Qualcomm expects to provide modem chips for the “vast majority” of iPhones in 2023, retaining its current foothold after previously planning to supply ~20%
Qualcomm Inc. will continue to provide the modem chips for the “vast majority” of iPhones in 2023 …
Context & Ripple Effects
Qualcomm had previously guided to roughly a fifth of Apple’s 2023 modem demand, amid expectations of an Apple-designed replacement. Its revised expectation preserves the incumbent position instead; later coverage shows that reliance was formalized in a three-year extension covering 2024–2026.
The episode also sits after Intel had supplied modems for some iPhones, showing how difficult it is to displace an established supplier in a tightly qualified component. Apple’s in-house effort remained a longer transition, with later reporting describing a select-model debut followed by a multiyear rollout.
First-order effects
- Qualcomm retains modem shipments for the vast majority of 2023 iPhones rather than falling to the previously forecast 20% share.
- Apple continues sourcing the core cellular component from Qualcomm for its 2023 launches, preserving supply continuity while its own modem program is not yet ready to take over.
Second-order effects
- Qualcomm’s expected Apple revenue decline is pushed out relative to its earlier forecast, even as the company reports a year-over-year revenue drop and below-consensus fourth-quarter profit outlook.
- Apple’s internal modem effort faces a higher bar than merely producing a chip: it must replace a supplier that remains qualified across the bulk of the iPhone lineup.
Third-order effects
- The later contract extension indicates that modem qualification can prolong incumbent supplier leverage even when a major customer is actively developing an in-house alternative.
- If Apple’s reported phased modem rollout proceeds, the market shifts from an abrupt supplier swap to a multi-year dual-source transition, with Qualcomm’s share declining model by model rather than all at once.
The trend: Apple’s modem strategy illustrates how vertical integration in complex semiconductors often advances through prolonged incumbent dependence and phased replacement.