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Introduction: Samsung’s Quiet but Meaningful Wireless Charging Shift
Samsung is preparing a subtle yet important upgrade to its flagship lineup. While much of the spotlight is often stolen by camera sensors and AI features, wireless charging is finally getting attention again. For the first time since the Galaxy S10 era, Samsung appears ready to increase wireless charging speeds across its premium phones. Newly surfaced certification data now clarifies exactly which Qi standard the upcoming Galaxy S26 series will support—and what compromises still remain.
the Original
Recent listings in the Wireless Power Consortium (WPC) database have revealed key details about the Galaxy S26, Galaxy S26+, and Galaxy S26 Ultra. The devices appeared under masked model numbers—SM-K772, SM-K777, and SM-K778—indicating Samsung is still keeping official names under wraps until launch. Despite the secrecy, the certification confirms a long-rumored upgrade: faster wireless charging.
According to the WPC documentation, the Galaxy S26 lineup supports the Qi 2.2.1 standard, the same version used by Google’s Pixel 10 series. This confirms that Samsung is moving beyond the older Qi 2.1.0 standard used in current flagships like the Galaxy S25 series and the Galaxy Z Fold 7. However, the upgrade comes with an important limitation. Samsung is using the Base Power Profile (BPP) rather than the Magnetic Power Profile (MPP), meaning the phones do not include built-in magnets.
As a result, users will still need cases with integrated magnets to use Qi2 accessories such as magnetic chargers, wallets, or battery packs. Earlier rumors suggested Samsung might finally adopt internal magnets, but the WPC certification confirms this will not happen with the S26 series. This aligns with recent reports that hinted Samsung would continue relying on accessory-based solutions rather than integrating magnets directly into the phones.
Despite this omission, charging speeds are expected to improve noticeably. The Galaxy S26 and Galaxy S26+ are rumored to support up to 20W wireless charging, while the Galaxy S26 Ultra could reach 25W. This would mark a clear step forward compared to the 15W limit seen on the Galaxy S25 lineup and recent foldables.
Samsung has also developed a new Qi 2.2-compatible wireless charging puck specifically for the Galaxy S26 series. Early images show a nylon-braided cable, suggesting a more premium and durable accessory. The charger could be announced later this month, signaling that Samsung is building a broader Qi2 ecosystem—even if magnets remain external rather than internal.
What Undercode Say:
Samsung’s approach to Qi2 feels cautious, calculated, and slightly frustrating. On one hand, the move to Qi 2.2.1 is a genuine technical upgrade. Faster wireless charging has been overdue, especially as competitors push higher wattages and more seamless magnetic ecosystems. Jumping from 15W to potentially 25W is not a marketing gimmick—it is a real quality-of-life improvement for users who rely on wireless pads daily.
On the other hand, Samsung’s continued refusal to integrate magnets into the phone itself is telling. This is not a technical limitation; it is a design and ecosystem decision. By sticking to the Base Power Profile, Samsung avoids internal redesigns and preserves compatibility with its existing accessory strategy. However, this also means the experience remains fragmented. Users must buy specific cases to unlock features that competitors offer out of the box.
The comparison with Apple and even Google becomes unavoidable here. Magnetic alignment is no longer a novelty—it improves efficiency, reduces heat, and makes accessories feel intentional rather than improvised. Samsung’s choice suggests it is prioritizing flexibility and thinness over commitment to a fully magnetic future. That may appeal to minimalists, but power users will see it as hesitation.
Still, the S26 series signals that Samsung is not ignoring Qi2 altogether. Developing a dedicated Qi 2.2 charging puck shows long-term intent, not indifference. Samsung appears to be testing the waters: improving speeds first, watching market response, and leaving the door open for deeper integration in future generations.
From a strategic standpoint, this makes sense. Wireless charging standards evolve slowly, and locking into magnets too early could limit design freedom. Yet the risk is perception. In a market driven by polish and convenience, Samsung may once again be seen as technically capable but emotionally conservative.
The Galaxy S26 wireless charging story is not about what Samsung added—but what it still refuses to commit to. Faster speeds are welcome, but the absence of built-in magnets keeps the experience one step short of truly modern. For now, Samsung is advancing carefully, not boldly.
Fact Checker Results
✅ Galaxy S26 series listed in the WPC database with Qi 2.2.1 support
✅ Base Power Profile confirmed, requiring magnetized cases for Qi2 accessories
❌ Built-in magnetic wireless charging not included in the Galaxy S26 lineup
📊 Prediction
Samsung will use the Galaxy S26 series as a transitional generation for Qi2. If consumer response to faster charging is strong and accessory sales grow, built-in magnets are likely to debut with the Galaxy S27 or a future Ultra-exclusive model.
🕵️📝✔️Let’s dive deep and fact‑check.
References:
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