11月18日，省委常委、市委书记、市长盛阅春会见天马微电子股份有限公司党委书记、 董事长成为。 市领导曾晟、沈悦、李湛，东湖高新区管委会主任余松参加会见。 编辑：王冲 盛阅春对成为一行来汉表示欢迎，对2025年天马全球创新大会在汉召开表示祝贺。他 说，武汉东湖高新区在光电子信息产业领域独树一帜，历经三十多年发展，形成覆盖"光芯 屏端网"的全产业链布局，离不开天马微电子等广大创新型企业的大力支持。当前，全市上 下正深入学习贯彻党的二十届四中全会精神和习近平总书记考察湖北重要讲话精神，认真落 实省委、省政府部署要求，抢抓新一轮科技革命和产业变革机遇，全力打造国家科技创新中 心，推动科技创新和产业创新深度融合，加快发展新兴产业和未来产业，构建体现武汉优势 的现代化产业体系。希望天马微电子以此次大会召开为契机，进一步深化双方务实合作，持 续加大在汉投资力度，带动产业链上下游在汉聚集，助力武汉打造世界级光电子信息产业集 群，推动"中国光谷"加速迈向"世界光谷"。我们将营造一流营商环境和良好创新生态，全力 支持广大企业在汉做大做强。 成为对武汉市长期以来的大力支持表示感谢，并介绍了企业战略发展和在汉布局情况。 他说，武汉 ...

Core Insights - The "Future Stars" report highlights the strength and pioneering role of Wuhan's future industries, with over 25% of the selected 100 companies being recognized as national specialized and innovative "little giant" enterprises [1][4]. Group 1: Report Overview - The report was compiled by the Wuhan High-tech Industry Association's Industrial Research Institute based on self-reported data and field research, resulting in the selection of 100 "Future Stars" and 10 "New Rising Stars" [4]. - The total asset scale of the "Future Stars" companies is approximately 21.7 billion, with projected total revenue of about 13.1 billion for 2024, reflecting an average revenue growth rate of 67.85% [4]. Group 2: Innovation and R&D - High-tech enterprises constitute 80% of the "Future Stars," with an average R&D investment intensity of 52.96%, which is six times the national average for high-tech enterprises, indicating strong innovation momentum [4]. - Among the founders of these "New Forces" companies, 32% hold doctoral degrees, many of whom have backgrounds in prestigious universities or medical institutions, combining deep technical expertise with industry insight [4]. Group 3: Industry Coverage - The "Future Stars" span nine industrial chains, including optoelectronic information, health care, high-end equipment, artificial intelligence, and Beidou, with a focus on future manufacturing, materials, energy, and health [4]. - The report emphasizes that these "New Forces" are addressing market challenges through technological innovation and model breakthroughs, positioning themselves as core drivers of new productive forces [4]. Group 4: Event and Collaboration - The event was co-hosted by the Wuhan Municipal Committee of the Communist Party of China and the Wuhan Federation of Industry and Commerce, attracting over a hundred key enterprises, universities, research institutions, and financial investment organizations [5].

Core Insights - Wuhan has issued the "Artificial Intelligence + Manufacturing Action Plan," aiming to establish 20 national-level intelligent factories by 2027 [1] - The plan focuses on five key areas: R&D design, production manufacturing, business management, marketing, and after-sales service, targeting local industries such as integrated circuits, commercial aerospace, and optoelectronic information [1] Group 1: Action Plan Goals - By 2027, Wuhan aims to cultivate 100 benchmark applications of industrial intelligence and build 20 national-level intelligent factories, promoting deep integration of AI in the manufacturing process [1] - The plan encourages AI to assist in chip design and drug development to shorten development cycles [1] Group 2: Production and Supply Chain Enhancements - AI will be integrated into the production line for quality inspection and dynamic scheduling tasks [1] - Intelligent systems will be continuously upgraded in the supply chain to enhance response speed in demand forecasting and inventory optimization [1] Group 3: Achievements in Intelligent Factory Construction - Wuhan has successfully included two companies, Changfei and BOE, in the first batch of 15 national leading intelligent factories, ranking first alongside Shanghai [1] - In the selection of excellent intelligent factories, Wuhan has 10 companies listed, ranking fifth among sub-provincial cities in China [1] Group 4: Additional Initiatives - Wuhan plans to establish 10 AI-themed parks and nurture 10 ecosystem-leading enterprises, while also issuing "computing power vouchers" to reduce intelligence costs for businesses [2] - The city aims to create a collaborative computing service system that integrates cloud, edge, and terminal technologies [2]

Core Viewpoint - The article emphasizes the importance of building a modern industrial system in Hubei, focusing on advanced manufacturing as the backbone to enhance global competitiveness and drive economic growth [5][6][8]. Group 1: Advanced Manufacturing - Advanced manufacturing is identified as a critical area for global economic competition and technological innovation, serving as the main focus for constructing a modern industrial system [6][9]. - Hubei aims to implement the "51020" advanced manufacturing cluster strategy to leverage its educational and ecological advantages, transforming them into developmental strengths [6][7]. - The province is focusing on key sectors such as optoelectronic information, new energy vehicles, and high-end equipment to enhance its manufacturing capabilities [8][12]. Group 2: Industrial Upgrading - The article discusses the need to upgrade traditional industries like mining, metallurgy, and textiles through intelligent, green, and integrated transformations [10][11]. - Hubei is promoting smart manufacturing and digital transformation across traditional sectors, particularly in the automotive industry, to enhance efficiency and competitiveness [10][11]. - The province is also focusing on green transformation by adopting low-carbon technologies and promoting sustainable practices in high-energy-consuming industries [11]. Group 3: Emerging Industries - Hubei is encouraged to develop strategic emerging industries such as new energy, new materials, aerospace, and low-altitude economy, leveraging its existing strengths and innovation platforms [12][13]. - The province's unique advantages include a solid foundation in optoelectronic information and green battery technologies, supported by national laboratories and high-level innovation platforms [12][16]. - Hubei aims to adopt a focused development approach, concentrating resources on areas where it can excel, such as green circular batteries and high-end electronic chemicals [13][17]. Group 4: Future Industries - The article highlights Hubei's potential in future industries like quantum technology, biomanufacturing, and hydrogen energy, with significant investments and policy support [15][16]. - Hubei has established a provincial quantum technology investment fund of 2 billion yuan to foster innovation and application in this field [15]. - The province's strong educational and research infrastructure is positioned to support the development of future industries, ensuring a continuous supply of talent and innovation [16][17].

Core Insights - The Ministry of Industry and Information Technology has announced the first batch of 15 leading smart factories in China, with Changfei Optical Fiber and Cable Co., Ltd. and Wuhan BOE Optoelectronics Technology Co., Ltd. from Wuhan being included, indicating Wuhan's leadership in the intelligent transformation of manufacturing [1][2] Group 1: Smart Factory Development - The smart factories are categorized into four levels: basic, advanced, excellent, and leading, with the leading level representing the highest standard of intelligent manufacturing in China [1] - Changfei's factory focuses on an integrated smart factory for the entire supply chain of "preform-fiber-cable," while Wuhan BOE's factory is recognized for its efficiency-driven 10.5-generation LCD panel production [1][2] Group 2: Technological Integration - Changfei has integrated artificial intelligence (AI) into its entire production process, with AI applications accounting for 80% of its operations, showcasing its commitment to extreme craftsmanship [1] - Wuhan BOE has implemented several smart projects, including AI industrial defect detection, predictive maintenance, and virtual measurement, leveraging advanced technologies like AI, big data, and the Internet of Things [2] Group 3: Industry Positioning - Wuhan has cultivated a total of 10 excellent smart factories, with the optoelectronic information industry holding 6 positions, highlighting its leading advantage in the "light-core-screen-end-network" industrial cluster [2]

Core Viewpoint - "China Optics Valley" in Wuhan is advancing the integration of technological and industrial innovation, aiming to become a world-class optoelectronic information industry cluster [1][5]. Group 1: Technological Breakthroughs - A technology company focused on high-end lidar development has achieved breakthroughs in key technologies such as measurement distance, accuracy, and speed after six years of research, establishing a self-controlled "technological moat" [3]. - Continuous innovation breakthroughs are occurring in "China Optics Valley," contributing to the region's development [5]. Group 2: Industry Development - "China Optics Valley" has established itself as a global leader in fiber optic cable production, and is a national leader in optoelectronic device production, small to medium-sized display panel R&D and production, and laser industry development [5]. - The local optoelectronic information industry is projected to exceed 600 billion yuan by 2024, reflecting the region's commitment to building a world-class industry cluster [5].

Core Insights - The article highlights the achievements of the Wuhan Industrial Innovation Development Research Institute in promoting technological and industrial innovation, showcasing 42 significant results across five key areas since June 2023 [1] Group 1: Technological Advancements - The National Information Optoelectronics Innovation Center has developed the world's first 145GHz modulator, significantly surpassing the previous 40GHz limit and achieving a transmission speed that exceeds international advanced levels by double [2] - The team is now working on a 170GHz modulator, indicating a continuous push towards higher technological peaks in the optoelectronics sector [2] - The development of key materials for special optical fibers and cables has reached a level of self-sufficiency, with increasing domestic substitution rates for PSPI photoresist [3] Group 2: Industry Applications - The "high-precision multi-source positioning sensor array" developed by Hubei Luojia Laboratory addresses critical issues in the automotive industry, providing enhanced navigation and environmental understanding capabilities [4] - The laboratory has created the world's first dual-light module for passenger vehicles, achieving the highest multi-source positioning accuracy and is being applied in various smart road projects [5] - The "sharp knife" technology project focuses on integrating technology with industry needs, emphasizing a user-oriented approach to innovation and application [5] Group 3: Future-Oriented Projects - The multi-modal image fusion laparoscopic surgical robot system developed by Wuhan United Imaging Healthcare has completed clinical validation, demonstrating a 100% success rate in trials across various surgical procedures [6] - The project aims to strategically position itself in future industries such as quantum technology, artificial intelligence, and synthetic biology, ensuring a proactive approach to technological advancements [6]

Core Insights - Wuhan has issued the "Action Plan for Promoting 'Artificial Intelligence + Manufacturing'" aiming to empower new industrialization through "intelligent industrialization and industrial intelligence" by establishing 20 national-level intelligent factories and cultivating 100 benchmark applications by 2027 [1][2] - The plan is a local response to the national strategy outlined in the Fourth Plenary Session of the 20th Central Committee of the Communist Party of China, which emphasizes building a modern industrial system and strengthening the real economy [1] - Wuhan is the first city to systematically integrate AI into the entire manufacturing chain, focusing on five core areas including R&D design and production manufacturing, covering key industries such as integrated circuits and green intelligent ships [1][2] Advantages of AI + Manufacturing in Wuhan - Wuhan has advanced manufacturing clusters in optoelectronic information and the automotive sector, recognized as a pilot city for new technology transformation in manufacturing [2] - The city has established a digital transformation promotion center, 10 excellent intelligent factories, and is home to two leading-level excellent factories, ranking first in the nation for the number of such factories [2] - The plan serves as a model for the transformation of central industrial cities, emphasizing the integration of "hard technology + industrial foundation" and providing replicable practices for the Ministry of Industry and Information Technology [2]

Core Viewpoint - Wuhan East Lake High-tech Zone (also known as "China Optics Valley") has launched a new talent policy aimed at attracting top-tier talent and teams with significant industry influence and key core technologies, with annual funding of up to 1 billion yuan for individual projects [1][2]. Group 1: Talent Policy Overview - The "Optics Valley Top Talent Policy" focuses on three categories of top talent: strategic scientists represented by Nobel and Turing Prize winners, industry leaders from national-level talent and renowned enterprise R&D heads, and academic experts from prestigious universities and research institutions [1][2]. - The policy aims to support talent that can drive technological innovation and industrial upgrades, particularly in high-end and intelligent sectors such as optoelectronic information and life health [2]. Group 2: Funding and Support Mechanisms - The policy provides project funding in two tiers: 20 million to 50 million yuan and 50 million to 100 million yuan, with a maximum support of 1 billion yuan for critical projects, including an upfront payment of up to 20% of the funding in the project establishment year [3]. - In addition to project funding, the policy offers honors and financial support to core members of top talent teams, free housing, and a "Optics Valley Digital Talent Card" that includes over 20 service rights such as education and healthcare [3]. Group 3: Strategic Focus Areas - The policy emphasizes attracting top talent for the development of 6G international standards and the third-generation semiconductor industry, aiming to establish a global compound semiconductor industry hub in the region [2].

Core Insights - The "Optics Valley Top Talent Policy" aims to attract and support top talents and teams with key core technologies and significant industry influence, with a maximum funding of 100 million yuan per project [1][4] Group 1: Talent Focus - The policy targets three categories of talent: strategic scientists represented by Nobel Prize and Turing Award winners, industry leaders represented by national-level talents and R&D heads of well-known enterprises, and future technology leaders represented by academic experts from renowned universities and research institutions [3] - The initiative covers the entire innovation development process, from basic research to industrial innovation and future technology leadership [3] Group 2: Industry Alignment - The policy aligns closely with the district's leading and future industry development needs, emphasizing future-oriented strategies to capture new industrial opportunities [3] - It aims to promote the "future-oriented" transformation of leading industries, particularly in optoelectronic information and life health sectors, to drive high-end and intelligent upgrades [4] Group 3: Funding and Support Structure - The funding structure includes project support ranging from 20 million to 50 million yuan, and up to 100 million yuan for major projects, with the possibility of pre-allocating up to 20% of the funding in the project establishment year [4] - In addition to project funding, the policy offers a comprehensive support system including talent rewards, housing guarantees, equity investments, and high-end services [4] Group 4: Specific Industry Initiatives - The district will utilize a "recruitment mechanism" to attract top talents in the sixth-generation mobile communication field, aiming to lead the development of 6G technology and standards [4] - In the third-generation semiconductor sector, the focus is on attracting international top talents with full-chain innovation capabilities, from material design to end applications, to establish a global compound semiconductor industry hub [4] Group 5: Strategic Goals - The core objective of the policy is to attract innovative and leading talents, creating a chain effect that brings in top talents, core teams, new industries, and nurtures new productive forces [5]