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全球客商走进宝安,共绘投资新图景
Sou Hu Cai Jing· 2025-12-08 08:42
深圳商报•读创客户端首席记者 董思 考察首站是九围国际总部区。这片规划面积达9平方公里的区域,是深圳向湾发展的战略要地,规划吸引跨国公司区域性、功能性总部及国际机构入驻。 随后,考察团登上宝安中心区欢乐港湾的"湾区之光"摩天轮。随着轿厢攀升,湾区城市画卷展开,深中通道、大铲湾码头、"互联网 +"未来科技城等尽收眼 底。工作人员介绍宝安地理、交通、产业布局,让"湾区核心"概念可触可感。 此行中,一个高频词是"刷新认知"。一位企业代表坦言:"以往宝安'制造强区'的形象深入人心,今日亲见,其城市规划的高度、生态的亮色、吸引总部经济 的魄力,完全重塑了我的想象。"(受访单位供图) 12月6日,在荣膺2025深圳全球招商大会"招商优胜区"、实现"四连冠"的次日,深圳宝安区诚挚开启"聚宝而安 共赢未来"投资考察活动,数十位全球客商与 重点企业代表参与。 在宝安区政府内的"宝企优品展",十余家本土明星企业集结,覆盖了从核心硬件模块到机器人整机应用的完整产业链条。展区内,机器人无疑是最吸睛的焦 点。另一边,亿境虚拟和天键智能的AI/AR智能眼镜,让嘉宾们现场体验了虚实融合的视觉震撼,一站式、沉浸式地展现了宝安在智能终端、人工 ...
光学领域巨头整合,强强联合加快智能眼镜发展 | 投研报告
Core Viewpoint - Sunyu Optics announced a memorandum of understanding with Goer Group and Goer Optics, involving three companies from the Sunyu system and two from the Goer system, outlining a clear transaction process for equity acquisition [2][3]. Group 1: Partnership Details - The collaboration involves Sunyu Zhejiang Optics, Ningbo Aolai, and Shanghai Aolai from the Sunyu system, and Goer Group and Goer Optics from the Goer system [2][3]. - After the restructuring, Ningbo Aolai will acquire 100% of Shanghai Aolai's equity and subscribe to new shares of Goer Optics, resulting in Ningbo Aolai holding approximately 33.33% of Goer Optics, while Goer Group retains about two-thirds of the shares [2][3]. Group 2: Business Synergy - The partnership between Sunyu and Goer is characterized by complementary business strengths, with Shanghai Aolai having established a complete system from technology research to equipment implementation in the wafer-level micro-nano optics sector [3]. - Goer Optics has accumulated mature technology in optical waveguide components and has strong customer resources in the AI and AR sectors, enhancing the collaboration's market competitiveness [3]. Group 3: Technological Advancements - Silicon carbide (SiC) is emerging as an excellent solution in the AR glasses optical waveguide field, with Meta showcasing its potential in optical-grade refinement [4]. - SiC's application extends beyond optics, with potential uses in clean energy systems, aerospace, electric vehicles, telecommunications, and quantum computing, highlighting its versatility and growing importance in various industries [5]. Group 4: Strategic Collaborations - A strategic cooperation agreement was signed between Sunyu Aolai and Tianyue Advanced Semiconductor Materials, marking a new chapter in the collaboration between leading companies in the micro-nano optics and new materials sectors [6].
光学领域巨头整合,强强联合加快智能眼镜发展
Huaan Securities· 2025-08-25 11:35
Investment Rating - Industry investment rating: Overweight [1] Core Insights - The collaboration between Sunyu Optical and Goer Group aims to accelerate the development of smart glasses, with a clear transaction process outlined in their memorandum of understanding [4] - Sunyu's Shanghai Aolai has established a comprehensive system from technology research and development to equipment implementation, which serves as a solid foundation for mass production of AI/AR hardware components [5] - Goer Optical has accumulated mature technology in the optical waveguide component field and leverages its parent company's resources to connect with leading clients in the AI smart glasses and AR sectors [5] - The integration of Shanghai Aolai's production capacity and equipment into Goer Optical's existing system will enhance market competitiveness and shorten the production ramp-up cycle [5] - Silicon carbide (SiC) is emerging as an excellent solution in the AR glasses optical waveguide field, with applications extending to various sectors including renewable energy, aerospace, electric vehicles, telecommunications, and quantum computing [6] Summary by Sections - **Collaboration Details**: Sunyu and Goer Group have signed a memorandum to collaborate, with Sunyu's Ningbo Aolai acquiring a 33.33% stake in Goer Optical post-restructuring [4] - **Business Synergy**: The partnership is characterized by precise business complementarity, enhancing both companies' positions in the AI/AR industry [5] - **Material Innovation**: SiC's application in optical components is highlighted, showcasing its potential in various high-tech fields [6]