Apple abandons the budget phone market with the iPhone 16e; sources: the M4 MacBook Air may launch in March and Apple may eventually meld the modem and main CPU
Last week, Apple introduced the long-awaited successor to the iPhone SE: the iPhone 16e. In doing so, it all but abandoned the budget smartphone market.
Context & Ripple Effects
The iPhone 16e completes a refresh cycle that had long been expected to bring a larger OLED-based SE successor and Apple-designed cellular silicon. Reporting before launch specifically positioned the SE 4 as the vehicle for Apple’s first in-house 5G modem.
The actual release made that component transition concrete: the $599 iPhone 16e introduced the C1 modem alongside an A18-class platform. The reported MacBook Air timing and longer-term modem/CPU plan extend the same emphasis on Apple-controlled hardware road maps.
First-order effects
- Apple’s lowest-priced new iPhone moves materially upmarket as the iPhone SE and older iPhone 14 models leave the lineup, reducing the number of entry-level new-device choices in its own range.
- The C1’s arrival in the iPhone 16e puts Apple’s cellular modem into a shipping phone; a March M4 MacBook Air launch, if it occurs, would similarly move the Air to Apple’s current Mac chip generation.
Second-order effects
- Carriers and retailers have fewer new Apple models to use as low-price acquisition offers, while Android vendors that retain lower-cost devices gain a clearer comparison point for price-sensitive buyers.
- Shipping an Apple modem gives the company operational experience for broader in-house cellular designs; the reported prospect of combining it with the main CPU would make future phone platform decisions more interdependent.
Third-order effects
- If Apple continues replacing distinct low-end products with more capable, higher-priced entry models, its portfolio may become more concentrated around fewer hardware tiers rather than broad price coverage.
- A combined modem-and-CPU design, if pursued, would deepen vertical integration at the system-on-chip level, potentially making component architecture—not merely individual chips—a larger source of product differentiation.
The trend: Apple is pairing a higher-value entry-device strategy with progressively deeper control over the core silicon that defines its product platforms.