Galaxy S26 May Ditch Qi2 Wireless Charging
▼ Summary
– Leaks indicate the upcoming Samsung Galaxy S26 series will not feature built-in Qi2 magnets, contradicting earlier expectations.
– This decision is strongly suggested by Samsung’s release of first-party non-magnetic cases, which would be unnecessary for a phone with native magnetic support.
– Samsung is reportedly developing Qi2 accessories like a magnetic power bank for the S26, creating potential confusion since the phones themselves lack the required magnets.
– The author expresses significant disappointment, viewing Qi2 as a beloved and competitively necessary feature that Samsung continues to avoid.
– The overall lack of a major upgrade, including the omitted Qi2 support, is diminishing initial excitement for the Galaxy S26 series launch.
The upcoming Galaxy S26 series appears poised to disappoint fans eagerly awaiting a major upgrade, with mounting evidence suggesting it will forgo the integration of native Qi2 magnetic wireless charging. This decision would mark a significant missed opportunity, leaving Samsung’s flagship phones lagging behind a feature that has become a standard expectation in the premium smartphone market. While Google’s Pixel 10 has fully embraced the technology, Samsung seems content to stick with an older method, potentially alienating users who value seamless accessory compatibility.
For years, Apple’s MagSafe has defined the magnetic accessory ecosystem, a trend the broader industry eventually standardized as Qi2. Samsung has only flirted with the technology, offering official cases with embedded magnets rather than building them directly into the phone’s chassis. Many anticipated the Galaxy S26 would be the moment Samsung finally committed, especially given earlier leaks hinting at designs accommodating Qi2 and even showcasing compatible Samsung-made accessories like a magnetic power bank and charging puck.
However, a fresh leak paints a different picture. The revelation of first-party Samsung cases for the Galaxy S26 and S26 Ultra in non-magnetic variants strongly implies the phones themselves lack the necessary internal hardware. This is a critical detail because phones with true Qi2 support almost universally come with magnetic cases from the manufacturer. The reason is practical: a case of any substantial thickness weakens the magnetic connection to accessories. A non-magnetic first-party case essentially confirms the phone underneath doesn’t support the feature, as it would actively hinder a core function.
This development acts as a smoking gun against the inclusion of Qi2. While it’s technically possible Samsung could still include magnets, the evidence overwhelmingly points to another year without it. The most plausible explanation is that initial plans for Qi2 were scrapped during a broader redesign of the S26 series, perhaps influenced by competitor movements. The fact that these non-magnetic cases are shown for both the standard and Ultra models suggests the omission is a unified decision across the entire lineup.
The situation becomes even more perplexing when considering Samsung’s own actions. The company is reportedly developing Qi2 accessories, like a magnetic charger, for a phone that won’t natively support them. This creates a confusing and frustrating customer experience. Imagine a buyer purchasing Samsung’s official case and then discovering they need a different Samsung case to use the company’s own magnetic charger. This disjointed strategy reflects poorly on Samsung’s product cohesion and consumer awareness.
Ultimately, skipping Qi2 for another generation feels like a strategic misstep. It’s a feature demonstrably popular with users and represents a clear competitive benchmark. As the smartphone market evolves, the absence of such a widely adopted convenience feature could impact consumer choice. For many, this news dampens enthusiasm for the Galaxy S26, turning anticipated upgrades into notable disappointments. The decision not to integrate this technology may very well influence purchasing decisions when the phones finally launch.
(Source: 9to5 Google)
