Apple Highlights iPhone‑Only Hardware Feature Samsung Lacks, Says 9to5Mac

Apple’s decision to add MagSafe to the $599 iPhone 17e marks the first time every new iPhone ships with the magnetic accessory ecosystem, a move that underscores a widening hardware divergence with Samsung, 9to5Mac reports. The iPhone 17e doubles the storage of its predecessor and finally incorporates the “magic of MagSafe,” a feature first introduced with the iPhone 12 in October 2020. By embedding a strong magnet in the back panel, Apple enables snap‑on accessories—wallets, stands, battery packs—and guarantees precise coil alignment for faster, more reliable wireless charging without the need for a case. The company’s ability to fit the magnets into the ultra‑thin iPhone Air chassis, while keeping battery life “completely usable,” demonstrates a design trade‑off that Apple appears willing to make, according to the 9to5Mac analysis.

Samsung, by contrast, continues to forgo built‑in magnets even on its flagship Galaxy devices, a choice that has drawn criticism from reviewers who argue that the lack of a native magnetic standard forces users to rely on third‑party cases with varying magnet placement and strength. In a recent interview with The Verge, Samsung’s mobile R&D and operations head Won‑Joon Choi explained that the added thickness of magnets is “a bad trade‑off” because “about 80 or 90 percent of people are using a case, and cases with magnets are very popular these days.” Choi said Samsung prefers to allocate the extra space to a larger battery or a thinner profile, and that the company is still researching ways to integrate magnets without sacrificing internal components. The Verge piece highlights that Samsung’s strategy leaves accessory compatibility to case makers, resulting in a “mixed experience” for users, whereas Apple’s approach sets a single, device‑level standard.

The strategic implications of Apple’s universal MagSafe rollout are twofold. First, it solidifies Apple’s ecosystem lock‑in: accessories that snap to the iPhone’s back automatically work across the entire lineup, reinforcing the company’s accessory revenue stream and encouraging developers to design MagSafe‑compatible products. Second, it creates a clear hardware differentiator in a market where Samsung traditionally competes on display quality, battery capacity, and price. By making MagSafe a baseline feature, Apple forces Samsung to either accelerate its own magnetic solution or double down on alternative value propositions—such as larger batteries or thinner designs—to justify the absence of a native magnetic accessory platform.

Analysts have noted that the MagSafe advantage may become more pronounced as the accessory market matures. While Samsung’s reliance on case‑based magnets could spur a fragmented accessory ecosystem, Apple’s integrated approach ensures consistent performance and charging efficiency, which could sway power users and enterprise buyers who prioritize reliability. Moreover, Apple’s ability to keep the iPhone 17e’s price at $599 while adding both storage and MagSafe suggests that the company can absorb the marginal cost of the magnets without passing it on to consumers, a pricing discipline that Samsung has struggled to match in its mid‑range segment.

In sum, Apple’s universal MagSafe implementation on the iPhone 17e not only completes the company’s hardware lineup but also sharpens the competitive edge against Samsung, whose current roadmap does not include built‑in magnets. As Samsung continues its research, the industry will watch whether the South Korean giant can introduce a comparable magnetic standard without compromising the design cues it has championed for years. Until then, Apple’s magnetic ecosystem remains a unique selling point that could influence purchasing decisions across both consumer and enterprise segments.