夜雨聆风
4月13日消息，彭博社记者马克 · 古尔曼（Mark Gurman）在其最新一期《Power On》通讯中披露，苹果公司即将推出全新的 AI 智能眼镜，将提供多种框型与配色可选。 
该产品内部代号N50，计划于2026年底至2027年初发布，正式上市时间定于2027年。苹果的目标是以更高端的做工、更深度的iPhone整合，以及一个独特的"标志性"外观，在这一新兴品类中建立差异化优势。
来源：艾邦智造整理
序号 No. | 暂拟议题 Tentative Topics |
产业全景与趋势判断 Industry Overview & Trend Analysis | |
1 | AI/AR 智能眼镜全球市场现状与2026趋势判断 Global Market Status of AI/AR Smart Glasses and 2026 Trend Forecast |
2 | 样机到量产：智能眼镜规模化的核心难点 From Prototype to Mass Production: Core Challenges in Scaling Smart Glasses |
3 | 海外与中国市场智能眼镜发展差异与机遇 Development Differences and Opportunities for Smart Glasses in Overseas and China Markets |
4 | AI眼镜能否成为下一代个人计算入口 Can AI Glasses Become the Next-Generation Personal Computing Platform |
5 | 产业集中化下中小厂商的生存与突围策略 Survival and Breakthrough Strategies for SMEs under Industry Consolidation |
6 | 投资视角下的 AI/AR 智能眼镜窗口期判断 Investment Perspective: Window of Opportunity for AI/AR Smart Glasses |
核心技术与显示光学 Core Technology & Display Optics | |
7 | 全彩 Micro-LED 在 AR 眼镜中的开发与应用 Development and Application of Full-Color Micro-LED in AR Glasses |
8 | 显示引擎与光波导耦合的光学效率优化方案 Optimizing Optical Efficiency of Display Engine and Waveguide Coupling |
9 | AR 光学模组小型化与轻量化设计挑战 Challenges in Miniaturization and Lightweight Design of AR Optical Modules |
10 | 新材料（玻璃/碳化硅）对 AR 光学显示的性能提升 Performance Enhancement of AR Optical Displays Using New Materials (Glass/SiC) |
11 | 量产中光学与显示器件的工艺稳定性与检测方法 Process Stability and Testing Methods for Optical and Display Components in Mass Production |
12 | AR 光波导技术路线选择与性能优化 AR Waveguide Technology Routes and Performance Optimization |
整机集成与制造工艺 Device Integration & Manufacturing | |
13 | 轻量化材料与工艺在智能眼镜整机重量优化的应用 Application of Lightweight Materials and Processes in Optimizing Smart Glasses Weight |
14 | 智能眼镜装配自动化与高精度检测技术 Automation and High-Precision Testing in Smart Glasses Assembly |
15 | 高密度 PCB/FPC 布局及微型化工艺优化 High-Density PCB/FPC Layout and Miniaturization Process Optimization |
16 | AR眼镜整机/光学模组AA组装设备应用 Applications of AA Assembly Equipment for AR Glasses and Optical Modules |
17 | 高集成度智能眼镜整机设计挑战与实践经验 Challenges and Practical Experience in High-Integration Smart Glasses Design |
18 | AR/VR 眼镜低功耗与散热解决方案 Low-Power and Thermal Management Solutions for AR/VR Glasses |
关键零部件与供应链 Key Components & Supply Chain | |
19 | AI眼镜充电盒供应及快速充放电难题 AI Glasses Charging Case Supply and Fast Charge/Discharge Challenges |
20 | AI/AR眼镜传感器模组（IMU/摄像头/深度感知）供应与集成挑战 AI/AR Glasses Sensor Modules (IMU / Camera / Depth Sensing) Supply and Integration Challenges |
21 | 智能眼镜小体积高精度零部件成本控制 Cost Control of Small, High-Precision Components in Smart Glasses |
22 | AI眼镜关键零部件对整机设计的影响 Impact of Key Components on AI Glasses Overall Design |
23 | 智能眼镜微型结构件、螺丝、连接器精度与供应风险 Precision and Supply Risks of Micro Structural Parts, Screws, and Connectors in Smart Glasses |
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