Core Viewpoint - Samsung's Galaxy Z Fold7 has successfully passed a durability test of 500,000 folds, significantly improving upon previous models which were tested for 200,000 folds [1][2]. Durability Testing - The durability test was independently verified by Bureau Veritas, confirming that the OLED panel remains fully functional after 500,000 folds [2]. - With an average user folding the device 100 times a day, the Galaxy Z Fold7 is expected to last for 10 years; even heavy users folding it 200 times daily can expect over 6 years of normal use [3]. Design Improvements - Key improvements in the Galaxy Z Fold7's folding durability are attributed to a design that mimics the principles of bulletproof glass, enhancing the panel's structure [4]. - The outer layer of ultra-thin glass (UTG) has been thickened by 50%, and a new high-elasticity adhesive has been introduced between the panel layers [4]. - The new adhesive has over four times the recovery performance of previous materials, allowing the panel to absorb external shocks significantly better [5].

Core Viewpoint - Suzhou Keyun Laser Technology Co., Ltd. has successfully shipped its first G11 ultra-large display panel laser graphic equipment to leading domestic display panel manufacturers, marking a significant advancement in domestic manufacturing capabilities [1][3]. Group 1: Product Development - The G11 ultra-large display panel laser graphic equipment occupies over 30 square meters and weighs over 40 tons, featuring a large-size high-precision integrated gantry structure with a span exceeding 5 meters, achieving a repeat positioning accuracy of ±1 micron [1]. - The laser processing technology enables G11 generation ultra-large format path splicing, with laser graphic scribing precision reaching ±10 microns, showcasing advanced capabilities in visual precision detection technology and AI intelligent algorithm construction [1]. Group 2: Market Position - Keyun Laser is currently the only domestic company capable of providing this type of equipment, following its first batch shipment of G8.6 generation display panel laser graphic equipment in 2023, indicating a progression to larger product sizes and higher processing precision requirements [3]. - Previously, such equipment was supplied mainly by Japanese and Korean manufacturers, highlighting a shift in the supply chain dynamics within the display panel industry [3]. Group 3: Company Background - Established in 2018, Keyun Laser focuses on the promotion and application of precision laser micro-nano processing automation equipment in the display, new energy, semiconductor, and 3C industry chains [3]. - The company’s main products include laser repair equipment, laser cutting equipment, and LED equipment, applicable in LCD, OLED, and Mini LED fields [3]. - Keyun Laser has also won a bid for the laser engraving machine project for Shenzhen Huaxing Semiconductor's 11th generation TFT-LCD and AMOLED new display production line [3].

Core Viewpoint - The company, Shiya Technology, is progressing with its IPO application on the Shanghai Stock Exchange's Sci-Tech Innovation Board, with a focus on expanding its production capacity and enhancing technology in the silicon-based OLED microdisplay sector [1][2]. Group 1: Company Overview - Shiya Technology was established in 2016 and is headquartered in Hefei, specializing in silicon-based OLED microdisplay technology [3]. - The company's products primarily target head-mounted display devices and smart glasses, with notable clients including DJI, Xiaomi, XREAL, and Thunderbird [3]. Group 2: Production Capacity - Currently, Shiya Technology operates a 12-inch evaporation production line with a monthly capacity of 9,000 wafers, having shipped over 1 million units to date [4]. - The company plans to expand to three production lines, increasing its monthly capacity to 27,000 wafers [4]. Group 3: Financial Performance - The projected revenue for Shiya Technology from 2022 to 2024 is 190 million, 215 million, and 280 million yuan respectively, while net losses are expected to be 247 million, 304 million, and 247 million yuan for the same years [5].

Group 1: Core Insights - The overall trend for TV panel prices continues to decline due to weak demand, with brands adjusting orders to manage inventory and leverage negotiation power [2] - For July, the expected price drops for TV panels are $1 for 32-inch and 43-inch, $2 for 50-inch and 55-inch, and $3 for 65-inch and 75-inch [2] - The demand for monitor panels has slowed, leading to a stable price trend for July, despite some minor supply shortages for specific sizes [3] Group 2: Market Segments - The demand for laptop panels is expected to improve in July and August, but manufacturers are cautious about raising prices, opting instead for discounts to maintain customer relationships [4][5] - Overall, laptop panel prices are anticipated to remain stable, although competition among manufacturers for customer orders continues through various discount strategies [5]

Core Viewpoint - The Yantai Economic and Technological Development Zone has announced the planning land public notice for the BOE High-end Display Materials Research Institute project, indicating a significant investment in electronic materials research and development in the region [1]. Group 1: Project Overview - The project is located in the Yantai Development Zone B-9 area, covering an area of 33,344 square meters (50 acres) with a building area of 54,544.21 square meters, constructed by Yantai BOE Materials Technology Co., Ltd [1]. Group 2: Company Background - Yantai BOE Materials focuses on the research and sales of electronic specialty materials, with existing products undergoing promotion and validation [3]. - The company is a joint investment by four enterprises, with a total investment of 800 million yuan. BOE Materials contributed 464 million yuan (58%), Wanrun Co., Ltd. contributed 160 million yuan (20%), Debang Technology contributed 144 million yuan (18%), and Yeda Economic Development contributed 32 million yuan (4%) [3]. - BOE Materials was established in August 2024 with a registered capital of 500 million yuan, focusing on new material technology research and sales [3]. Group 3: Partner Companies - Wanrun Co., Ltd. specializes in environmental materials, electronic information materials, new energy materials, and life sciences and pharmaceuticals, with products including liquid crystal materials, OLED materials, and polyimide materials [3]. - Debang Technology is dedicated to the research and industrialization of high-end electronic packaging materials, producing electronic-grade adhesives and functional film materials for various packaging processes [4].

根据TrendForce集邦咨询最新预估，2025年折叠手机出货量将达1,980万支，渗透率约1.6%， 与2024年持平。 尽管成长速度较前几年放缓，但受到技术进步与价格下调带动，折叠手机逐渐成为中高阶市场的技 术焦点，以及品牌差异化利器。各大厂商正加速布局新品，并积极扩展产品线与价格区间，为 2026年可能到来的市场爆发期作准备。 以下文章来源于TrendForce集邦 ，作者TrendForce TrendForce集邦 . TrendForce集邦咨询是一家全球高科技产业研究机构，研究领域横跨存储器、AI服务器、集成电路与半 导体、晶圆代工、显示面板、LED、AR/VR、新能源（含太阳能光伏、储能和电池）、AI机器人及汽车 科技等，提供前瞻性行业研究报告、产业分析 这一现象很可能于2026年出现转折。 TrendForce集邦咨询指出，苹果很可能于明年下半年推出首款外屏幕5.5吋、内屏幕7.8吋的折叠 手机。若苹果正式入局，高阶消费者对折叠产品的关注度与接受度有望快速提升。据了解，苹果产 品将延续其一贯重视稳定性与生态整合的策略，并可能透过iOS深度优化操作场景和高度整合自研 应用与硬件，进一步提升用 ...

据韩媒日前报道，LGD（LG Display）计划评估无FMM面板技术，即不使用精细金属掩模版（Fine Metal Mask, FMM），而是通过半导体光刻 工艺生产OLED面板。与传统FMM技术不同，这项技术是将有机材料沉积后，通过光刻设备完成OLED图案化制程。 据悉，目前，由于广州生产成本较低，LGD大部分TV OLED面板都在广州生产，而坡州厂大尺寸TV产线E4稼动率低，LGD因此计划在E4产线上 测试无FMM技术。 报道称，该产线现已安装CVD（化学气相沉积）设备，能够采用类似 eLEAP 的 技术制造OLED，再通过TFT（薄膜晶体管）及薄膜封装工艺制 成成品面板。此外，LGD预计还将安装额外的研究设备，不过，其现阶段并没有打算投入大量资金，以规模量产该技术。 LGD主攻WOLED，无FMM OLED或形成互补 在OLED技术路径上，LGD主要发展WOLED（White OLED）、POLED（Plastic OLED）两大路线，分别面向大尺寸与中小尺寸应用市场。 大尺寸WOLED： 有别于 FMM-RGB技术，WOLED是通过蒸镀白光OLED材料，再通过上层的彩色滤光膜（Color Filte ...

Core Viewpoint - Samsung Display will supply 48-inch Pillar-to-Pillar (P2P) OLED displays for the new Maybach S-Class vehicles set to launch in 2028, marking its first collaboration with Mercedes-Benz in the automotive display sector [1][4]. Group 1: Product Features - The P2P display uniquely spans the left and right pillars of the vehicle, covering the entire area in front of the driver and front passenger, which traditional LCD and rigid OLED displays cannot achieve due to the length and curvature of the dashboard [3]. - Flexible OLED technology is crucial for the P2P display, allowing it to meet the design requirements of modern vehicles [3]. Group 2: Market Implications - This partnership signifies Samsung Display's entry into the automotive market and expansion of its electronic components business, potentially accelerating the transition from LCD to OLED displays in vehicles [4]. - The increasing penetration of OLED technology in mainstream models is expected to further expedite the shift towards OLED in automotive displays [4].

Core Viewpoint - The announcement of government subsidies totaling 25.2 million yuan will positively impact the company's operating performance in 2025 [1]. Group 1: Company Overview - Shanghai Jingce Semiconductor Technology Co., Ltd. was established in 2018, focusing on the research, production, and sales of semiconductor testing equipment, as well as some testing equipment for display and new energy fields [2]. - Jingce Electronics primarily engages in the research, production, and sales of testing systems for displays, semiconductors, and new energy [2]. Group 2: Product and Market Performance - The main products in the display sector include testing equipment for various display devices such as LCD, OLED, Mini LED, Micro OLED, and Micro LED, including electrical measurement and debugging systems, pre-process AOI equipment, and automated equipment integration products [2]. - The self-developed Seal series TGV testing equipment was successfully delivered in bulk last November, with applications in Mini/Micro LED direct display, advanced semiconductor packaging substrates, and other precision devices [2]. Group 3: Financial Performance - In Q1 2025, Jingce Electronics achieved revenue of 689 million yuan, a year-on-year increase of 64.92%, and turned a profit with a net profit attributable to shareholders [2]. - The semiconductor segment generated sales revenue of 212 million yuan, up 63.71% year-on-year, while the display segment achieved sales revenue of 382 million yuan, a growth of 42.46% [2]. - In the new energy sector, the company reported sales revenue of 77.57 million yuan, a significant increase of 429.71% year-on-year [2].

Group 1 - The core viewpoint of the article highlights the current business status of BOE in the LCD, AMOLED, perovskite, and glass-based semiconductor sectors, emphasizing the company's proactive adjustments in production to meet market demands [1][3] Group 2 - In the LCD industry, BOE indicated that the average operating rate is expected to recover to over 80% by Q1 2025, following a decline in Q2 due to cooling terminal demand [1] - The company plans to continue flexible adjustments in production lines in Q3, adhering to a "demand-driven production" strategy to navigate fluctuations in international trade and policy effects [1] Group 3 - In the flexible AMOLED sector, BOE has achieved full coverage of top mobile brands, with a rapid increase in the proportion of high-end products such as LTPO and foldable displays [1] - The Chengdu 8.6-generation AMOLED production line commenced operations four months ahead of schedule on May 20 [1] Group 4 - In addition to its main display business, BOE's perovskite pilot line produced the industry's first 2.4m×1.2m photovoltaic cell sample with leading conversion efficiency in 2024 [3] - The company has also delivered high aspect ratio board-level samples using glass-based packaging technology [3] Group 5 - Financially, BOE expects a depreciation expense of approximately 38 billion yuan in 2024, continuing to increase due to the completion of three 6th generation AMOLED production lines [3] - The company anticipates that depreciation will peak in 2025, leading to improved operational efficiency and profitability as new projects stabilize and mature production lines finish depreciation [3] Group 6 - Looking ahead, BOE's capital expenditure will focus on the "screen IoT" strategy, concentrating on the semiconductor display business while extending into four high-potential areas: IoT innovation, sensing, MLED, and smart medical engineering [3]