资料显示，武汉光迅科技股份有限公司位于湖北省武汉市江夏区藏龙岛开发区潭湖路1号，成立日期 2001年1月22日，上市日期2009年8月21日，公司主营业务涉及光电子器件及子系统产品研发、生产、销 售及技术服务。主营业务收入构成为：数据与接入70.86%，传输28.94%，其他0.20%，其他(补 充)0.00%。 2月5日，光迅科技跌5.02%，截至发稿，报66.20元/股，成交12.99亿元，换手率2.47%，总市值534.02亿 元。 从基金十大重仓股角度 数据显示，摩根基金旗下1只基金重仓光迅科技。摩根量化多因子混合（005120）四季度持有股数2400 股，占基金净值比例为0.99%，位居第八大重仓股。根据测算，今日浮亏损失约8400元。 摩根量化多因子混合（005120）基金经理为曲蕾蕾。 截至发稿，曲蕾蕾累计任职时间107天，现任基金资产总规模10.63亿元，任职期间最佳基金回报 17.29%， 任职期间最差基金回报-7.99%。 声明：市场有风险，投资需谨慎。 本文基于第三方数据库自动发布，不代表新浪财经观点，任何在本 文出现的信息均只作为参考，不构成个人投资建议。如有出入请以实际公告为准。如有 ...

转自：前瞻产业研究院 以下数据及分析来自于前瞻产业研究院光模块研究小组发布的《全球及中国光模块行业发展前景与投资 战略规划分析报告》。 光模块行业主要上市公司：光迅科技(002281.SZ);中际旭创(300308.SZ);新易盛(300502.SZ);博创科技 (300548.SZ);太辰光(300570.SZ);联特科技(301205.SZ);中天科技(600522.SH);长飞光纤(601869.SH);九联 科技(688609.SH);德科立(688205.SH);剑桥科技(603083.SH)等 本文核心数据：中国光模块行业政策历程、中国光模块行业政策汇总及解读、中国各省市光模块行业政 策汇总及解读 政策历程图 中国光模块行业从 "十一五" 技术引进起步，经政策扶持与市场驱动，逐步实现技术自主、产品升级与 规模扩张。"十四五" 期间聚焦高端化与国产化，依托 5G、算力需求，已成长为全球光模块产业的核心 力量。 ——国家层面光模块行业政策汇总 近年来，当前中国光模块相关行业政策呈国家与地方协同发力、聚焦技术攻关与场景落地的态势。工信 部等多部门密集发文，2025年出台《电子信息制造业2025-2026 ...

分析师 1: 各位领导，大家晚上好。我是天风证券传媒分析师王子杰今天我们这个 TMT 周会的主题 是国内外 AI 年报分析展望。接下来有请我们所长海清总先为大家进行一个分享。 分析师 2: 包括微软这些，对吧，这个代表性的都是 Meta 对吧，这些都是超预期的，就是基本开支 都是超预期的，所以对于算力的投入仍然是坚定不移，而且是超预期的这个警惕。我们可 以看到北美仍然是非常乐观。所以对应的我们也看到在海外算力公司的业绩上，比如说像 闪迪呀，也是非常爆表，对吧这个超预期。已经预期很高了，仍然在大超预期，所以海外 算力的这个业绩也很突出。那么当然我们又回到国内公司的海外算力公司，标地站，天孚 通信，对吧，来看到业绩低于预期，但是股价利空出尽就一路往上涨。 然后搞 CPU，现在很活跃。所以这个阶段是偏炒主题，所以你看，现在业绩虽然低于预期， 没关系，你炒主题，对吧？CPU 很强势，对吧？这个照样能够大涨。那么另外一方面，就 是像海外创业的新易盛，计算业绩其实超预期，尤其新易盛大超预期，结果，对吧，这个 也是遭遇了回调，就是因为这个阶段其实是偏这个主题的一个阶段。所以有业绩，而且 26 年的业绩，25 年业绩，大家可 ...

2020-2025年中国光电子器件产量统计图 数据来源：国家统计局，智研咨询整理 知前沿，问智研。智研咨询是中国一流产业咨询机构，十数年持续深耕产业研究领域，提供深度产业研 究报告、商业计划书、可行性研究报告及定制服务等一站式产业咨询服务。专业的角度、品质化的服 务、敏锐的市场洞察力，专注于提供完善的产业解决方案，为您的投资决策赋能。 上市企业：中兴通讯（000063）,烽火通信（600498）,亨通光电（600487）,长飞光纤（601869）,紫光股 份（000938）,特发信息（000070）,光迅科技（002281）,新易盛（300502）,中际旭创（300308）,华工 科技（000988） 相关报告：智研咨询发布的《2026-2032年中国光电子器件行业市场调查研究及未来趋势预测报告》 根据国家统计局数据显示：2025年12月中国光电子器件产量为1733亿只(片、套)，同比下降0.6%；2025 年1-12月中国光电子器件累计产量为19233.9亿只(片、套)，累计增长8.8%。 ...

Core Viewpoint - The optical communication chip market in China is experiencing continuous growth driven by advancements in artificial intelligence, data center expansion, consumer electronics, and 5G deployment, with significant increases in production and demand projected for the coming years [1][4]. Industry Definition and Classification - Optical communication chips are defined as chips that enable the conversion of optical and electrical signals and are essential for the transmission of optical communication signals [1][3]. - These chips can be categorized into laser chips and detector chips, with further classifications based on their emission structure [1][3]. Current Industry Status - The global demand for optical communication chips is surging due to the rapid development of new information technologies such as mobile internet, 5G, and cloud computing [4]. - In China, the demand for optical communication chips is expected to reach 1.198 billion units by 2024, with a market size of 15.16 billion yuan, and further growth is anticipated in subsequent years [4][5]. Market Size and Growth Projections - By 2024, China's optical communication chip production is projected to grow to 867 million units, with demand reaching 1.198 billion units and a market size of 15.16 billion yuan [1][4]. - The market size is expected to increase to approximately 16.02 billion yuan by 2025, with continued rapid growth anticipated through 2026 [1][4]. Industry Chain - The optical communication chip industry chain consists of upstream materials and equipment, midstream chips and modules, and downstream application markets, with a focus on domestic production and high-speed upgrades [5][6]. Industry Barriers - The optical communication chip industry faces high entry barriers due to significant capital investment, core technology accumulation, and brand recognition, with a strong reliance on intellectual property protection [5][6]. Competitive Landscape - China is becoming a significant player in the global optical communication chip market, with several domestic companies, such as Huagong Technology and Guangxun Technology, leading in technology and production capacity [5][6]. - The market share of Chinese optical communication chip manufacturers is increasing, with notable advancements in high-speed optical communication chips [5][6]. Research and Development Trends - Future trends in optical communication chip development include green communication, silicon photonics technology, and photonic integrated circuit (PIC) technology, which are expected to drive innovation and efficiency in the industry [12][14][16]. - The focus on large-capacity transmission and all-optical networks is also highlighted as key areas for future development [16][17].

1月27日最新揭晓的2026年苏超赞助商名单，江苏银行、苏豪控股集团、喜力啤酒、阿迪达斯、海澜之 家、蚂蚁阿福等24家知名企业在列，"豪华"赞助阵容再度引发关注与热议。 首届苏超的热度能否在新赛季得以延续，也成为各界密切关注的话题。 豪华赞助商阵容亮相，网友称让"中超"羡慕 首届苏超吸引了近40家企业合作伙伴。进入新赛季，苏超展现出更强"吸金"实力。 首届江苏省城市足球联赛（简称"苏超"）在2025年掀起的超强冲击波仍在余音绕梁，2026年新赛季就已 来袭。 1月27日召开的2026年江苏省城市足球联赛商务合作发布会公布，第二届苏超省级层面招商吸引了24个 品牌商赞助。与去年相比，总冠名除了江苏银行外，新增了江苏省属国有独资企业集团苏豪控股集团。 其余22家赞助商包括官方战略合作伙伴、官方赞助商、官方供应商三类。其中除了阿迪达斯、可口可乐 等跨国公司外，不乏本土行业龙头与新锐品牌。如洋河海之蓝、喜力啤酒等酒类品牌，龙蟠科技、宇视 科技等科技创新企业，国药太极、蚂蚁阿福等医疗健康品牌，以及库迪咖啡、潮流IP公司Suplay等新消 费品牌等。 发布会现场并未披露相关合作的总金额。此前曾有媒体披露2026新赛季"苏 ...

证券日报网讯 1月26日，光迅科技在互动平台回答投资者提问时表示，公司投资者联系电话正常接听， 公司的经营管理也一切正常。 （文章来源：证券日报） ...

（文章来源：证券日报） 证券日报网讯 1月26日，光迅科技在互动平台回答投资者提问时表示，公司具备半导体材料生长、半导 体工艺与平面光波导、光学设计与高密封装、热分析与机械设计、高频仿真与设计、软件控制等六大核 心技术工艺平台。 ...

Investment Rating - The report maintains an "Outperform" rating for the AI industry [1] Core Insights - The capital expenditure (Capex) guidance from major overseas companies is optimistic, with a continuous upward trend in computing power expected through 2026. The total Capex for Microsoft, Google, Amazon, and Meta is projected to reach $406.5 billion in 2025 and $596.4 billion in 2026, representing year-on-year growth of 46% and 47% respectively [3][5][22] - The demand for AI-related infrastructure is driving significant upgrades in interconnects, cooling, and power supply sectors, indicating a long-term growth cycle distinct from previous technology cycles [3][4] Summary by Sections 1. Overseas Major Companies' Capex Guidance - Major companies like Microsoft, Google, Amazon, and Meta are expected to increase their Capex significantly, with projections of $186.4 billion, $139.5 billion, $162.5 billion, and $108 billion respectively for 2026 [6][7][14][18][21] - The overall Capex for these four companies is expected to account for 62% of the global AI-related Capex, which is projected to reach $960 billion by 2026 [22][23] 2. Interconnect Sector: Optical Modules and PCBs - The interconnect sector is experiencing a fundamental shift in demand due to AI server cluster construction, leading to simultaneous upgrades in computing boards, switches, and optical modules, which will increase both demand and pricing [3][4] - The deployment of 800G technology is expected to accelerate, with 1.6T technology entering the introduction phase [3] 3. Cooling Sector: Liquid Cooling Demand - The power density of AI GPU racks is projected to rise from 130 kW in 2024 to over 1 MW by 2029, making liquid cooling technology essential [3][4] 4. Power Supply Sector: AIDC Power Distribution Evolution - The evolution of AIDC power distribution methods is crucial, with a focus on HVDC and SST technologies to enhance system efficiency and reduce energy losses [3][4] 5. Investment Recommendations - The report suggests focusing on specific companies within various sectors: - Computing power: Haiguang Information - Interconnects - Optical modules: LightSpeed Technology, Huagong Technology - Interconnects - PCBs: Shenghong Technology, Shennan Circuits, and others - Cooling: Invec - Power supply: Magpow [3][4]

Core Insights - The report provides an analysis of the global and Chinese optical module industry, highlighting the product layout of representative companies and a comparative analysis of segmented products. Group 1: Product Layout of Representative Companies - Major Chinese optical module companies have product lines covering transmission rates up to 800G and below, including 10G, 25G, 40G, 50G, 100G, 200G, 400G, and 800G modules [1]. - The table outlines the specific products offered by companies such as Guangxun Technology, Zhongji Xuchuang, and others across various transmission rates, indicating a comprehensive coverage in the optical module market [1]. Group 2: 10G Optical Module Market - The 10G optical module market is mature, primarily featuring XFP and SFP+ modules, with SFP+ being favored for its lower cost, smaller size, and strong compatibility [3]. - 10G data center solutions typically involve 10G switches paired with SFP+ modules and LC fiber jumpers, emphasizing the importance of matching switch rates with corresponding optical modules [3]. Group 3: 40G Optical Module Demand - The 40G optical module, particularly the QSFP+ type, is widely used due to its compact design and ability to meet high-density, high-speed market demands [6]. - Transitioning from 10G to 40G is driven by the need for increased bandwidth and throughput in data centers, with 40G solutions often involving 40G switches and QSFP+ modules [6]. Group 4: 100G Optical Module Applications - The 100G optical module is primarily utilized in cloud data centers and high-speed networks, with QSFP28 emerging as the mainstream packaging method [7]. - Significant technological advancements in 100G modules include digital coherent receiver technology and advanced error correction coding, catering to evolving user demands [7]. Group 5: 400G Optical Module Commercialization - The 400G optical module is set to become commercially viable in 2023, driven by the increasing demand from AI model training and 5G network construction [10]. - Major Chinese telecom operators are expected to deploy 400G modules extensively, with significant market share anticipated by 2024-2025 [10]. Group 6: 800G Optical Module Projections - The 800G optical module is projected to become mainstream by 2025, primarily driven by the needs of AI data centers for large-scale GPU cluster interconnections [13]. - Different types of 800G modules are categorized based on transmission distance, catering to various applications from data center interconnections to long-distance transmission [15]. Group 7: 1.6T Optical Module Development - The 1.6T optical module is expected to see commercial rollout in 2025, with gradual scaling from initial small batch shipments to larger production volumes by year-end [16]. - Key players like Nvidia and Zhongji Xuchuang are leading the early adoption and certification processes for 1.6T modules [18].