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 strategy began with its move to internally designed Mac processors, then expanded alongside reported plans for increasingly advanced Mac chip production. This report introduces a potential manufacturing split: Apple is evaluating Intel’s 18A process for a portion of its entry-level M lineup.
The idea gained operational weight in later coverage that Intel had begun testing production for low-end and legacy Apple processors. That sequence frames the 18A evaluation as part of Apple’s effort to add manufacturing optionality rather than alter its in-house silicon strategy.
First-order effects
- Apple and Intel would begin technical and commercial qualification around Intel’s 18A process for a limited slice of M-chip output; any initial Intel shipments would be confined to the lowest-end products.
- Intel gains a prospective external customer for its advanced-node foundry business, while Apple gains a potential additional production path for M chips.
Second-order effects
- A credible Intel supply option would give Apple more leverage and flexibility in allocating chip production, particularly for lower-end parts that can be separated from the highest-performance designs.
- The reported move would raise the competitive bar for incumbent manufacturing partners: retaining Apple volume would depend not only on process technology but also on capacity availability and product segmentation.
Third-order effects
- If qualification converts into sustained volume, Apple’s chip supply chain could evolve from a concentrated manufacturing model toward selective second-sourcing by product tier.
- The broader implication is that advanced foundry competition may increasingly be decided by customers’ need for resilient capacity, not solely by leading-edge process claims; execution remains the key uncertainty.
The trend: This is one data point in the shift toward second-sourcing compute components as major device makers seek to insulate product roadmaps from concentrated advanced-chip capacity.