Core Viewpoint - The article highlights the signing of a new TFT-LCD optical film production project by Changbao New Materials in Lishui, Nanjing, with a total investment of 1 billion yuan and fixed asset investment of 800 million yuan, marking Nanjing's first project in the new display industry [2]. Company Overview - Changbao New Materials, established in 2014, is a Sino-Korean joint venture located in Suzhou Wujiang Economic and Technological Development Zone [5]. - The company specializes in the research, production, and sales of optical films for TFT-LCD displays, which are widely used in televisions, laptops, and tablets [5]. - Changbao New Materials is currently the only company in the market capable of producing optical films in various sizes and is one of only two suppliers globally of composite (laminated) prisms [5]. - The company's products are primarily sold in mainland China, Europe, America, and Southeast Asia, with major clients including LG, BOE, TCL, Skyworth, and Konka [5].

Core Viewpoint - The upcoming release of Garmin's Fenix 8 Pro and Fenix 8 Pro Micro LED smartwatches is expected to drive advancements in Micro LED technology, positioning it as a strong competitor to AMOLED in the smartwatch market [4][10][15]. Summary by Sections Product Launch and Features - Garmin is set to launch the Fenix 8 Pro Micro LED smartwatch, which is anticipated to be the brightest smartwatch available, with a larger 51mm version expected to be priced above $1200, potentially nearing $2000 [4][6][10]. Micro LED Technology Advantages - Micro LED technology offers significant advantages over AMOLED, including higher brightness, lower power consumption, and improved resolution and contrast, addressing the limitations of AMOLED such as visibility in bright outdoor conditions and screen burn-in risks [10][11]. Industry Development and Challenges - Despite the promising features of Micro LED, the development of Micro LED smartwatches has faced challenges. Apple previously invested heavily in Micro LED technology for its Apple Watch but suspended the project due to high production costs and technical difficulties [11][15]. - Other brands, like TAG Heuer, are exploring Micro LED for luxury experiences, with production expected to begin in 2024 [11][12]. Supply Chain and Production - The upstream panel industry is actively working on Micro LED technology, with AU Optronics set to mass-produce Micro LED panels by the end of 2023. Samsung Display has also made advancements, increasing the brightness of Micro LED screens to 6000 nits [12][13]. - Companies like Rara Technology and Innolux are developing Micro LED panels with high resolution and energy efficiency, indicating a growing interest in this technology [13][12]. Market Outlook - The Micro LED smartwatch market is still in its early stages, but there is optimism for growth as brands begin to adopt this technology in high-end products, potentially leading to broader market acceptance and technological advancements [15].

Core Viewpoint - Samsung Electronics has decided to mass-produce over 50,000 units of a new "dual-fold" smartphone, marking its entry into the dual-fold smartphone market with a cautious approach due to the novelty of the product and potential limited early demand [2][4][5]. Summary by Sections Product Details - The new smartphone features an inward dual-fold design, with a screen size of 9.96 inches when unfolded and 6.49 inches when folded. The product is expected to be unveiled in October and officially launched in November [2][4]. Production Strategy - The production volume of 50,000 units is considered low compared to the 500,000 units planned for the Galaxy Fold in 2019. This limited production is intended to test the market for new form-factor smartphones [4][5]. Market Considerations - Analysts suggest that Samsung's cautious production strategy is influenced by the need to avoid competition with the recently launched Galaxy Z Fold 7, which has shown strong sales performance. The limited release aims to prevent cannibalization of existing product demand [5].

Core Viewpoint - The company, Fule New Materials, plans to raise up to 710 million yuan through a private placement of A-shares to fund expansion projects in label printing materials, electronic-grade functional materials, R&D center upgrades, and to supplement working capital [2]. Group 1: Fundraising and Project Allocation - The total investment for the projects is approximately 840.84 million yuan, with the raised funds allocated as follows: 243.2 million yuan for label printing materials expansion, 220.5 million yuan for electronic-grade functional materials upgrade, 36.3 million yuan for R&D center upgrades, and 210 million yuan for working capital [3]. - The electronic-grade functional materials project will be implemented in Jiaxing, Zhejiang, with an expected annual production capacity of about 37 million square meters upon completion [3][4]. Group 2: Project Details and Market Position - The electronic-grade functional materials market is dominated by international giants like 3M and Nitto Denko. The company aims to produce high-value materials such as OLED support films and folding protective films, leveraging its proprietary technologies to capture the domestic replacement market [4]. - The label printing materials expansion project is expected to add an annual production capacity of approximately 773 million square meters, including the purchase of coating machines and smart upgrades to existing production lines [4]. Group 3: R&D and Financial Performance - The R&D center upgrade will involve the establishment of a high-cleanliness laboratory and the acquisition of precision R&D equipment to enhance the development of high-end materials for OLED displays and flexible sensors [5]. - In the first half of 2025, the company reported a revenue of 1.334 billion yuan, a year-on-year increase of 15.4%, while the net profit attributable to shareholders decreased by 19.58% to 50.93 million yuan [5].

Core Viewpoint - Sharp is actively pursuing asset divestiture under its asset-light strategy, including the sale of its Kameyama North Factory to Topia for 1.2 billion yen, expected to be completed by September 25 [1][2]. Group 1: Asset Sales - Sharp has signed a sales contract with Topia to sell the Kameyama North Factory's land and buildings for 1.2 billion yen, with an expected profit recognition of 484 million yen in the second quarter of fiscal year 2025 [1][2]. - The Kameyama North Factory previously produced smartphone sensor components but ceased operations in 2020; Topia plans to convert it into a trial production line for automotive components [2]. - Additionally, Sharp is negotiating the sale of its Kameyama No. 2 Factory, which produces small to medium-sized LCD panels, to Hon Hai, with plans to procure panels from Hon Hai post-sale [3]. Group 2: Financial Performance - Sharp has revised its consolidated revenue target for fiscal year 2025 from 1.85 trillion yen to 1.87 trillion yen, reflecting a year-on-year decrease of 13.4% [3]. - The consolidated operating profit target has been increased from 20 billion yen to 30 billion yen, representing a year-on-year increase of 9.7% [3]. - The consolidated net profit target has been adjusted from 10 billion yen to 32 billion yen, indicating a year-on-year decrease of 11.3% [3].

Group 1 - The core viewpoint of the article is the collaboration between Huangshi Development Zone and Shenzhen Zhuochuang Intelligent Technology Co., Ltd. to establish a comprehensive smart terminal manufacturing and cross-border e-commerce headquarters project with a total investment of 1.5 billion yuan [1] - The project aims to create a full industrial chain base for smart terminals, including research and development, manufacturing, and sales, with an expected annual output value of no less than 3 billion yuan upon completion [1] - Shenzhen Jiayi Wealth Electronic Integration Co., Ltd. has also launched a terminal electronics project in Huangshi, with a total investment of 500 million yuan, focusing on the manufacturing of electronic components and smart terminal products [1]

Core Viewpoint - Samsung SDI has completed the transfer of its polarizer film business to Wuxi Hengxin Optoelectronic Materials Co., Ltd. for 1.121 trillion KRW (approximately 5.751 billion RMB) as part of its strategy to restructure non-core businesses and focus on electronic materials [1][2][3]. Group 1: Business Transfer Details - The transfer includes the sale of Samsung SDI's polarizer film manufacturing and sales operations located in Cheongju and Suwon, South Korea, as well as all shares of its subsidiary in Wuxi [2][3]. - The transaction was led by Noyen Capital, which focuses on investments in the optoelectronic display, third-generation semiconductors, new energy, and smart vehicle sectors [4]. Group 2: Market Context and Future Focus - The polarizer film market has faced challenges due to the rise of OLED and other emerging display technologies, prompting Samsung SDI to shift its focus towards developing next-generation materials for semiconductors, OLEDs, and batteries [3]. - In the second quarter of this year, Samsung SDI's electronic materials division reported sales of 218.2 billion KRW (approximately 1.119 billion RMB), reflecting a year-on-year growth of 2.4% [3]. Group 3: Acquirer Profile - Wuxi Hengxin Optoelectronic is a wholly-owned subsidiary of Hengmei Optoelectronic, which specializes in the research and manufacturing of polarizers, optical functional films, and optical compensation films for display materials [3]. - The company has established and put into operation four production lines for polarizers, including two ultra-wide 2.6-meter polarizer production lines [3].

9月1日，TCL科技接受特定对象调研时表示， 公司近期与品牌客户联合开发笔电和显示器等中尺 寸产品，由于客户反馈积极，所以公司也正在推进将 TCL华星5.5代印刷OLED线（t12） 产能从 3K/月扩到9K/月。 TCL科技指出， 印刷OLED技术在投资成本、良率、材料利用率上有具备明显优势，产品轻薄化 有利于IT产品中OLED渗透率提高，但是从工艺和核心材料体系而言，印刷OLED与现存传统技术 路线有较大差异，后续公司将积极推进印刷OLED产业化进程。 据悉， 2024年底，t12已经实现了21吋医疗产品的小批量量产。 在今年5月举办的SID 2025展会 上，TCL华星表示，其印刷OLED产品线覆盖从6.5英寸手机显示到65英寸TV显示的全尺寸领域， 包含手机、平板、笔电、显示器等全形态产品，实现了OLED技术从中小尺寸到大尺寸的全场景覆 盖。 此外，投资者关系活动记录表显示，调研单位还询问了t9产线的最新经营情况。 TCL科技表示， t9产线从一期点亮爬坡到二期产能建设顺利，目前各类产品需求非常旺盛，因而 持续处于高稼动运行的状态 。 并且t9产品结构得到较好优化，目前TV及商显产品营收占比在 15% ...

Core Viewpoint - The research from the University of St Andrews indicates that the combination of holographic metasurfaces (HMs) and organic light-emitting diodes (OLEDs) could revolutionize the smart devices, communication, gaming, and entertainment industries by overcoming key challenges in holographic technology [1][2]. Group 1: Technology Overview - The study published in "Light: Science & Applications" presents a novel optoelectronic device that integrates holographic metasurfaces with OLEDs, simplifying the manufacturing process, reducing device size, and potentially lowering costs, thus facilitating broader application [1][2]. - OLEDs, widely used in mobile screens and some televisions, are thin-film devices that serve as planar light sources, showing promise in emerging fields like optical wireless communication and biosensing due to their high compatibility with other technologies [2]. - Holographic metasurfaces consist of "super-atoms" arranged in a thin planar array, each about one-thousandth the diameter of a human hair, designed to manipulate light properties for applications in data storage, anti-counterfeiting, optical displays, high numerical aperture lenses, and sensing [2]. Group 2: Research Breakthrough - This research marks the first instance of combining these two technologies to create foundational components for holographic displays, allowing for precise design of each "super-atom" to control light beam characteristics, effectively functioning as a pixel [4]. - The interference principle of light enables the creation of complex patterns, allowing pre-designed images to be displayed on the opposite side of the metasurface [4]. - The integration of OLED with metasurfaces opens new avenues for holography and light manipulation, potentially leading to significant advancements in virtual reality and augmented reality applications [4]. Group 3: Implications for Display Technology - Traditional OLED displays require thousands of pixels to render simple images, whereas this new method can project complete images using just one OLED pixel, enhancing the feasibility of compact, high-integration metasurface displays [4].

Core Viewpoint - TCL Technology announced a joint investment in a private equity fund focused on the ultra-high-definition video display industry, aiming to enhance technological advancements and the development of the display industry chain in Shenzhen [1][3]. Group 1: Investment Details - The total committed capital for the investment is 2 billion RMB, with TCL Technology contributing 600 million RMB, representing a 30% stake [3]. - The investment is in collaboration with Shenzhen Guidance Fund Investment Co., Ltd. and Shenzhen Guangming District Guidance Fund Investment Management Co., Ltd., with Ningbo Jiutian Matrix Investment Management Co., Ltd. managing the fund [1][3]. Group 2: Financial Performance - For the first half of the year, TCL Technology reported revenue of 85.56 billion RMB, a year-on-year increase of 6.65% [3]. - The net profit attributable to shareholders reached 1.883 billion RMB, showing a significant year-on-year growth of 89.26% [3]. - In the semiconductor display segment, TCL Huaxing achieved revenue of 50.43 billion RMB, up 14.4% year-on-year, with a net profit of 4.316 billion RMB, reflecting a 74.0% increase [3]. Group 3: Market Position - TCL Huaxing maintained a competitive edge in large-size products, with a market share of 24%, an increase of 4 percentage points year-on-year [3]. - The sales volume for various product categories showed substantial growth: monitor sales increased by 18%, notebook sales by 71%, automotive sales by 61%, mobile phone sales by 51%, and specialized display market sales saw significant growth [3].