Group 1 - The core viewpoint of the article is that Jingce Electronics has signed deep cooperation agreements with five leading companies in various sectors, focusing on technology integration and resource sharing to enhance testing solutions for the semiconductor, display, and new energy industries [1][2][4]. Group 2 - The cooperation will cover the entire industry chain from materials, devices, and equipment to industry solutions, aiming to optimize systematic testing solutions through technological innovation and product iteration [2]. - The five partners include leading firms in their respective fields: - Shengbang Microelectronics specializes in high-performance analog and mixed-signal integrated circuits for industrial automation, new energy, and automotive electronics [2]. - Analog Devices provides data converters and sensor technologies, widely used in digital healthcare and industrial automation [2]. - Hefei Aiko Optoelectronics manufactures key components for industrial imaging, including industrial cameras and image acquisition cards [4]. - Inovance Technology operates in industrial automation control and new energy equipment, with a product line that includes servo systems and industrial robots [4]. - SMC Automation focuses on the development and manufacturing of pneumatic components, serving automation lines in the semiconductor, automotive, and electronics industries [4]. - Jingce Electronics aims to strengthen its core competitiveness and build an open industrial ecosystem through this collaboration, continuing its focus on the semiconductor and display sectors while empowering the new energy field [4].

Market Overview - The main board saw significant gains with companies like Bona Film Group (+10.02%), Tiantong Co., Ltd. (+10.02%), and Zhongci Electronics (+10.01%) leading the charge [1] - The ChiNext board also performed well, with Hengxin Oriental (+20.04%) and Online Offline (+20.00%) showing strong increases [1] - The Sci-Tech Innovation board was led by Dekeli (+20.00%) and Tengjing Technology (+10.54%) [1] - Active sub-industries included SW Printed Circuit Boards (+5.43%) and SW Communication Network Equipment (+3.68%) [1] Domestic News - Aibang ARAI announced that its 12-inch Micro OLED production line has successfully lit up, marking a new phase in silicon-based OLED product mass production [1] - Semiconductor Investment Alliance reported that Shengmei Shanghai has launched several devices compatible with HBM processes, including Ultra ECP 3D equipment for TSV copper filling [1] - United Microelectronics Corporation (UMC) signed a technology licensing agreement with imec for silicon photonics processes, aiming to target next-generation high-speed connectivity applications [1] - Baiwei Storage highlighted the increasing demand for high-bandwidth, low-latency storage chips in robotics, launching products suitable for embodied intelligence [1] Company Announcements - Shenzhou Information disclosed a plan for its controlling shareholder to reduce holdings by up to 28,827,300 shares between December 31, 2025, and March 30, 2026 [2] - Saiwei Microelectronics announced a share reduction plan by Shanghai Lingguan, intending to reduce up to 14,500 shares for personal funding needs [2] - Juguang Technology reported the completion of a share reduction by shareholder Wang Donghui, decreasing his stake from 6.6427% to 3.6427% with a total reduction amounting to 323 million yuan [2] - Zhangyue Technology received a cash dividend of 4.99 million yuan from its associate company, which will positively impact its 2025 financial performance [2] Overseas News - DNP successfully developed a nano-imprint lithography (NIL) template with a line width of 10nm, meeting the miniaturization needs for advanced logic semiconductors [2] - Omdia reported a 3% year-on-year increase in global wearable wristband shipments in Q3 2025, reaching 54.6 million units, with market value rising by 12% [2] - IBM announced an acquisition of Confluent for $11 billion, aiming to integrate it into its software division to enhance AI-driven data platforms [2] - The U.S. government allowed NVIDIA to export its H200 AI chips to China under certain conditions, including a 25% revenue share for the U.S. [2]

Core Insights - The AI glasses market is gaining attention due to its lightweight design and intuitive interaction, driven by a large existing user base and low AI penetration rates, indicating significant growth potential for the industry [1][5] - Major tech companies are entering the market, with Alibaba launching its first AI glasses powered by its self-developed model, and Meta's collaboration with Ray-Ban resulting in sold-out smart glasses [1][2] - IDC predicts that global smart glasses shipments will reach 12.8 million units by 2025, with a 26% year-on-year growth, and the Chinese market expected to grow by 107% [1] Market Potential - The growth of the AI glasses market is primarily driven by the replacement of a large existing market, particularly in China, where nearly 50% of the population is myopic, representing a potential user base of around 700 million [5] - The annual sales of prescription glasses in China are approximately 150 million units, with sunglasses also maintaining stable sales, indicating a robust market for AI glasses [5] - The report anticipates that as AI and AR technologies mature post-2030, AI+AR smart glasses will enter a high-growth phase, with global sales potentially reaching 1.4 billion units and a penetration rate of 70% [2][5] Cost Structure - The cost structure of AI glasses is dominated by chips and optics, which are the highest value segments in the supply chain [7] - Different AI glasses have varying cost focuses; for instance, Huawei's AR glasses have 78% of their costs in optical modules and screens, while Xiaomi's AI glasses have over 25% of costs in the main chip [7] - The report identifies that in the future, the main costs will be in computing chips, optical modules, and display screens, making them focal points for investment in the supply chain [7] Technology Pathways - The choice of technology in optical display significantly impacts product form and user experience, with current mainstream AR glasses using the Birdbath solution, which has limitations such as low transparency and bulkiness [9] - The waveguide solution is seen as a promising direction due to its high transparency and lightweight design, although its complex manufacturing process poses challenges for mass production [9] - Micro OLED is currently the mainstream display technology, but Micro LED is viewed as a more ideal solution for AR due to its high brightness and longevity, despite facing manufacturing challenges [12] Computing Power - The choice of computing unit directly affects the performance and battery life of AI glasses, with the "SoC+MCU" combination being identified as the optimal solution for balancing performance and power consumption [15][18] - The global SoC market is projected to grow from $161.9 billion in 2025 to $237.8 billion by 2030, driven by the expansion of the AI glasses market [15] Supply Chain Components - Besides chips and optics, other components like storage and batteries are crucial in the AI glasses industry [20] - ePOP and eMCP are the main storage solutions, with ePOP being favored for its compact size and low power consumption [20] - High-density steel shell batteries are key to overcoming the weight, endurance, and computing power challenges in AI glasses [20]

Core Viewpoint - The article emphasizes the transformative impact of generative AI and spatial computing on various industries, with display technology at the forefront of this change, highlighting the acceleration of Micro LED commercialization and the establishment of Mini LED as a market leader, while OLED maintains its dominance in flagship smartphones and Micro OLED emerges as a prime solution for near-eye displays [2]. Industry Overview - The global display industry is at a crossroads of opportunities and challenges, with significant advancements in display technologies such as Micro LED, Mini LED, OLED, and Micro OLED [2]. - A conference titled "2025 Self-Luminous Display Industry Seminar" will be held on October 30, 2025, organized by TrendForce and its subsidiaries, featuring 13 industry experts discussing various display technologies [2]. Conference Agenda Highlights - The agenda includes topics such as the commercialization of Micro LED, innovations in MiP display technology, and the current status and future prospects of LED cinema screens [6][7]. - Key presentations will cover advancements in Micro LED technology, including the role of silicon substrate GaN technology and the exploration of new opportunities in AR glasses [7][8]. Supporting Organizations - The event is supported by various organizations including Absen, TCL Huaxing, and others, indicating a collaborative effort within the industry to address current trends and challenges [9].

Core Insights - The article emphasizes the transformative impact of technology, particularly in display technology, with OLED and Micro OLED at the forefront of this revolution [1] - OLED has established itself as the dominant technology in flagship smartphones due to its flexibility, thinness, and superior color performance, symbolizing quality and experience [1] - Micro OLED is positioned as the "golden solution" for near-eye displays, crucial for spatial computing and immersive experiences, and is expected to play a key role in defining the boundaries between virtual and real worlds [1] - The article highlights the necessity for industry players to adapt and collaborate in response to the evolving display technology landscape, driven by the mature market ecosystem of OLED and the revolutionary applications of Micro OLED [1] Event Overview - The 2025 Self-Luminous Display Industry Seminar will be held on October 30, 2025, organized by TrendForce, LEDinside, and Display [4] - The seminar aims to share cutting-edge industry information and analyze development trends [1][4] - The agenda includes various presentations on topics such as commercialization of glass and silicon-based Micro LED, opportunities in ultra-high-definition display technologies, and the impact of AI on AR glasses [5][6]

Core Viewpoint - Since 2024, the technology wave represented by generative AI and spatial computing is reshaping various industries with unprecedented depth and breadth, placing display technology at the center of this transformation, presenting both opportunities and challenges [1]. Industry Evolution - The display industry has experienced significant internal evolution over the past year, with major technology routes competing fiercely and moving towards new development inflection points: - Micro LED's development path is becoming clearer, with accelerated industrialization [1]. - Mini LED has successfully transitioned from a "technology pioneer" to a "market mainstay" after market trials [1]. - OLED maintains its dominance in flagship smartphones due to its mature advantages in flexibility, thinness, and color performance [1]. - Micro OLED is currently regarded as the "golden solution" for near-eye displays and is expected to hold a significant market share for a long time [1]. Upcoming Event - The global display industry is at a crossroads of opportunities and challenges, necessitating a "compass" for guidance. The 2025 Self-Luminous Display Industry Seminar will be held on October 30, 2025, organized by TrendForce's LEDinside and Display divisions, inviting industry participants to engage in deep dialogue to calibrate direction and navigate challenges together [1].

Investment Rating - The report indicates a strong growth potential for the micro-display technology industry, with a projected compound annual growth rate (CAGR) exceeding 20% from 2024 to 2032 [8][10]. Core Insights - The micro-display technology is driven by the increasing demand for high-resolution, small-sized, and low-power near-eye displays, particularly in emerging applications like VR and AR, which are expected to create a significant incremental market [8][9]. - The market size for micro-display technology is estimated to reach $2.41 billion in 2023, with the near-eye device segment accounting for over 45% of industry revenue [8][9]. - Different micro-display technologies have their advantages and disadvantages, often overlapping in application scenarios, leading to competitive dynamics within the industry [13][14]. Summary by Sections 1. Market Growth - The micro-display market is expected to grow significantly, with a CAGR projected to exceed 20% from 2024 to 2032, driven by advancements in semiconductor technology and the rise of VR/AR applications [8][10]. - The near-eye device segment, including AR/VR headsets and smart glasses, is a major contributor to this growth, representing over 45% of the market revenue [8][9]. 2. Micro-Display Technologies - Micro-display technologies can be categorized into two main types: self-emissive technologies (LCD, Micro OLED, Micro LED) and reflective technologies (LCoS, DLP, LBS) [13][14]. - Each technology has unique strengths and weaknesses, with significant competition in various application areas [13][14]. 3. Key Technologies - Fast LCD technology, combined with Mini LED backlighting, enhances the performance of LCDs in micro-display applications, making it a cost-effective option [15]. - Micro OLED technology is rapidly developing but faces uncertainties in its technological path [20][21]. - Micro LED technology is seen as a future display solution, although it currently faces challenges related to mass transfer technology [27][28]. - LCoS technology has achieved high maturity and is being utilized in AR/VR and HUD applications [31]. - DLP technology is primarily used in projectors and is expanding into new fields such as AR and 3D printing [35]. - LBS technology is favored for its compact size and high efficiency, particularly in AR/VR applications [38]. 4. Market Leaders - Major players in the micro-display field include Samsung, LGD, Sony, JVC, Kopin, SMD, and BOE, each focusing on different technologies and applications [49][52][56][59][62][72]. - Samsung has made significant investments in Micro OLED technology, while LGD focuses on high-brightness Micro OLED displays [49][52]. - Sony is a leader in LCoS technology and has a strong presence in the silicon-based OLED market [56]. - BOE is actively expanding its capabilities in Micro OLED and Micro LED technologies [72].

Core Viewpoint - The Qingdao New Display Industry Park aims to become a leading hub for the new display industry, focusing on module strengthening, panel breakthroughs, terminal expansion, and technological innovation [1][3]. Group 1: Industry Development - The park covers an area of 14,304 acres and is designed to be a new growth pole for high-quality development in the national new display industry [1]. - As of now, the park has attracted major industry players such as BOE Technology Group, Fusion Optoelectronics, and Wanda Optoelectronics, with a total investment exceeding 50 billion yuan and 29 key projects established [3]. - In 2024, the Qingdao West Coast New Area's new display industry cluster was recognized as a provincial strategic emerging industry cluster, achieving an industrial output value of 44.9 billion yuan, a 14% year-on-year increase, and surpassing 50 billion yuan in operating revenue [3]. Group 2: Location Advantages - The park is strategically located in the center of Qingdao, with convenient transportation links, including proximity to Qingdao Jiaodong International Airport (32 km), Qingdao Station (27 km), and Qingdao Port (20 km) [4]. Group 3: Operational Mechanism - The park operates under a "5-in-1" work mechanism led by city-level chain leaders, with guidance from the city’s industrial chain special team and support from the West Coast New Area and Qingdao Development Zone [5]. - A comprehensive set of park planning, policies, and a joint investment promotion team has been established, along with three industrial funds totaling 12 billion yuan [5]. Group 4: Industrial Layout and Key Projects - The Module Panel Area (A Zone) spans 5,754 acres, focusing on attracting OLED and Micro OLED projects while enhancing local supply chain capabilities [7]. - The Materials and Equipment Area (B Zone) covers 7,650 acres, with projects like the Qingdao Optoelectronic Industry Park's first-phase equipment research institute aimed at overcoming domestic industry bottlenecks [7]. - The Terminal Application Area (C Zone) occupies 900 acres, leveraging Hisense Group to strengthen innovation in laser display technology [7]. Group 5: Infrastructure Development - Over 9 billion yuan has been invested in improving the park's infrastructure, including the construction and renovation of 22 kilometers of roads and 143 kilometers of pipelines [8]. - Supporting facilities such as the Innovation Park R&D center and various educational institutions are being developed to create a youth-friendly and integrated urban area [8]. Group 6: Investment Direction - The park is focused on attracting investments across the entire new display industry chain, including upstream materials, core equipment, semiconductor devices, midstream module and panel manufacturing, and downstream smart home appliances and consumer electronics [9].

Core Viewpoint - The display industry is experiencing a new wave of IPO activity in the first half of 2025, driven by technological innovation, growing market demand, and policy support, with many companies seeking to capitalize through IPOs to expand production, enhance R&D, and increase market share [1][12]. Group 1: Companies Pursuing IPOs - In the first half of 2025, 10 display-related companies are advancing their IPO plans, covering various segments such as display panel technology, display drivers, image sensors, LCD components, smart display terminals, and LED displays [2][3]. - Notable companies include: - Chaoying Electronics, seeking to raise 6.6 billion yuan for expansion and R&D [3]. - Huike Co., aiming to raise 82 billion yuan for new technology projects [3]. - Visionary Technology, planning to raise 20.15 billion yuan for Micro OLED production line expansion [4][8]. Group 2: Fundraising Purposes - The primary focus of fundraising is on "new display technology R&D and industrialization" and "overseas market and internationalization" [5][10]. - Huike has invested 310.93 billion yuan in six display projects in the first half of 2025, including Mini LED and electronic paper modules [6][7]. - Visionary Technology and Yunying Valley are concentrating on Micro OLED technology, which is gaining traction in AR glasses [7][8]. Group 3: International Market Expansion - Companies are accelerating their international market expansion, with the Hong Kong Stock Exchange becoming a popular venue for IPOs [9][10]. - For instance, Hehui Optoelectronics plans to enhance its international strategy and production capacity for high-end AMOLED panels [10]. - Dazhu CNC aims to establish a new production facility in Singapore to align with the PCB industry's shift to Southeast Asia [10][11]. Group 4: Advantages of Hong Kong Listing - The Hong Kong Stock Exchange offers more flexible listing conditions compared to the A-share market, focusing on growth potential and technological innovation [11]. - The exchange allows diverse share structures, enabling founders to maintain control post-IPO, which is attractive for rapidly growing companies [11]. - Listing in Hong Kong enhances brand visibility and facilitates access to a broader international investor base, crucial for capital-intensive industries like LED and display panels [11][12].

Investment Rating - Industry Rating: Outperform the Market (Maintained Rating) [1] Core Viewpoints - The report highlights the recent surge in AI glasses releases, indicating a growing market for AI glasses as a new frontier for large models [9] - The performance of major overseas tech companies, such as Nvidia and Microsoft, has been strong, with significant revenue growth driven by AI contributions [9] - The report emphasizes the potential of Micro OLED technology and its expanding applications in various sectors, including AR glasses [9] Summary by Sections AI Glasses Market - Multiple domestic AI glasses have been launched recently, with notable products from companies like Raybird and Rokid, indicating a trend towards integrating AI capabilities into consumer electronics [4][12] - Raybird's new flagship AR glasses, RayNeo X3 Pro, feature advanced technology such as Micro-LED displays and a Snapdragon AR1 platform, enhancing user experience and energy efficiency [12][14] - Rokid has partnered with Gaode Map to introduce a smart navigation application for its AR glasses, aiming to improve user interaction through voice and visual cues [18][19] - The market for AR glasses is heating up, leading to increased investment in upstream near-eye display projects, with several domestic companies expanding their Micro OLED production capacity [22][23] Overseas Tech Performance - Nvidia reported Q1 2026 revenue of $44.062 billion, a 69% year-over-year increase, with significant growth in data center and gaming sectors [34] - Microsoft's Q3 2025 revenue reached $70.1 billion, a 13% increase, driven by strong performance in its cloud services, particularly Azure [38][41] - Meta's Q1 2025 revenue was $42.314 billion, reflecting a 16% year-over-year growth, with substantial investments planned for AI infrastructure [34] Micro OLED Technology - The report notes that Micro OLED technology is expected to see further development in 2025, with increased investment in related projects to meet rising demand [23] - Companies like Yisui Technology are investing heavily in Micro OLED production capabilities, anticipating a growing market for these displays in various applications [25]