Sources: Apple may again postpone releasing its own iPhone modem chip, until at least late 2025 or early 2026, the final year of its extended Qualcomm contract
Company will likely miss a 2025 goal to roll out its own cellular modem inside the device — Apple Inc. has fallen further behind …
Context & Ripple Effects
Apple’s modem effort follows a longer pattern of difficult cellular-chip schedules: Intel was reported to have missed 5G modem deadlines for iPhones, while Apple had already secured a three-year Qualcomm supply extension covering launches through 2026.
The delay matters because it keeps a critical iPhone component outside Apple’s direct control for longer. Later coverage frames the likely transition as staged, beginning in selected products rather than an immediate portfolio-wide replacement.
First-order effects
- Apple is likely to remain dependent on Qualcomm modem supply beyond its earlier 2025 target, while its in-house program absorbs another schedule reset.
- Qualcomm retains iPhone modem business through the remaining term of the extended supply agreement, rather than facing an imminent full replacement.
Second-order effects
- A later Apple modem debut would favor a phased validation strategy: subsequent coverage anticipated a rollout in select iPhones before a broader transition, limiting the immediate exposure of Apple’s flagship lineup.
- Qualcomm’s continued role gives it a longer window to plan production and product support for Apple, while Apple must continue coordinating iPhone launches around an external modem roadmap.
Third-order effects
- If repeated delays persist, cellular modems may remain a notable exception to Apple’s broader push for tighter component integration, showing that replacing specialized connectivity silicon is harder than designing an application processor.
- The likely industry pattern is gradual dual-sourcing and model-by-model substitution, not a single switch-over; the eventual pace will depend on whether Apple’s modem can scale beyond initial deployments.
The trend: This is one data point in the long, uneven shift by major device makers to bring strategically important semiconductor functions in-house.