Apple is conducting substantive discussions with Intel and Samsung to establish chip manufacturing capacity in the United States, according to multiple industry sources, marking a strategic pivot toward supply chain diversification away from its primary partner Taiwan Semiconductor Manufacturing Company (TSMC). The move reflects mounting geopolitical pressures and U.S. government incentives aimed at reshoring semiconductor production, even as Apple remains cautious about transitioning away from TSMC’s advanced fabrication technology.
For nearly two decades, TSMC has been Apple’s dominant and near-exclusive foundry partner, manufacturing the majority of chips powering iPhones, iPads, and other consumer devices. This relationship has been mutually beneficial—TSMC secures its largest customer while Apple gains access to cutting-edge process nodes and preferential production capacity. However, the semiconductor industry’s concentration in Taiwan has become increasingly untenable from a risk management perspective, particularly following geopolitical tensions around the Taiwan Strait and U.S. efforts to constrain China’s access to advanced chip technology.
The reported discussions with Intel and Samsung underscore a fundamental business reality: Apple seeks insurance against supply chain disruption without sacrificing the technological edge TSMC provides. Intel has ramped up foundry operations through its Intel Foundry Services division with substantial federal subsidies under the CHIPS Act, while Samsung has been expanding its contract manufacturing business to compete with TSMC. Both companies view Apple as a transformational anchor customer that could legitimize their foundry ambitions. Yet Apple’s hesitation about non-TSMC technology suggests the company recognizes that neither Intel nor Samsung currently matches TSMC’s process maturity or yield rates—a critical consideration for devices sold by the tens of millions annually.
The U.S. government has made reshoring semiconductor production a strategic priority. The CHIPS and Science Act, signed in 2022, allocated $39 billion in subsidies for domestic chip manufacturing. Both Intel and Samsung have received substantial federal grants to build or expand U.S. fabs. For these companies, landing Apple as a customer would validate federal investment and transform their competitive positioning against TSMC. Intel has been particularly aggressive in pursuing foundry customers after suffering market share losses in traditional server and PC segments. Samsung, meanwhile, views foundry services as a growth vector to diversify beyond memory chip production.
From India and South Asia’s perspective, this development carries indirect but meaningful implications. India’s semiconductor ecosystem remains nascent, with the government launching production-linked incentive schemes to attract chip manufacturing investment. While Apple is not reported to be considering Indian production, the broader trend of supply chain decentralization and nearshoring creates opportunities for regional semiconductor players and support industries. Indian contract manufacturers already supply components and assembly services for Apple’s iPhone production; deeper integration into chip manufacturing would represent a significant expansion of technological capability in the region. Additionally, the shift away from Taiwan concentration reduces systemic risk for South Asian countries dependent on semiconductor imports and creates space for alternative regional partnerships.
The challenges confronting Intel and Samsung are substantial. TSMC’s manufacturing advantage stems from decades of process optimization, accumulated engineering expertise, and established relationships with equipment suppliers. Replicating that ecosystem cannot be accomplished through capital investment alone. Both Intel and Samsung would likely require phased production agreements where Apple gradually increases orders as yields improve and process maturity is demonstrated. Furthermore, U.S. labor costs and regulatory compliance expenses are significantly higher than TSMC’s Taiwan operations, potentially creating cost pressures that Apple would need to absorb or offset through volume commitments.
Industry analysts suggest a hybrid scenario is most probable: Apple may allocate secondary or mature-node chip production to U.S. partners while maintaining TSMC’s role for cutting-edge processors requiring the most advanced fabrication techniques. This approach balances geopolitical risk, manufacturing reliability, and cost considerations. A successful outcome would require Intel or Samsung to demonstrate sub-3-nanometer production capabilities within 18-24 months—a timeline both companies have committed to but which carries substantial execution risk.
The negotiations also reflect broader U.S.-China tensions and semiconductor nationalism reshaping global tech supply chains. American policymakers view reliance on Taiwan-based manufacturing as strategically vulnerable; supporting domestic alternatives aligns with national security objectives. For Apple, navigating these geopolitical currents while maintaining competitive pricing and product performance margins represents an unprecedented challenge.
Observers should monitor quarterly earnings calls for explicit mentions of U.S. chip production timelines and any non-TSMC foundry commitments. Industry conferences and equipment supplier orders will signal whether Intel or Samsung are receiving meaningful design wins from Apple. The outcome of these negotiations will reverberate across the global semiconductor ecosystem, influencing investment decisions, trade relationships, and ultimately, product availability and pricing for consumers across South Asia and beyond.
