据报道，苹果公司正在开发一款小型可穿戴AI胸针，配备多组摄像头、扬声器及麦克风。若该产品最 终面世，这款AI胸针很可能搭载苹果计划在iOS27系统中推出的全新Siri聊天机器人。据悉该胸针尺寸 与AirTag相近，采用纤薄扁平的圆盘造型。其采用铝合金与玻璃材质外壳，正面配置双摄像头：标准镜 头与广角镜头用于拍摄照片和视频，三组麦克风则负责采集佩戴者周围的声音。内置扬声器可播放音 频，边缘设有一个物理控制按钮。该设备支持类似AppleWatch的无线充电功能。该胸针最早可能在2027 年面世，但仍处于早期开发阶段，存在被取消的风险。（智通财经） ...

来源：环球网 如果这款AI胸针最终发布，它很可能将运行苹果计划在iOS 27中推出的全新Siri聊天机器人。然而，目 前尚不清楚苹果是否计划单独出售这款别针，还是将其与未来的智能眼镜或其他设备捆绑销售。不过， 其物理按钮以及内置的摄像头、扬声器和麦克风表明，该设备具备独立运行的能力。 【环球网科技综合报道】1月22日消息，据The Information报道，苹果公司正悄然推进一款小巧可穿戴 式AI胸针的研发工作。据称，这款AI胸针尺寸与AirTag类似，呈薄而扁平的圆形，采用铝合金和玻璃外 壳。其正面配备两个摄像头，一个是标准镜头，另一个是广角镜头，能够满足拍摄照片和视频的多样化 需求。同时，内置的三个麦克风可精准拾取佩戴者周围的声音。 此外，胸针还内置扬声器，可播放音频，边缘处设置的实体控制按钮，方便用户进行操作。在充电方式 上，它支持无线充电，与Apple Watch的充电方式一致。 苹果希望最终版本的别针尺寸与AirTag大致相同，但会略厚一些。目前，该胸针尚未确定内置连接方 式，不过后续开发中可能会做出改变。 外媒认为，当前，小型可穿戴设备市场发展并非一帆风顺，但多家公司已积极投身其中。OpenAI ...

Group 1 - CES 2026 is set to take place in Las Vegas from January 6 to 9, 2026, focusing on AI and robotics as the main themes [1] - The event will feature a dedicated area for AI and quantum innovation, showcasing new AI chips, embodied intelligent robots, AI PCs, and smart driving applications [1][4] - Major tech leaders, including NVIDIA's CEO Jensen Huang and AMD's CEO Lisa Su, will deliver keynote speeches, highlighting the competitive landscape among chip manufacturers [1][7] Group 2 - Several A-share listed companies will participate in CES 2026, focusing on robotics, smart hardware, and automotive technologies [9] - Notable exhibitors include Zhaowei Machinery, which will showcase a new dexterous hand with 20 degrees of freedom, and Stone Technology, expected to unveil "embodied intelligent black technology" [9][10] - Great Wall Motors will present its full product line with a focus on new energy and AI vehicles, while TCL Technology will highlight its display technology and AI integration [11] Group 3 - The core theme of CES 2026 is expected to shift from traditional consumer electronics to AI-centered system-level technological transformations [13] - Key investment opportunities are anticipated in four main areas: edge AI, industrial AI, Physical AI, and automotive intelligence [13] - The technology investment narrative is moving from computational infrastructure to a closed-loop of simulation, training, and real-world deployment, with Physical AI becoming a central theme [13] Group 4 - The upstream sector includes AI chip manufacturers like Cambricon and Haiguang Information, as well as optical and electronic companies such as Sunny Optical Technology [15] - The robotics industry chain features core components from companies like Zhaowei Machinery and system integration from firms like Tosida and Kelaimechatronics [16] - The downstream applications encompass smart home products from Haier and Midea, new energy vehicles from BYD, and healthcare solutions from Mindray and Yuyue [17]

Group 1 - CES 2026 is set to take place in Las Vegas from January 6 to 9, showcasing AI and robotics as the main themes, with a focus on new AI chips, embodied intelligent robots, AI PCs, and smart driving applications [1][3] - Major tech leaders, including NVIDIA's CEO Jensen Huang and AMD's CEO Lisa Su, will deliver keynote speeches, highlighting the competitive landscape among chip manufacturers [1][6] - A number of A-share listed companies, such as Zhaowei Electromechanical, Stone Technology, Great Wall Motors, and TCL Technology, will present their latest products in robotics, smart hardware, and new energy vehicles [1][9][10] Group 2 - The core theme of CES 2026 is expected to shift from traditional consumer electronics to AI-centric system-level technological transformations, focusing on four key areas: edge AI, industrial AI, Physical AI, and automotive intelligence [11] - Key players in the upstream sector include AI chip manufacturers like Cambricon and Haiguang Information, as well as optical and electronic firms such as Sunny Optical Technology and Lianchuang Electronics [12] - In the midstream, the robotics industry will feature core components from companies like Zhaowei Electromechanical and system integrators like Tosstar and Kelaimechatronics [12]