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<p>最近的泄露消息显示，三星即将推出的 Galaxy S26 Ultra 智能手机可能不包括用于 Qi2 无线充电的内置磁铁。</p>
<p>这一消息紧随早前的报道，该设备也将放弃硅碳电池技术，这可能会降低人们对电池续航显著改善的期望。</p>
<p>关于 Qi2 支持的猜测在三星推出其磁性无线充电宝后加剧，导致人们期待 Galaxy S26 Ultra 将配备类似于苹果 MagSafe 系统的集成磁环。</p>
<p>这样的磁环可以让无线充电器和配件牢固地吸附到位，确保稳定对齐和更快的充电速度——这一功能在最近的 iPhone 和谷歌最新的 Pixel 机型上已经成为标准。</p>
<p>然而，泄露的 Galaxy S26 Ultra 手机壳缺乏磁性支持的图片，加上长期三星爆料者 Ice Universe 的声明，表明该设备将不具备内置磁铁。这意味着用户需要依赖专门设计的手机壳才能使用磁性 Qi2 充电器或支架。</p>
<p>三星做出这一决定的一个可能原因是 S Pen。强磁铁长期以来被认为会干扰手写笔输入，避免在手机中使用磁铁可能有助于避免触控和精确度问题。如果得到确认，Galaxy S26 Ultra 的 Qi2 支持将更多地代表一种横向发展，而不是全面升级，提供更快的无线充电，但可能会有妥协。</p>
<p>三星 Galaxy S26 Ultra 中内置 Qi2 磁铁的报告排除表明，该公司可能为了兼顾其他功能（如 S Pen）而做出了权衡。</p>
<p>虽然这可能会影响无缝的无线充电体验，但三星如何应对即将推出的旗舰设备中的这些潜在挑战仍有待观察。</p>
<p>如有意见和反馈，请联系：editorial@rttnews.com</p>
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<p>最近的泄露信息显示，三星的 Galaxy S26 Ultra 可能不具备用于 Qi2 无线充电的内置磁铁，这可能会影响电池寿命的提升。这一消息是在三星推出磁性无线充电宝之后发布的，该产品提高了人们对类似于苹果 MagSafe 的集成磁性支持的期望。然而，泄露的手机壳图片和来自爆料者 Ice Universe 的消息暗示这些磁铁的缺失，可能是为了避免与 S Pen 的干扰。这一权衡可能导致无线充电体验不够顺畅，引发了人们对三星如何在其旗舰设备中解决这些挑战的疑问</p>

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</div><p>Recent leaks suggest that Samsung's upcoming Galaxy S26 Ultra smartphone may not include built-in magnets for Qi2 wireless charging.</p>
<div class="lb-trans"><p>最近的泄露消息显示，三星即将推出的 Galaxy S26 Ultra 智能手机可能不包括用于 Qi2 无线充电的内置磁铁。</p>
</div><p>This news follows earlier reports that the device will also forego silicon-carbon battery technology, potentially tempering expectations for significant improvements in battery life.</p>
<div class="lb-trans"><p>这一消息紧随早前的报道，该设备也将放弃硅碳电池技术，这可能会降低人们对电池续航显著改善的期望。</p>
</div><p>The speculation around Qi2 support intensified after Samsung unveiled its Magnetic Wireless Powerbank, leading to expectations that the Galaxy S26 Ultra would feature an integrated magnetic ring similar to Apple's MagSafe system.</p>
<div class="lb-trans"><p>关于 Qi2 支持的猜测在三星推出其磁性无线充电宝后加剧，导致人们期待 Galaxy S26 Ultra 将配备类似于苹果 MagSafe 系统的集成磁环。</p>
</div><p>Such a ring allows wireless chargers and accessories to snap securely into place, ensuring stable alignment and faster charging speeds - a feature already standard on recent iPhones and Google's latest Pixel models.</p>
<div class="lb-trans"><p>这样的磁环可以让无线充电器和配件牢固地吸附到位，确保稳定对齐和更快的充电速度——这一功能在最近的 iPhone 和谷歌最新的 Pixel 机型上已经成为标准。</p>
</div><p>However, leaked images of Galaxy S26 Ultra cases lacking magnetic support, combined with a claim from long-time Samsung tipster Ice Universe, suggest that the device will not have built-in magnets. This means that users will need to rely on specially designed cases to use magnetic Qi2 chargers or mounts.</p>
<div class="lb-trans"><p>然而，泄露的 Galaxy S26 Ultra 手机壳缺乏磁性支持的图片，加上长期三星爆料者 Ice Universe 的声明，表明该设备将不具备内置磁铁。这意味着用户需要依赖专门设计的手机壳才能使用磁性 Qi2 充电器或支架。</p>
</div><p>One likely reason for Samsung's decision is the S Pen. Strong magnets have long been known to interfere with stylus input, and keeping magnets out of the handset could help avoid touch and accuracy issues. If confirmed, the Galaxy S26 Ultra's Qi2 support would represent more of a sideways step than a full upgrade, offering faster wireless charging, but only with potential compromises.</p>
<div class="lb-trans"><p>三星做出这一决定的一个可能原因是 S Pen。强磁铁长期以来被认为会干扰手写笔输入，避免在手机中使用磁铁可能有助于避免触控和精确度问题。如果得到确认，Galaxy S26 Ultra 的 Qi2 支持将更多地代表一种横向发展，而不是全面升级，提供更快的无线充电，但可能会有妥协。</p>
</div><p>The reported exclusion of built-in Qi2 magnets in the Samsung Galaxy S26 Ultra suggests that the company may have made a trade-off to accommodate other features, such as the S Pen.</p>
<div class="lb-trans"><p>三星 Galaxy S26 Ultra 中内置 Qi2 磁铁的报告排除表明，该公司可能为了兼顾其他功能（如 S Pen）而做出了权衡。</p>
</div><p>While this could impact the seamless wireless charging experience, it remains to be seen how Samsung addresses these potential challenges in its upcoming flagship device.</p>
<div class="lb-trans"><p>虽然这可能会影响无缝的无线充电体验，但三星如何应对即将推出的旗舰设备中的这些潜在挑战仍有待观察。</p>
</div><p>For comments and feedback contact: editorial@rttnews.com</p>
<div class="lb-trans"><p>如有意见和反馈，请联系：editorial@rttnews.com</p>
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三星 Galaxy S26 Ultra 可能会放弃内置的 Qi2 磁铁，这表明可能存在一些权衡