- Apple is reportedly returning to Intel for chip production in 2024 through a foundry services deal.
- The deal marks a reversal of Apple’s 2020 transition to Apple Silicon and vertical integration efforts.
- Apple will design the architectures for the custom silicon, while Intel handles manufacturing.
- The partnership is likely a strategic move to diversify Apple’s semiconductor supply chain and mitigate risks.
- The deal may have implications for Apple’s future iPhone, iPad, and Mac product lines.
Apple, once the poster child for breaking free from x86 chip dependency, is reportedly returning to Intel—not as a customer of off-the-shelf processors, but as a client of its foundry services. According to The Wall Street Journal, the two tech giants have reached a preliminary agreement for Intel to manufacture custom silicon for future Apple hardware. This marks a stunning reversal from Apple’s 2020 transition to Apple Silicon, which was celebrated as a triumph of vertical integration and performance optimization. Now, nearly half a decade after cutting the cord, Apple is exploring a new kind of partnership that could see Intel’s advanced manufacturing capabilities underpin the next generation of iPhones, iPads, or even Macs—albeit with Apple-designed architectures.
A Strategic Shift in Semiconductor Supply Chains
The renewed collaboration underscores a broader transformation in the global semiconductor industry, where even the most vertically integrated companies are reassessing their manufacturing dependencies. Apple’s move to Apple Silicon was lauded for delivering unmatched power efficiency and performance per watt, but it relied heavily on TSMC’s cutting-edge fabrication nodes. With geopolitical tensions affecting supply chains and TSMC’s capacity increasingly strained by demand from AMD, Nvidia, and others, Apple may be hedging its bets. Intel, meanwhile, has been aggressively rebuilding its foundry business under CEO Pat Gelsinger, aiming to reclaim a leadership role in advanced chip manufacturing. Bringing on a client of Apple’s scale would be a major validation of Intel’s IDM 2.0 strategy and its ability to compete with Asian foundry giants.
Inside the Intel-Apple Foundry Agreement
While details remain under wraps, the reported agreement centers on Intel’s ability to produce chips using its upcoming Intel 18A (1.8 nanometer-class) process, scheduled for volume production in 2025. This node is expected to feature next-generation RibbonFET transistors and PowerVia backside power delivery, technologies designed to rival TSMC’s N2 and Samsung’s SF2 processes. Apple would retain full control over chip design—maintaining the IP and architectural advantages of its M-series and A-series chips—but outsource manufacturing to Intel Foundry Services (IFS). The partnership may initially focus on non-core components such as modems or power management ICs, potentially expanding to application processors if yield and performance benchmarks are met. Intel’s recently appointed semiconductor veteran Lip-Bu Tan, known for his turnaround expertise at Cadence and Walden Catalyst, is said to be playing a key role in aligning IFS with Apple’s stringent quality and timeline requirements.
Why Intel’s Foundry Push Matters Now
Intel’s resurgence as a foundry contender is not just about technology—it’s about geopolitics and supply chain resilience. The U.S. government has invested heavily in domestic chip manufacturing through the CHIPS and Science Act, with Intel receiving billions in subsidies to expand facilities in Arizona, Ohio, and New Mexico. A high-profile client like Apple would strengthen Intel’s case for continued public and private investment. From Apple’s perspective, diversifying manufacturing beyond TSMC—whose fabs are concentrated in Taiwan, a region of escalating strategic risk—makes long-term business sense. Analysts at Reuters note that no single foundry can currently meet all of Apple’s projected demand, especially with the company eyeing AI-enhanced devices requiring more complex SoCs. Intel’s U.S.-based capacity offers a geographically balanced alternative to East Asian fabs.
Implications for the Tech Ecosystem
If the deal materializes, it could ripple across the semiconductor landscape. For TSMC, it signals growing competition in the high-end foundry market. For Intel, landing Apple would be a credibility milestone, potentially attracting other major designers like Qualcomm or even Amazon’s AWS chip division. Consumers may benefit from accelerated innovation, as competition heats up between foundries to deliver denser, faster, and more power-efficient nodes. However, any shift will be gradual; Apple is unlikely to move core processors to Intel without years of testing and validation. Still, even a partial transition would represent the most significant reversal in personal computing partnerships since Apple’s original switch to Intel chips in 2006—a decision that now appears to be coming full circle in a new industrial era.
Expert Perspectives
Industry analysts are divided on the long-term viability of the partnership. “Intel has the tools and the funding, but they haven’t yet proven they can match TSMC’s yield rates at scale,” says Linley Group analyst Mike Demler. “Apple won’t compromise on quality.” Others see strategic logic: “This isn’t about nostalgia—it’s about supply chain de-risking,” argues Carolina Milanesi of Creative Strategies. “Apple doesn’t bet the company on one supplier. This is classic Apple operational discipline.” Some observers also question whether Intel’s timeline aligns with Apple’s aggressive product cadence, noting that delays in Intel 18A could force Apple to fall back on TSMC or Samsung as a backup.
Looking ahead, the success of this collaboration will hinge on more than technical specifications—it will depend on execution, trust, and timing. Can Intel deliver consistent high-volume production by 2025? Will Apple entrust mission-critical components to a foundry still proving itself? And how will this affect Apple’s roadmap for on-device AI, which demands increasingly sophisticated silicon? As the lines between chip design and fabrication continue to blur, the Apple-Intel reunion may not be a step backward, but a calculated leap toward a more resilient, multipolar semiconductor future.
Source: The Verge