 45 Indian companies supplying components ranging from battery packs and cables to enclosures and camera modules. Google is also working to localize components like enclosures, fingerprint sensors, and chargers. The challenge lies in scaling domestic production of high-value components like displays and chipsets, which currently remain heavily import-dependent. The Electronics Components Manufacturing Scheme (ECMS), with a ₹40,000 crore outlay, aims to address this by supporting the development of a robust component ecosystem.
The expansion of Apple’s manufacturing in India has significant financial implications for Foxconn and Tata Group. Under the previous PLI scheme, Tata received ₹2,068 crore and Foxconn ₹2,807 crore between FY23 and FY25. With the MPMS scheme’s substantially larger outlay of ₹62,500 crore, both companies can expect significantly higher incentives. Foxconn’s $1.5 billion investment in its Karnataka facility and Tata’s rapid workforce expansion from 15,000 to 75,000 employees demonstrate their commitment to scaling capacity. These investments are supported by the expectation of generating ₹25,000-35,000 crore in incentives over the MPMS period. The competitive dynamics between the two companies are driving investment in automation, supplier development, and semiconductor capabilities, creating a virtuous cycle of growth that strengthens India’s position as a global manufacturing hub.
India’s emergence as a key export base for Apple is reshaping its regional revenue mix and logistics costs.
This aligns perfectly with Apple’s revenue structure, as the Americas account for 42.86% of its total revenue. The logistics strategy has become increasingly sophisticated, with Apple chartering planes to transport $2 billion worth of iPhones from India to the US to beat tariff deadlines. While air freight from India costs ₹350-600 per kg, the massive tariff savings—45 percentage points on a $1,000 iPhone—more than offset higher transportation costs. India’s slight distance advantage to the US East Coast (22-26 days vs 28-32 days from China) provides additional logistics efficiency. For Google, capturing a larger share of its export-focused Pixel production from China could generate $1.3-4.8 billion in annual revenue, depending on the production share achieved.
The projection of India accounting for 26% of global iPhone production in 2026 represents a fundamental shift in Apple’s supply chain allocation. This growth, from 14% in 2024 to 23% in 2025, is driven by capacity expansion at existing manufacturers like Tata Electronics and Foxconn. As India’s role grows, Apple is strategically allocating production to serve specific markets—primarily the US from India, while Chinese production continues to serve Asian markets. This reallocation optimizes logistics costs and mitigates geopolitical risks. For India’s trade balance, the implications are profound.
Apple’s contract manufacturers account for 75% of these exports. Increased production from Apple and Google will further strengthen this position, potentially pushing smartphone exports to $35-38 billion by 2027. This export success is transforming India’s trade profile, reducing dependence on traditional exports and creating a high-value electronics manufacturing ecosystem.
Apple’s existing component manufacturing in India provides a strong foundation for achieving the government’s goal of increasing domestic value addition beyond 23%. The company has over 45 Indian suppliers producing components including metal casings, battery packs, cables, and camera modules. To qualify for the additional 1.5% MPMS incentive, Apple and Google must domestically source specified components like printed circuit boards, display panels, and camera modules for at least 25% of their production. This requirement is fundamentally altering supplier relationships, shifting from transactional arrangements to strategic partnerships focused on capability development and technology transfer. The MPMS scheme’s focus on component-level production creates significant opportunities for Indian suppliers to integrate into global supply chains. The ECMS scheme complements this by providing incentives for component manufacturing, with 46 applications already approved across 11 states, representing ₹54,567 crore in investments. However, barriers remain, including limited semiconductor manufacturing capacity, supply chain depth deficiencies, and infrastructure gaps. The new scheme addresses these challenges through financial incentives, ecosystem development initiatives, and regulatory reforms designed to create a more robust and self-reliant electronics manufacturing ecosystem.
