凤凰网科技讯 9月23日，iQOO官方消息称，iQOO 15将搭载2K三星珠峰屏，并全球首发2K LEAD OLED显示技术。 据了解，iQOO 15全新"凌云"配色已亮相，主打全新设计、银白色后盖等。同时，这次iQOO在后摄模 组的边缘配上了一圈环形灯，可以发出偏红色光线。 该技术亮点包括发光效率提升40%、功耗降低44%、使用寿命延长50%、拖影现象减少60%。此外，通 过创新光刻工艺成功去除了2K屏幕中的传统偏光层，提升了屏幕透光效率，减少功耗，并提升屏幕显 示寿命。 ...

他提到，小米显示团队历经三年技术预研，在小米17 Pro Max上终让超级像素得以量产。在友商同级产 品纷纷回退1.5K屏幕的今天，超级像素以"2K级的显示效果，但功耗甚至低于1.5K"的完美表现，开辟 了全新的显示技术路线。 9月23日，小米集团合伙人、总裁，手机部总裁，小米品牌总经理卢伟冰发文称，小米17 Pro Max 创新 采用了超级像素排列。"所谓超级像素，就是每颗像素都拥有独立的红、绿、蓝三色子像素，相比传统 OLED，不需要一直借用相邻子像素。表面上看，屏幕分辨率没有2K高，但子像素数量却达到938万， 与2K同一水准。" 卢伟冰坦言表示，这一技术方案，早期其实在内部争议很大。2K屏幕在市场已经存在十年之久，是超 清显示的代名词。放弃2K，意味着分辨率"数值上的回退"，是对固有认知的一次巨大挑战。而且，想 在手机屏幕上实现超级像素，就意味着需要突破前所未有的精密像素布局，是对全产业链的工艺挑战， 要从源头创新，难度又大、成本又高。 但突破这一瓶颈，就可以在1.5K和2K屏非此即彼的今天，生生挤出了一个拥有最好体验的旗舰显示方 案，让两者的优势兼得。 责任编辑：李昂 ...

证券日报网讯利亚德（300296）9月10日在互动平台回答投资者提问时表示，近两年公司还加大了电影 屏的开发与应用，在持续深耕显示技术的基础上，垂直整合供应链，不断推出具备高性价比、场景适配 性更强的创新产品，通过构建开放式生态合作平台，打通全渠道营销网络，联动显示板块和文旅夜游板 块的客户资源，加速推动创新产品在C端市场的落地应用和商业化进程。 ...

作为RGB-Mini LED电视的开创者，海信RGB-Mini LED实现了从"单色背光"到"RGB多基色背光"、从"二维控光"到"三维光 色同控"的跨越，实现最高100%BT.2020色域覆盖，比QD-Mini LED提升19%，比QD-OLED提升9%，以及近乎100%的超高色纯 度和超广的色彩视角，同时突破OLED的限制，尺寸达到全球最大的116吋，大屏从此无瓶颈。其内置全球首颗光色同控AI画质 芯片H7，支持行业可量产最高的3×10240分区控制，以及行业最高的108bits控色精度，画面明暗和色彩过渡直接"零误差"，细 腻度拉满。 海信激光电视探索X1 Ultra同样表现抢眼，凭借超短焦设计、鲜活色彩还原能力以及影院级观影体验，为用户打造出沉浸 式家庭影院效果，将"IFA 2025最佳产品"与"IFA 2025最佳家庭娱乐奖金奖"两项大奖收入囊中。而全球首款100英寸可卷曲激光 影院江山画卷R1获得"IFA 2025最佳家庭娱乐奖荣誉奖"。其搭载行业首创的超薄柔性菲涅尔膜片与凌云卷幕系统，百吋屏幕收 起能"化身"为直径仅9cm的"画轴"，隐藏到柜体中，展开后即刻变身为巨幕影院，完美诠释了"空间融合、 ...

Core Viewpoint - The Global Product Technology Innovation Awards recognized BOE's UB Cell 4.0 high-end TV display technology solution, which won the gold award for its intelligent eye-care technology, showcasing the company's commitment to innovation and technology leadership in the display industry [1]. Group 1: Product Innovation - The UB Cell 4.0 utilizes new circular polarized light eye-care technology, simulating natural light to reduce eye strain while enhancing color reproduction to 95% of the BT2020 color gamut, providing a vibrant viewing experience [2]. - The technology achieves an ultra-low reflection rate of only 0.7% and an ambient contrast ratio (ACR) exceeding 1400, setting a new industry standard for comfort and glare reduction [2]. - The TV features a Mini LED backlight, a high refresh rate of 165Hz, and a motion picture response time (MPRT) of approximately 2ms, ensuring clear and smooth dynamic images while minimizing dizziness [2]. Group 2: Smart Features and Energy Efficiency - The UB Cell 4.0 includes an AI digital assistant that understands user intent and can manage smart home devices, enhancing user interaction and convenience [3]. - The display technology allows for customizable refresh rates and can reduce power consumption by up to 50% depending on the application scenario, demonstrating a commitment to energy efficiency [3]. - Integrated sensors and radar systems enable the TV to adjust settings based on environmental conditions, promoting intelligent energy management [3]. Group 3: Research and Development Commitment - The company invests approximately 7% of its revenue annually in R&D, with 1.5% specifically allocated to foundational and cutting-edge technology research [5]. - As of 2024, BOE has filed over 100,000 patents, with more than 90% being invention patents and over 33% filed overseas, indicating a strong focus on innovation [5]. - BOE ranks 12th globally in patent grants and has consistently been in the top 20 for seven consecutive years, reflecting its significant contributions to technology [5]. Group 4: Industry Leadership and Standards - BOE is actively involved in the development and revision of 429 domestic and international technical standards, transitioning from a technology innovator to a standard setter in the display industry [6]. - The UB Cell series has received multiple prestigious awards, including the IFA Technology Gold Award and CES Innovation Gold Award, validating its technological advancements and market acceptance [5]. - The UB Cell 4.0 sets new benchmarks in eye-care, image quality, and smart interaction, potentially establishing future industry standards for high-end televisions [5].

Core Viewpoint - Lenovo has launched the ThinkVision P series commercial monitors, featuring BOE's exclusive Oxide technology, which offers low power consumption, dynamic refresh rates, high color gamut, high contrast, and eye-care benefits [1][2]. Group 1: Product Features - The ThinkVision P series utilizes BOE's Oxide technology to achieve a 24-120Hz adaptive refresh rate, significantly reducing power consumption by over 50% at a low refresh rate of 24Hz [2]. - The monitors provide 98% DCI-P3 color gamut coverage and a high contrast ratio of 2000:1, ensuring superior image quality [2]. - The series incorporates LDFM technology and has received Eye Comfort five-star certification, effectively eliminating screen flicker and significantly filtering blue light damage [2]. Group 2: Manufacturing and Supply Chain - The panels for the ThinkVision P series are produced at BOE's first 8.5-generation all-metal oxide TFT-LCD production line in Nanjing, which has a monthly capacity of 60,000 glass substrates sized 2500mm x 2200mm [2]. - BOE acquired an 80.831% stake in the Nanjing Zhongdian Panda Flat Panel Display Technology Co., Ltd. for 5.591 billion yuan in 2020, integrating this production line into its operations [2]. - BOE has supplied over 50 million high-end display panels to Lenovo, marking a new phase in their collaboration on display technology innovation and sustainable development [3].

Core Viewpoint - The article discusses the current landscape and future strategies of China's display materials industry, emphasizing the dual mainstream technologies of LCD and OLED, the rise of new technologies, and the critical need for domestic material innovation to overcome reliance on foreign imports [2][3][5]. Group 1: Display Technology Overview - The main display technologies currently dominating the market are TFT-LCD and OLED, with TFT-LCD holding a 40% market share due to its low cost and high durability [7][11]. - OLED technology is preferred for small to medium-sized high-end displays, with significant advancements in flexible display materials [11][15]. - The demand for new display technologies such as QLED, Micro-LED, and electrochromic displays is increasing, driven by the need for energy efficiency and improved user experience [4][42]. Group 2: Material Challenges - The high-end materials required for display technologies are predominantly imported, with 90% of high-purity OLED materials and key components like PI films being sourced from foreign suppliers [5][7][23]. - The industry faces significant challenges, including reliance on foreign patents for liquid crystal and OLED materials, and the dominance of a few companies in the glass substrate and target material markets [7][8][63]. Group 3: Strategic Solutions - A multi-faceted strategy is proposed to address these challenges, including the establishment of national platforms for material sharing, leading enterprises focusing on key technological breakthroughs, and fostering talent through collaboration between academia and industry [6][8]. - Key areas of focus include the development of high-purity OLED materials, ultra-thin flexible glass, and rare earth-doped target materials [6][8]. Group 4: Future Material Innovations - Emerging materials such as quantum dots and micro-LEDs are highlighted for their potential to enhance display technology, with ongoing research aimed at overcoming stability issues and improving performance [4][42]. - The article emphasizes the importance of developing domestic capabilities in producing critical materials to reduce dependency on foreign technology and ensure the sustainability of the display industry [5][63].

8月7日晚，成都世运会将在天府国际会议中心开幕。开幕式上，面积约1.1万平方米、全球最长连续 LED巨幕将呈现令人震撼的视觉画卷，而这块担纲开幕式核心视觉呈现的巨型大屏，正是由成都高新区 科技领军企业的显示技术支撑。 "天府大屋檐"将定制独有的LED显示单元，与天府之檐的中式瓦面结构完美结合，并在设计、产品、内 容、模式、管理等方面均实现了突破式创新。设计上最大程度保留了"天府之檐"瓦面的建筑原貌；通过 技术导入，整屏具有超强的防护性，可应对各种恶劣的天气；其显示的超高亮性，解决了大视角偏色的 问题；超智能感光、超智能色彩调节等特点，也能让天府之檐适应各种复杂多变的室外环境，在强光环 境下使其仍能保持出色的视觉效果。 据悉，自2024年除夕首次亮灯以来，"天府大屋檐"在奥运赛事转播、跨年派对、节日灯光秀等场景中广 泛应用。 作为此次世运会开幕式的"视觉担当"，成都天府国际会议中心的户外数字化显示屏总长408.5米，宽26.7 米，融合了超4万米的定制LED显示单元，可视距离达到了6公里。这块巨长的显示屏安装在天府国际会 议中心的前厅木结构檐廊上，该檐廊是亚洲最大单体木结构建筑，名叫"天府之檐"，这块屏也因此得 ...

Core Viewpoint - The article discusses the current landscape and future strategies of China's display materials industry, emphasizing the dual mainstream technologies of LCD and OLED, the rise of new technologies like quantum dots and Micro-LED, and the critical need for domestic production of high-end materials to overcome reliance on imports [2][5][8]. Group 1: Display Technology Overview - The main display technologies currently dominating the market are TFT-LCD and OLED, with TFT-LCD holding a 40% market share globally due to its low cost and high resolution [7][12]. - OLED is preferred for small to medium-sized high-end displays, with significant advancements in flexible display materials [7][12]. - The demand for new display technologies, including quantum dots and Micro-LED, is increasing, driven by the need for higher resolution and energy efficiency [4][12]. Group 2: Challenges in High-End Materials - The industry faces a "bottleneck" where 90% of high-end materials are imported, particularly in areas like OLED emitting materials and glass substrates [5][7]. - Key materials such as glass substrates and target materials are dominated by foreign companies, leading to a significant reliance on imports [7][12]. - The lack of domestic production capabilities for critical materials poses a risk to the stability and competitiveness of the display industry [5][7]. Group 3: Strategic Solutions - A national-level platform is proposed to integrate resources from enterprises, universities, and research institutions to build a shared database for display materials [6]. - Leading companies are encouraged to focus on technological breakthroughs in high-purity OLED materials and ultra-thin flexible glass [6]. - Collaboration between academia and industry is essential for cultivating talent in display materials engineering to address the skills gap [6]. Group 4: Future Material Innovations - Emerging technologies such as quantum dots and Micro-LED are highlighted as future trends, with quantum dots expected to replace traditional materials due to their superior properties [4][43]. - The development of new materials like transparent PI films and COP films is crucial for the advancement of flexible displays [24][30]. - The article emphasizes the importance of overcoming the limitations of existing materials to enhance the performance and durability of next-generation displays [4][32].

Group 1 - The FIFA Club World Cup 2025 has opened in the United States, with Hisense as the first official global partner, showcasing its 100-inch TV technology and providing support for VAR technology [1][2] - Hisense's 100-inch TV has achieved a global market share of 56.71% in Q1 2025, reflecting significant growth and innovation in the Chinese smart home appliance industry [1][4] - The trend towards larger screen sizes in televisions is driven by consumer demand for enhanced viewing experiences, with 100-inch TVs becoming increasingly popular [2][3] Group 2 - The global shipment of TVs larger than 80 inches is expected to exceed 9 million units by 2025, with a compound annual growth rate of 10.5% over the next three years [3] - In the North American and European markets, there is a growing demand for large-screen TVs due to larger living spaces and increased home entertainment needs [3] - Hisense has positioned itself as a leader in the 100-inch TV market, with a year-on-year sales increase of 179.30% in Q1 2025, significantly outpacing industry growth [4][5] Group 3 - Hisense's success in the 100-inch TV segment is attributed to its deep understanding of consumer needs, technological innovation, and comprehensive product offerings [5][6] - The company has made significant advancements in RGB-Mini LED technology, achieving breakthroughs in color control and display quality [6][7] - Hisense's innovations in display technology have positioned it as a leader in the global market, marking a shift from being a follower to a definitional player in the industry [7][8]