A fundamental strategic change may be underway in the Apple production chain. The technology giant, known for its long-standing and exclusive partnership with Taiwan Semiconductor Manufacturing Company (TSMC) to manufacture its most advanced processors, is actively evaluating the addition of new suppliers. The measure aims to mitigate the risks associated with dependence on a single company and ensure supply stability in an increasingly competitive and crowded global semiconductor market.
The main motivation for this reassessment is the growing pressure on TSMC’s production capacity. The explosion in demand for artificial intelligence components, led by companies like Nvidia, is consuming a significant portion of the Taiwanese company’s most modern manufacturing nodes. In this scenario, Apple seeks alternatives to ensure the continuous flow of chips for its most popular products, such as iPhones, iPads and the Mac line of computers, without compromising launch schedules or technological innovation.
Industry sources indicate that conversations are advanced and that a new manufacturing partner could begin producing components for the Apple as early as 2027. The Intel emerges as the most likely candidate to take over part of this production. However, TSMC would not be completely replaced, remaining primarily responsible for the very high-performance chips that equip the brand’s high-end devices.
The long and exclusive alliance with TSMC
The collaboration between Apple and TSMC intensified from 2014, with the development of the A8 processor for the iPhone 6. Desde then, the Taiwanese manufacturer became the sole supplier of A and M series chips, which drive the entire Apple product ecosystem. Essa exclusive partnership was crucial for the Cupertino company to reach unprecedented levels of performance and energy efficiency, setting new standards for the mobile device and personal computer industry.
Over the years, TSMC has made massive investments to meet the rigorous specifications of Apple, leading the technology race with increasingly advanced lithography processes. The evolution of manufacturing nodes, which went from 20 nanometers to the current 3 nanometers, with 2nm already on the horizon, guaranteed a sustainable competitive advantage for Apple products. Essa synergy allowed the creation of faster, smaller and less energy-consuming processors with each new generation, a determining factor in the success of products such as the iPhone and MacBook.
The advancement of artificial intelligence and pressure on production
In recent years, TSMC’s production capacity has become a hotly contested resource. The boom in generative artificial intelligence has dramatically increased orders for cutting-edge silicon wafers, especially from Nvidia, whose GPUs are essential for training and operating AI models. Essa new demand has generated fierce competition for limited manufacturing resources, resulting in increased costs and concerns about the availability of components for other companies.
Apple, which in previous years represented around 25% of TSMC’s total revenue, saw its relative influence decrease in the face of billion-dollar contracts in the AI sector. In response, the Taiwanese manufacturer adjusted its pricing policy and began to prioritize customers with large volumes and long-term contracts. Essa new market dynamics forced Apple to reconsider its strategy of relying on a single supplier for its most critical components.
Supplier base diversification is seen as a defensive maneuver to protect your supply chain against bottlenecks and price fluctuations. By adding a second or third manufacturer, Apple gains negotiating power and flexibility to allocate production according to chip complexity and market demand, ensuring that product launches are not affected by external factors.
Intel and the 18A process as a viable alternative
The Intel emerges as the main candidate to absorb part of the production of the Apple, driven by the development of its 18A manufacturing process (equivalent to 1.8 nanometers). The American company is investing heavily in its foundry division, Intel Foundry Services, with the aim of regaining technological leadership lost to TSMC and Samsung. The 18A process, expected to enter mass production in 2027, promises to be competitive in terms of performance and energy efficiency, making it an attractive option for large customers like Apple.
Reports indicate that technical discussions between the two technology giants are already underway, under confidentiality agreements that allow for the exchange of information on design and production requirements. Compatibility with the Arm architecture, used in all Apple Silicon processors, is a fundamental prerequisite and would be maintained regardless of the chosen manufacturer. Intel has been working to ensure that its factories can produce chips based on different architectures, not just limited to its traditional x86.
The potential partnership would not mean a break with TSMC, but rather a strategic reorganization. Apple could delegate to Intel the manufacture of less complex chips or those intended for input devices, such as the iPhone SE or accessories such as AirPods. Enquanto this, TSMC would continue to focus on the high-end processors that power the iPhone’s Pro models and the more powerful Macs, where maximum performance is crucial.
This hybrid approach would allow Apple to optimize costs and ensure stable supply, while maintaining access to the most advanced manufacturing technology on the market for its premium products. The change represents an evolution in the company’s supply chain management, balancing innovation with operational resilience.
Implications of diversification for the market
Apple’s decision to add a new chip supplier would have significant repercussions across the semiconductor industry. Para to Intel, winning a contract with The entry of a major competitor into Apple’s supply chain would also increase direct competition with TSMC and Samsung, which could lead to greater innovation and more competitive pricing in the long term.
For TSMC, the loss of exclusivity would represent a reduction in its revenue, but the company would likely remain an indispensable strategic partner for Apple, especially in the most advanced technology nodes. The move would force TSMC to continue investing aggressively in research and development to maintain its leadership. Diversification also addresses geopolitical concerns, as the concentration of advanced chip manufacturing in Taiwan is seen as a point of vulnerability in the global supply chain.
Next steps in the evolution of Apple chips
The latest Apple processors, such as the A19 and M5, already use TSMC’s 3nm process, and the transition to the 2nm node is expected in the next generations. Esses Continuous advancements bring incremental improvements of up to 15% in performance and 30% in energy efficiency, directly impacting the user experience with greater speed and longer battery life. The company continues to invest heavily in its internal chip design teams, which create custom architectures for the CPU, GPU and the Neural Engine, ensuring deep optimization between hardware and software.
Advantages of a resilient supply chain
The inclusion of multiple suppliers strengthens the resilience of Apple’s supply chain, reducing exposure to risks such as natural disasters, geopolitical tensions or trade restrictions that could affect a single region. The geographic distribution of production between different continents, with Intel operating factories in Estados Unidos and Europa, mitigates these impacts and guarantees business continuity. Essa approach is already common among other smartphone manufacturers, who divide their orders between different foundries to balance costs and guarantee supply.
The future of semiconductor manufacturing
The semiconductor industry is experiencing a period of global expansion, with billion-dollar investments in new factories. TSMC is expanding its operations in Taiwan, Estados Unidos and Japão, while Intel builds new plants in América, Apple, as one of the largest chip consumers in the world, is positioned to benefit from this expansion, guaranteeing priority access to the most advanced processes through long-term contracts and, at the same time, making its production more flexible with new strategic partners. The potential alliance with Intel is a reflection of this new reality, where resilience and flexibility have become as important as the technology itself.
