高速光芯片
Search documents
武汉“十五五”目标:GDP总量突破3万亿 基本建成“五个中心”
Di Yi Cai Jing· 2025-12-05 12:21
根据目标,到2030年,武汉全市地区生产总值突破3万亿元,基本建成"五个中心",现代化大武汉建设取得决定性进展。 "十五五"时期,武汉进入城市能级跃升期、优势转化加速期、转型发展关键期、区域协同发力期,将通过实施经济能级跃升行动、科技创新引领行动、现代 产业升级行动、开放枢纽提能行动、区域联动发展行动等七大行动,全面提升发展能级、发展质效、发展后劲。 本次武汉市委全会强调,以城市更新推动城市发展方式转变,带动经济发展方式转变。武汉市住房和城市更新局党组书记张灼在会上回答第一财经记者提问 时表示,武汉将实施既有建筑改造利用、老旧小区改造提质、老旧街区改造提升、老旧厂区改造焕新、城中村改造提速,建设"好房子、好小区、好社区、 好城区"。城市更新将由单一项目建设向整体功能提升转变,通过盘活存量闲置建筑、老旧厂房,创建特色产业楼宇、产业园区,促进科技创新、产业升 级;提供"好房子+好服务"的优质产品,改善生活环境;完善城市骨干路网、微循环路网、慢行交通网等,以城市更新带动城市的改造、开发、建设、整 治、保护、管理,实现城市高质量发展。 "谷,寓意要素集聚的沃土,选好产业'种子'、厚培创新'土壤',实现五谷丰登。"武汉 ...
武汉“十五五”目标:GDP总量突破3万亿,基本建成“五个中心”
Di Yi Cai Jing· 2025-12-05 12:09
聚焦"五谷"产业发展,从产业链式协同向集群、区域协同纵深推进。 近日,武汉市委十四届十二次全会审议通过了《中共武汉市委关于制定全市国民经济和社会发展第十五个五年规划的建议》和《关于全力打造"五个中心"全 面建设现代化大武汉的五年行动方案(2026—2030年)》。5日下午,武汉召开专题新闻发布会,亮出该市"五个中心"建设新阶段的行动指南。 "十五五"时期,武汉进入城市能级跃升期、优势转化加速期、转型发展关键期、区域协同发力期,将通过实施经济能级跃升行动、科技创新引领行动、现代 产业升级行动、开放枢纽提能行动、区域联动发展行动等七大行动,全面提升发展能级、发展质效、发展后劲。 根据目标,到2030年,武汉全市地区生产总值突破3万亿元,基本建成"五个中心",现代化大武汉建设取得决定性进展。 本次武汉市委全会强调,以城市更新推动城市发展方式转变,带动经济发展方式转变。武汉市住房和城市更新局党组书记张灼在会上回答第一财经记者提问 时表示,武汉将实施既有建筑改造利用、老旧小区改造提质、老旧街区改造提升、老旧厂区改造焕新、城中村改造提速,建设"好房子、好小区、好社区、 好城区"。城市更新将由单一项目建设向整体功能提升转变 ...
中原证券:北美云厂商继续上调资本开支 硅光助力AI网络规模化扩展
智通财经网· 2025-11-14 06:21
智通财经APP获悉,中原证券发布研报称,25Q3北美四大云厂商资本开支合计为1124.3亿美元,同比增 长76.9%。CignalAI预计2025年数据中心光器件市场将增长超60%,主要得益于400G/800G产品的持续放 量。AI发展推动大型数据中心的建设,拉动光器件产品需求持续且稳定增长。光模块的可靠性要求提 高、迭代周期缩短,带来行业技术门槛显著提升,光模块头部厂商产品的优势将进一步凸显。高速光芯 片整体处于供应偏紧状态,国内外光芯片厂商加速产能扩充与工艺升级。 中原证券主要观点如下: 2025年1-9月,我国电信业务总量增速小幅回升 2025年1-9月,电信业务收入累计完成13270亿元,同比+0.9%。截至2025年9月,三大运营商及中国广电 的5G移动电话用户占移动电话用户的63.9%;2025年9月当月DOU达到21.23GB/户·月,同比+15.5%;千 兆及以上接入速率的固网宽带接入用户占总用户数的33.9%。运营商聚焦工业制造、数字政府、医疗、 教育、能源等关键领域,充分发挥云网融合及新一代数字技术的整合优势,推进数字技术与实体经济的 紧密结合。 2025年9月,我国通讯器材类零售额同比+ ...
摩根士丹利等外资公募最新调研A股曝光!半导体板块被集体聚焦
Sou Hu Cai Jing· 2025-10-10 10:59
Group 1 - Foreign public funds are increasing their investment in the Chinese market, with Morgan Stanley and Lipper announcing additional capital injections [1] - Morgan Asset Management's report indicates that Chinese assets are a key target in the global asset allocation rebalancing process, suggesting potential structural market opportunities in the second half of the year [1] - A total of over 30 new funds have been launched by foreign public institutions focusing on the A-share market, with significant research conducted on nearly 40 A-share companies by major foreign funds [1] Group 2 - Morgan Fund conducted research on 38 companies in the past month, with 32 companies experiencing stock price increases, including 11 with gains exceeding 50% and 4 that doubled in price [1][6] - The technology growth sector, particularly semiconductor and photovoltaic equipment, has attracted significant attention, with multiple companies in these industries being researched [1] - Notable companies researched include Jing Sheng Machinery, which has seen a stock price increase of 53.31% in the past month [5] Group 3 - Source Technology has achieved a remarkable stock price increase of 173.27% this year, benefiting from the booming computing power market [9][10] - Dongxin Co., a rare player in the NAND, NOR, and DRAM storage chip design sector, has seen its stock price rise over 320% this year, driven by supply-demand restructuring in the storage chip industry [11][16] - The semiconductor sector has been highlighted as having the most companies researched, with many experiencing significant stock price increases [11][16]
摩根士丹利基金、宏利基金等外资公募最新调研A股曝光!半导体板块被集体关注!
私募排排网· 2025-09-30 12:00
Core Viewpoint - Foreign public funds are increasingly investing in the Chinese market, with major firms like Morgan Stanley and Lipper announcing significant capital injections and expressing optimism about the market's potential [1] Group 1: Foreign Fund Activities - Morgan Stanley Investment Management's report indicates that Chinese assets are crucial in the global asset allocation rebalancing process, suggesting potential structural market opportunities in the second half of the year [1] - Lipper Fund's July report states that conditions for an upward trend in A-shares are forming, with the market awaiting more definitive factors [1] - Over 30 new funds have been launched by foreign public institutions such as Lipper, Fidelity, and Morgan funds, indicating a strong interest in A-share companies [1] Group 2: Company Research and Performance - Morgan Fund conducted research on 38 companies in the past month, with notable focus on companies like Jing Sheng Jidian, which was researched twice, and has seen a price increase of 53.31% in the last month [5] - Among the companies researched by Morgan Stanley, 18 have seen price increases of over 50% this year, with 8 companies doubling their stock prices, particularly in the semiconductor sector [6] - SourceJet Technology has experienced a remarkable year-to-date increase of 173.27%, attributed to the booming demand for computing power, with a recent monthly increase of 23.92% [8] Group 3: Sector Insights - The semiconductor industry is highlighted as a key area of interest, with multiple companies being researched and showing significant price increases [9] - The storage chip industry is undergoing a supply-demand restructuring due to the AI computing power revolution, leading to price increases for various memory products [11] - The report indicates that the semiconductor and general equipment sectors have the highest number of companies researched by foreign funds, reflecting their growing importance in the market [12]
【最全】2025年光电芯片行业上市公司全方位对比(附业务布局汇总、业绩对比、业务规划等)
Qian Zhan Wang· 2025-09-10 06:07
Summary of Key Points Core Viewpoint The article provides an overview of the optoelectronic chip industry in China, highlighting key listed companies, their market positions, product offerings, and revenue projections for 2024. Group 1: Overview of Listed Companies - The main listed companies in the optoelectronic chip sector include Yuanjie Technology, Changguang Huaxin, Guangxun Technology, Shijia Photon, and Huagong Technology [1]. - The number of listed companies in the optoelectronic chip industry in A-shares is relatively small [1]. Group 2: Company Information and Market Position - Huagong Technology, established in 1999, has the highest registered capital at 1,005.50 million yuan, while Yuanjie Technology, founded in 2013, has the lowest at 85.95 million yuan [8]. - Guangxun Technology leads in patent numbers with 1,765, while Yuanjie Technology has the least with 34 [8]. - In terms of total market capitalization, Huagong Technology is at 50.335 billion yuan, while Changguang Huaxin is the lowest at 13.385 billion yuan [8]. Group 3: Product Layout and Capacity Comparison - Yuanjie Technology focuses on 100G EML laser chips and 25G DFB chips, with a planned production capacity of approximately 960,000 chips per year by 2024 and 20 million chips per year by 2026 [11][12]. - Changguang Huaxin plans to produce 100 million chips annually starting in 2025, covering multiple wavelength bands [11]. - Guangxun Technology has an annual production capacity of 120 million chips [11]. Group 4: Revenue Projections - For 2024, Yuanjie Technology's optoelectronic chip business is projected to account for nearly 100% of its total revenue, while Changguang Huaxin and Shijia Photon have relatively lower contributions [13]. Group 5: Business Planning and Development Strategies - Companies are focusing on technology research and development, product layout, market expansion, and capacity construction, with each having distinct strategies [13]. - Yuanjie Technology aims to enhance its high-end product offerings and expand into data center markets, while Changguang Huaxin is developing next-generation optical chip platform technologies [14].
视频 | 长光华芯闵大勇:全球高速光芯片短缺,中国企业可以找到突破口
Zhong Guo Jing Ying Bao· 2025-08-09 05:59
Core Insights - The global market for high-speed optical chips is primarily located in the United States, with major suppliers based in the U.S. and Japan [2] - There is currently a supply shortage in the high-speed optical chip market, but suppliers in the U.S. and Japan are cautious about expanding production, creating an opportunity for Chinese high-end data communication chip companies [2]