Core Viewpoint - Apple plans to launch the first all-glass design iPhone in 2027 to celebrate the 20th anniversary of the iPhone, internally codenamed "Glasswing," which aims to redefine smartphones through enhanced aesthetics and advanced AI capabilities with iOS 28 [1][3]. Group 1: Design and Materials - The all-glass design will significantly enhance the phone's texture and quality, marking a return to glass materials after previous models shifted to metal casings [1][2]. - The new design is expected to include glass for both the body and the display, elevating the overall quality of the device [2][3]. - The shift back to glass is seen as a potential trendsetter in the industry, likely prompting other brands to follow suit, thus creating new business opportunities for Taiwanese manufacturers [2][3]. Group 2: Market Implications - The introduction of the all-glass iPhone is anticipated to trigger a new wave of upgrades among consumers, benefiting suppliers like Hon Hai, TSMC, and Largan Precision [2][3]. - The complexity of the new design and the need for new key components will likely increase production costs, making the 2027 model potentially the most expensive iPhone to date [3]. Group 3: Technological Advancements - The iPhone 2027 is rumored to feature iOS 28 and a Liquid Glass interface, providing a visually stunning experience with transparent elements and smooth animations [4]. - The design will also incorporate a hidden front camera and Face ID sensors beneath the display, eliminating the notch and offering a true full-screen experience [3].

据外媒报道，苹果同时正在开发首款折叠屏iPhone，预计2026年量产，而20周年纪念版或为第二代折叠屏机型。然而，由于全玻璃机身与屏下摄像头等技术 的复杂性，其生产可能仍依赖中国供应链，印度代工厂难以承接。（青山） 该机将预装iOS 28系统，延续iOS 26的"液态玻璃"（Liquid Glass）界面设计理念，新增透明元素、磨砂玻璃窗口及流畅动画，并进一步优化圆角悬浮式导航 栏与药丸形菜单栏。电池方面，苹果针对AI功能与6G网络连接进行专项优化，续航表现显著提升。 与2017年iPhone X类似，苹果可能为纪念版机型放弃传统数字编号，采用特别命名。分析机构预测，其起售价或突破2000美元（约合人民币1.45万元），较 iPhone 16 Pro Max溢价超60%，成为苹果史上最昂贵的机型。 【环球网科技综合报道】6月17日消息，据多家外媒报道，苹果公司计划于2027年推出代号为"Glasswing"（意为透明翅膀的蝴蝶）的特别版iPhone，以纪念 iPhone问世20周年。这款机型被描述为"一块完整的玻璃"，采用全玻璃机身设计，彻底摒弃传统金属中框，通过3D玻璃热弯与激光蚀刻技术实现中框与背壳 的 ...