Sources: Intel may start shipping a portion of Apple's lowest-end M chips as early as 2027; Apple is evaluating Intel's 18A process for the chip production
Intel expected to begin shipping Apple's lowest-end M processor as early as 2027 There have long been market rumors that Intel could become an advanced-node foundry supplier to Apple, but visibility around this had remained low. My latest industry surveys, however, indicate that
Context & Ripple Effects
Apple’s chip roadmap has been closely tied to TSMC, including earlier reporting on 3nm Mac-chip production plans. This report introduces a potential second advanced-node manufacturing path for a limited, lower-end portion of the M lineup.
Related coverage later describes testing of Intel production for low-end and legacy Apple processors, suggesting the reported 18A evaluation fits a broader effort to qualify Intel rather than a one-off sourcing discussion.
First-order effects
- Apple would begin evaluating Intel’s 18A process for a possible lower-end M-chip supply role, while Intel would need to demonstrate that it can meet Apple’s production requirements before any shipments occur.
- If the reported 2027 timeline holds, Intel gains a prospective external-foundry customer in Apple; Apple gains a potential additional manufacturing option for part of its Mac chip portfolio.
Second-order effects
- A qualified Intel source could give Apple more flexibility in assigning lower-end M-chip volume, while leaving TSMC’s role in Apple’s higher-end and established production flows subject to Apple’s allocation decisions.
- The prospect of an Apple design win raises the competitive bar for foundry capacity, process maturity, and customer support, particularly for suppliers seeking large chip-design customers.
Third-order effects
- If Apple converts evaluation and testing into recurring production, it would reinforce the reported move toward Intel-made lower-end M chips as an example of major device makers reducing dependence on a single advanced-chip manufacturer.
- The broader shift is toward second-source manufacturing for selected processors: diversification can improve supply options, but only where a rival process can satisfy demanding qualification and volume needs.
The trend: This is one data point in the push by large chip buyers to create credible second sources for production constrained by advanced-node capacity and qualification requirements.