Apple’s Intel Chip Deal Could Reshape the Future of iPhone and Mac Silicon
Apple’s reported move to work with Intel on future chip production could become one of the most important shifts in the semiconductor industry in years. While the agreement appears to be early and cautious, analyst Ming-Chi Kuo believes it gives Intel a rare opportunity to rebuild its foundry business and prove it can compete again at the highest level of chip manufacturing.
According to Kuo, most of Apple’s current interest in Intel’s upcoming 18A-P manufacturing process is tied to future iPhone processors. Around 80 percent of Apple’s expected Intel-related orders are reportedly focused on iPhone chips, particularly the A21 series. The remaining portion is believed to involve Mac silicon, including the base M7 chip expected around 2027.
This order split closely reflects Apple’s product sales mix, where the iPhone remains the company’s biggest hardware driver. If accurate, it suggests Apple is not merely testing Intel for a small experimental project. Instead, the company may be considering Intel as a meaningful manufacturing partner for high-volume consumer chips.
Apple is already said to have obtained process design kit samples from Intel for the 18A-P node. These samples allow Apple to evaluate whether Intel’s technology can meet the strict performance, power efficiency, and yield standards required for future Apple Silicon products.
The early expectation is that Apple could use Intel’s 18A-P process for the base M7 chip, which may arrive in 2027. More significantly, Apple’s A21 chip, expected for a 2028 iPhone lineup, could reportedly be produced using Intel’s 18A-P process or possibly the more advanced 14A node, depending on Intel’s progress.
However, this does not mean Apple is preparing to move away from TSMC in a major way. Kuo indicates that most of Apple’s advanced chip orders are still expected to remain with TSMC, especially for higher-end processors. One likely scenario is that Apple uses Intel for the standard A21 chip while continuing to manufacture the A21 Pro through TSMC.
That approach would allow Apple to diversify its supply chain without taking unnecessary risks. It would also give Apple more leverage in future negotiations while reducing its dependence on a single manufacturing partner.
Intel’s success will depend heavily on yield rates. Kuo says Intel is aiming to stabilize 18A-P yields between 50 and 60 percent in 2027. For Apple, yield is a critical factor because low yields can raise costs, delay production, and limit chip availability. Apple’s standards are known to be extremely demanding, so Intel will need to show consistent progress before earning larger production commitments.
Apple’s reported talks with Intel also appear to have started before concerns around TSMC’s advanced-node capacity became more visible. This suggests Apple’s motivation is broader than a short-term supply issue. The company likely wants to prepare for a future where leading-edge chip production is increasingly consumed by artificial intelligence, high-performance computing, and data center demand.
As AI workloads grow, TSMC is expected to dedicate more advanced manufacturing capacity to major customers building AI accelerators and high-performance chips. For Apple, which relies on cutting-edge nodes for iPhone, iPad, and Mac processors, having another capable foundry option could become strategically important.
Intel, meanwhile, has a lot to gain. Winning even a partial Apple order would be a major credibility boost for its foundry ambitions. Apple is one of the most demanding chip customers in the world, and if Intel can meet its requirements, it would send a strong signal to the rest of the industry.
Still, the opportunity comes with pressure. Apple will not commit deeply unless Intel can deliver on performance, efficiency, production scale, and reliability. A tentative agreement may open the door, but Intel must prove it can walk through it.
Kuo describes the situation as a “once-in-a-generation” chance for Intel to rebuild its foundry business. That may not be an exaggeration. If Intel can successfully manufacture future Apple chips, it could regain relevance in advanced semiconductor production and become a stronger alternative to TSMC.
For Apple, the potential partnership is about flexibility, bargaining power, and long-term supply security. For Intel, it is a chance to re-enter the top tier of chip manufacturing. And for the wider tech industry, it could mark the beginning of a more competitive era in advanced semiconductor production.
