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“AI光芯片第一股”要来了 有投资人已豪赚40倍

陈美 2026-04-16 08:59
陈美 2026/04/16 08:59

邦小白快读

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曦智科技即将成为全球AI硅光芯片第一股,技术领先且增长迅猛,投资回报丰厚。

1. 公司背景:由MIT物理学博士沈亦晨2017年创立,聚焦光电混合算力,核心技术包括片上光网络(oNOC)、片间光网络(oNET)和光子矩阵计算(oMAC)。

2. 产品优势:旗舰产品PACE系列加速卡如曦智天枢(PACE2),单芯片集成超4万个光子器件,运行特定算法延迟较GPU有数量级优势;光跃128超节点产品训练模型性能提升,传输延迟降低90%以上。

3. 市场表现:2023年营收3823.5万元,2025年飙升至1.06亿元,年复合增长率66.9%;光互连业务占营收近八成,光计算业务2025年收入2020万元,同比大增579%。

4. 投资机会:光芯片板块全线爆发,A股光通信指数年内大涨近90%;曦智科技A轮投资人潜在回报41.57倍,B轮3.37倍,C轮1.75倍,种子轮回报更高。

5. 未来展望:IPO后市值取决于商业化落地速度、PACE3等产品研发进展及AI算力需求持续度;市场认可光取代电成为下一代算力核心。

曦智科技在AI光芯片领域品牌影响力强,产品研发创新驱动消费趋势。

1. 品牌营销:通过技术突破和IPO提升知名度,股东包括百度、腾讯等巨头,形成产业资本与风投协同格局;市场反馈积极,光计算业务爆发增长。

2. 产品研发:推出PACE系列光电混合计算加速卡,如全球首款TSV封装的PACE2,性能优势明显;光跃128超节点产品实现模型切换延迟微秒级,契合AI大模型迭代需求。

3. 消费趋势:AI算力需求指数级增长,数据中心面临“算力不够用、能耗太惊人”瓶颈,光子技术成为新趋势;用户行为显示光互连业务占主导,光计算业务快速崛起为第二增长曲线。

4. 代表企业案例:曦智科技营收年复合增长66.9%,2025年光计算业务收入同比大增579%,体现品牌在差异化赛道先发优势。

5. 品牌渠道与定价:虽未直接提及,但技术优势可能支撑高端定价;商业合作如股东中国移动参与,启示渠道建设整合产业资源。

光芯片市场增长机会显著,曦智科技上市带来投资启示和风险提示。

1. 增长市场:AI算力需求爆发推动光通信板块暴涨,A股光通信指数年内大涨近90%,核心标的中际旭创涨幅412%,新易盛涨幅227%。

2. 机会提示:投资曦智科技早期轮次回报丰厚,A轮潜在浮盈41.57倍,B轮3.37倍;光模块技术迭代如1.6T规模化放量,供需紧张带来商机。

3. 可学习点:曦智科技采用光电混合算力差异化赛道,核心技术构建壁垒;商业模式中光互连业务规模化发展,2025年收入占比近八成。

4. 风险提示:商业化落地速度、下一代产品研发进展及全球AI需求景气度影响未来市值;事件应对如市场资金持续流入,但需规避泡沫风险。

5. 合作方式:股东结构显示产业资本如中国移动、上海国投孚腾资本参与C轮融资,提供扶持政策;最新商业模式启示卖家关注技术合作,如光互连解决方案。

曦智科技的光芯片技术为生产提供新机遇,推进数字化和电商启示。

1. 产品生产需求:核心技术如TSV封装实现单芯片集成超4万个光子器件,生产需高精度制造;光跃128超节点产品涉及光交换设计,启示工厂优化生产流程。

2. 商业机会:AI算力需求指数级增长,光模块供需紧张,市场扩大;曦智科技营收2025年达1.06亿元,光互连业务占主导,显示光芯片生产需求旺盛。

3. 推进数字化启示:光电混合算力解决传统电子算力瓶颈,降低能耗90%以上,启示工厂采用新技术提升效率;应用于数据中心,促进电商基础设施数字化升级。

4. 代表企业案例:曦智科技年复合增长66.9%,光计算业务爆发增长579%,体现生产规模化潜力;技术如oMAC光子矩阵计算,可整合到工厂自动化系统。

5. 设计需求:产品性能优势如延迟降低,要求工厂创新设计;商业机会中,市场对光取代电的认可,推动工厂转型光器件生产。

AI光芯片行业趋势向上,新技术有效解决客户痛点。

1. 行业发展趋势:光芯片概念股全线爆发,受益于AI大模型迭代加速,数据中心算力需求指数级增长;市场资金持续流入光通信领域,指数年内大涨近90%。

2. 新技术:曦智科技的光电混合算力技术,包括oNOC、oNET和oMAC核心,旗舰产品PACE2运行算法延迟较GPU有优势;光跃128超节点降低传输延迟90%以上,实现微秒级切换。

3. 客户痛点:传统电子算力逼近物理极限,面临“算力不够用、能耗太惊人”瓶颈;AI产业发展受制约,需高效低耗解决方案。

4. 解决方案:PACE系列加速卡提供“又快又省”算力,训练模型性能显著提升;光互连业务规模化服务数据中心,2025年收入占比近八成。

5. 案例:曦智科技光计算业务2025年收入同比大增579%,解决客户需求;代表企业如中际旭创涨幅412%,体现服务商可整合光模块技术。

AI算力需求对平台提出新要求,曦智科技技术可整合优化运营。

1. 商业对平台需求和问题:数据中心需高效算力解决方案以应对能耗瓶颈;曦智科技产品如光跃128超节点降低延迟90%,启示平台需提升传输效率。

2. 平台最新做法:虽未直接提及,但股东腾讯、百度参与融资,可能涉及云平台合作;光互连业务规模化发展,2025年收入1.06亿元,显示平台可整合光芯片服务。

3. 平台招商:曦智科技股东包括中国移动、上海国投孚腾资本,提供资本扶持;IPO后可能吸引更多平台合作,招商启示关注光芯片技术整合。

4. 运营管理:产品性能优势如PACE2延迟低,启示平台优化算力管理;营收复合增长66.9%,体现运营效率提升空间。

5. 风向规避:市场光通信板块暴涨,但需关注商业化落地风险;平台应规避泡沫,聚焦真实需求如AI算力持续增长。

光芯片产业新动向涌现,商业模式创新提供政策启示。

1. 产业新动向:光取代电成为下一代算力核心趋势,曦智科技冲刺“全球AI硅光芯片第一股”;市场光芯片板块全线爆发,指数年内大涨近90%。

2. 新问题:传统电子算力逼近物理极限,晶体管微缩放缓,导致“算力不够用、能耗太惊人”瓶颈;AI大模型迭代加速需求新解决方案。

3. 政策法规建议和启示:虽无直接政策,但技术突破如光子矩阵计算(oMAC),启示支持光芯片研发政策;国家队资本如中国移动参与,推动产业规模化。

4. 商业模式:曦智科技营收年复合增长66.9%,光互连业务占主导,光计算业务快速崛起;投资回报显示A轮浮盈41.57倍,成为硬科技经典案例。

5. 代表观点:创始人沈亦晨洞察光子潜力,MIT研究背景;产业动向中,光模块技术迭代解决供需问题,研究者可深挖光子技术应用。

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Quick Summary

Luminous Intelligence (Xizhi Technology) is poised to become the world's first listed company specializing in AI silicon photonic chips, showcasing significant technological leadership and rapid growth with substantial investment returns.

1. Company Background: Founded in 2017 by Dr. Shen Yichen, a MIT Ph.D. in physics, the company focuses on optoelectronic hybrid computing. Its core technologies include on-chip optical network (oNOC), inter-chip optical network (oNET), and photonic matrix computation (oMAC).

2. Product Advantages: Its flagship PACE series accelerator cards, such as the PACE2, integrate over 40,000 photonic devices on a single chip, offering orders of magnitude lower latency for specific algorithms compared to GPUs. The LightLeap 128 super-node product significantly boosts model training performance, reducing transmission latency by over 90%.

3. Market Performance: Revenue surged from RMB 38.235 million in 2023 to RMB 106 million in 2025, representing a CAGR of 66.9%. Optical interconnect business accounts for nearly 80% of revenue, while optical computing revenue skyrocketed 579% year-on-year to RMB 20.2 million in 2025.

4. Investment Opportunity: The photonic chip sector is booming, with the A-share optical communication index surging nearly 90% year-to-date. Early investors in Luminous saw potential returns of 41.57x for Series A, 3.37x for Series B, and 1.75x for Series C, with even higher multiples for seed rounds.

5. Future Outlook: Post-IPO valuation will depend on the speed of commercial deployment, progress of products like PACE3, and sustained AI computing demand. The market increasingly recognizes photonics as the core of next-generation computing, replacing electronics.

Luminous Intelligence holds strong brand influence in the AI photonic chip space, driven by product innovation that shapes consumption trends.

1. Brand Marketing: Its brand visibility is elevated through technological breakthroughs and its upcoming IPO. Shareholders include tech giants like Baidu and Tencent, creating a synergistic model of industrial and venture capital. Market feedback is positive, with the optical computing business experiencing explosive growth.

2. Product R&D: The launch of the PACE series optoelectronic hybrid accelerator cards, including the world's first TSV-packaged PACE2, demonstrates clear performance advantages. The LightLeap 128 super-node achieves microsecond-level model switching latency, aligning perfectly with the rapid iteration needs of large AI models.

3. Consumer Trends: Exponential growth in AI computing demand creates data center bottlenecks of insufficient power and excessive energy consumption, making photonic technology a key trend. User behavior shows the optical interconnect business is dominant, while optical computing is rapidly emerging as a second growth curve.

4. Case Study: Luminous's 66.9% revenue CAGR and the 579% surge in its 2025 optical computing revenue exemplify the brand's first-mover advantage in a differentiated technological lane.

5. Channels & Pricing: While not explicitly stated, its technological superiority likely supports a premium pricing strategy. Commercial collaborations, such as with shareholder China Mobile, suggest channel strategies that integrate industrial resources.

The photonic chip market offers significant growth opportunities, with Luminous's IPO providing key investment insights and risk considerations.

1. Growth Market: Surging AI computing demand has propelled the optical communication sector, with the A-share index up nearly 90% YTD. Key stocks like Zhongji Innolight rose 412% and Eoptolink rose 227%.

2. Opportunity Highlights: Early investment in Luminous yielded substantial returns: Series A investors saw potential gains of 41.57x, and Series B 3.37x. Technology iterations like the scaling of 1.6T optical modules create business opportunities amid supply-demand tightness.

3. Key Learnings: Luminous's strategy focuses on the differentiated optoelectronic hybrid computing lane, building barriers with core IP. Its business model shows scalable development in optical interconnects, contributing nearly 80% of 2025 revenue.

4. Risk Warnings: Future valuation hinges on commercialization speed, next-gen product development, and global AI demand. While market capital inflows continue, potential bubble risks require caution.

5. Collaboration Models: The shareholder structure, including industrial capital from China Mobile and Shanghai Guotou Futen Capital in Series C, indicates strong support. The latest business model suggests sellers should explore technical collaborations, such as optical interconnect solutions.

Luminous's photonic chip technology presents new opportunities for manufacturing, offering insights for digitalization and e-commerce.

1. Production Requirements: Core technologies like TSV packaging enable single-chip integration of over 40,000 photonic devices, demanding high-precision manufacturing. The LightLeap 128 super-node's optical switching design suggests factories need to optimize production processes.

2. Business Opportunities: Exponential AI computing demand and tight supply for optical modules expand the market. Luminous's 2025 revenue of RMB 106 million, dominated by optical interconnects, indicates robust demand for photonic chip production.

3. Digitalization Insights: Optoelectronic hybrid computing addresses bottlenecks of traditional electronic computing, reducing energy consumption by over 90%. This offers factories a path to enhance efficiency through new technologies, applicable to data centers and e-commerce infrastructure upgrades.

4. Case Study: Luminous's 66.9% CAGR and the 579% explosion in its optical computing business demonstrate the potential for production scale. Technologies like oMAC can be integrated into factory automation systems.

5. Design Needs: Product advantages like latency reduction require innovative factory design. Market recognition of photonics replacing electronics drives factory transformation towards photonic component production.

The AI photonic chip industry shows a strong upward trend, with new technologies effectively solving key customer pain points.

1. Industry Trend: Photonic chip stocks are booming, fueled by accelerated iteration of large AI models and exponential growth in data center computing demand. Capital continues flowing into optical communications, with the index up nearly 90% YTD.

2. New Technology: Luminous's optoelectronic hybrid computing technology, including core oNOC, oNET, and oMAC, gives its flagship PACE2 an advantage in algorithm latency over GPUs. The LightLeap 128 super-node reduces transmission latency by over 90%, enabling microsecond-level switching.

3. Customer Pain Points: Traditional electronic computing is nearing physical limits, facing bottlenecks of insufficient power and prohibitive energy consumption, constraining AI industry development and creating demand for efficient, low-power solutions.

4. Solution: The PACE series accelerator cards provide 'faster and more economical' computing, significantly improving model training performance. The scaled optical interconnect business serves data centers, accounting for nearly 80% of 2025 revenue.

5. Case: Luminous's optical computing revenue surged 579% YoY in 2025, addressing customer needs. The performance of related companies like Zhongji Innolight (up 412%) shows service providers can integrate optical module technologies.

AI computing demands impose new requirements on platforms, and Luminous's technology can be integrated to optimize operations.

1. Platform Needs & Challenges: Data centers require efficient computing solutions to address energy bottlenecks. Products like the LightLeap 128 super-node, which reduces latency by 90%, highlight the need for platforms to improve transmission efficiency.

2. Latest Platform Practices: While not explicitly stated, shareholder participation from Tencent and Baidu suggests potential cloud platform collaboration. The scaled development of the optical interconnect business, generating RMB 106 million in 2025 revenue, indicates platforms can integrate photonic chip services.

3. Platform Partnering: Shareholders like China Mobile and Shanghai Guotou Futen Capital provide capital support. The IPO may attract more platform partnerships, suggesting a focus on integrating photonic chip technology for business development.

4. Operations Management: Product advantages like the low latency of PACE2 suggest platforms can optimize computing resource management. The 66.9% revenue CAGR indicates room for operational efficiency gains.

5. Risk Mitigation: While the optical communication sector is surging, platforms must monitor commercialization risks and avoid bubbles, focusing on genuine demand like sustained AI computing growth.

New developments are emerging in the photonic chip industry, with innovative business models offering policy implications.

1. Industry Developments: The trend of 'photons replacing electrons' as the core of next-generation computing is gaining traction, exemplified by Luminous's bid to become the 'world's first AI silicon photonic chip stock.' The photonic chip sector is booming, with the index up nearly 90% YTD.

2. New Challenges: Traditional electronic computing is approaching physical limits as transistor scaling slows, leading to bottlenecks of insufficient computing power and alarming energy consumption. Accelerated iteration of large AI models demands new solutions.

3. Policy Implications: While no direct policies are mentioned, breakthroughs like photonic matrix computation (oMAC) suggest the need for policies supporting photonic chip R&D. Participation from state-backed capital like China Mobile promotes industrial scaling.

4. Business Model: Luminous achieves a 66.9% revenue CAGR, with optical interconnects dominating and optical computing rising rapidly. Investment returns, such as the 41.57x potential gain for Series A, make it a classic hard-tech case study.

5. Representative Views: Founder Shen Yichen's insights into photonic potential, backed by his MIT research background, are key. Industry developments, such as optical module iterations solving supply-demand issues, offer rich avenues for researchers to explore photonic technology applications.

Disclaimer: The "Quick Summary" content is entirely generated by AI. Please exercise discretion when interpreting the information. For issues or corrections, please email run@ebrun.com .

I am a Brand Seller Factory Service Provider Marketplace Seller Researcher Read it again.

4月13日,大模型第一股智谱AI(02513.HK)盘中突破1000港元,成为又一家股价破千元的AI科技巨头;与此同时,作为AI算力“卖铲人”,光芯片、光模块板块也全线爆发。其中,源杰科技(688498)年内涨幅高达97%,盘中屡创新高,股价最高触及1322元,成为寒武纪、“易中天”之后,股价涨势最凌厉的公司之一。

在此背景下,一家从上海走出来的企业——上海曦智科技股份有限公司(简称,曦智科技),近日成功通过港交所IPO聆讯,即将登陆港股市场。

招股书显示,曦智科技由麻省理工学院物理学博士沈亦晨,于2017年创立。该公司以光电混合算力为突破口,聚焦于为AI大模型、数据中心做“提速降耗”的下一代算力服务。

IPO前,曦智科技最后一轮投后估值为78亿元。而放眼整个芯片赛道,已上市的沐曦股份(688802.SH)、壁仞科技(6082.HK),在资本市场上市值分别达到2400亿元、826亿港元。巨大估值差下,一个超级IPO正蓄势待发。

MIT物理学博士创业

冲刺“全球AI硅光芯片第一股”

翻开曦智科技的招股书,最引人注目的,莫过于创始人——沈亦晨。这位毕业于MIT物理学的博士,是一位不折不扣的“追光者”。2017年,他带着实验室里的技术突破,在上海点燃创业的火种。

随着AI大模型迭代加速、数据中心算力需求呈指数级暴涨,传统电子算力已逼近物理极限。晶体管微缩带来的性能提升日渐放缓,“算力不够用、能耗太惊人”的困局,成为制约AI产业发展的关键瓶颈。而沈亦晨在MIT攻读博士期间,便深耕光子技术研究,他敏锐地洞察到光子作为算力载体的巨大潜力。

在此背景下,沈亦晨依然决定从名校毕业后,即投身产业,进行创业。依托自研的片上光网络(oNOC)、片间光网络(oNET)及光子矩阵计算(oMAC)三大核心技术,曦智科技迅速构建起产品壁垒。其旗舰产品PACE系列光电混合计算加速卡,成为行业标杆。

特别是全球首款三维硅通孔(TSV)封装的PACE2(曦智天枢),单芯片集成超4万个光子器件,运行特定算法的延迟较高端GPU有数量级的优势,真正实现了算力的“又快又省”。而其在今年AWE上最新推出的国内首款光交换光互连超节点产品,光跃128超节点,在同等规模下训练DeepSeek V3 671B模型的性能较非超节点集群显著提升,模型切换延迟低至微秒级,传输延迟相较传统电交换降低90%以上。

市场的反馈,也十分诚实。2023年-2025年,曦智科技营收呈现增长态势,从2023年的3823.5万元飙升至2025年的1.06亿元,年复合增长率高达66.9%。其中,作为核心营收支柱的光互连业务,2025年收入占比近八成;而光计算业务也展现出惊人爆发力:2025年实现销售收入2020万元,同比大增579%,占总营收比重从2024年不足5%快速提升至20.8%,成为第二增长曲线。

根据披露,曦智科技通过聆讯后,最快将于4月底启动新股发行,剑指“全球AI硅光芯片第一股”。

估值78亿

中科创星、中移动、上海国投孚腾资本是股东

从股东阵容上看,曦智科技的投资人名单十分“豪华”。除沈亦晨博士作为单一最大股东之外,曦智科技还汇聚了百度、经纬创投、中科创星、祥峰投资、峰瑞资本、和利资本、上海科创基金、红杉中国、腾讯、中金资本、中国移动、中国国新、上海国投孚腾资本、浦东创投等一众明星机构,形成了创始人主导,产业资本、顶级风投与国家队协同加持的格局。

具体来看,百度布局最早,于2018年参与公司种子轮融资,其与真格基金共同为初创期的曦智科技,提供1070万美元种子资金,成为最早认可其技术潜力的机构之一。经纬创投、中金资本紧随其后,两者在2020年的A轮融资中联合领投了该轮2600万美元融资,推动公司技术产品化进程。

同样,中科创星与祥峰投资也在A轮融资入局。投中网了解到,中科创星是曦智科技在该轮融资中,最早确定投资的机构。出手后,中科创星也持续加码,一路陪伴公司成长。而峰瑞资本也在2017年11月、2020年1月参与A轮、A+轮,成为早期投资人一员。

发展过程中,红杉中国逐渐入局,最终以3.02%的持股,成为顶级风投加持的代表;腾讯则在后期融资中布局,于2025年C轮融资中继续追投,最终持有4.19%的股份。此外,国家队与产业资本的出手,集中于2024年-2025年的C轮系列融资中。

在该系列融资中,上海国投孚腾资本作为核心投资方,重磅参与了2025年超15亿元的C轮融资,中国移动、中国国新也同步参与,进一步夯实公司资本实力的同时,也推动其商业规模化发展。

值得一提的是,在沐曦股份上赚得盆满钵满的和利资本,也现身曦智科技A+轮投资方名单中。招股书显示,和利资本于2020年7月出手数千万美元,每股成本为17.92元,成为曦智科技的早期股东之一。

作为A轮的基石投资人,中科创星创始合伙人米磊在谈及该笔投资时表示,基于深厚的学术背景和对硅光技术的长期关注,中科创星一直紧跟学术前沿进展。

2017年,当沈亦晨以第一作者身份,在《自然·光子》杂志发表名为《由纳米光学回路实现的深度学习》的封面文章,提出利用“片上集成光路”进行深度学习计算的方法后,中科创星便关注到了沈亦晨博士。很快,米磊迅速安排团队跟进。尽管多次沟通后,于2019年5月邀请沈亦晨到西安深入交流。

“当时,米磊在现场就做出了投资的决策,成为曦智科技A轮融资中最早确定入局的机构。”中科创星回忆称。最终,中科创星分别以北京一期基金和先导光电基金,共计投资3680万元,对应上市前股份比例为2.83%。

此外,2022年8月,中科创星又通过光子基金继续追投3100多万元,对应上市前股份比例为0.51%。这使得在上市前,中科创星的持股占比攀升至3.34%,成为重要股东之一。

如今,站在资本市场大门前,这些率先在实验室“追光”阶段便播下种子,以及在后续发展中持续扶持“种子发芽”的机构,也即将迎来投资回报,收获一个重量级IPO。

光芯片概念股全线爆发

投资人又赚翻了

就在曦智科技通过聆讯的前后,投中网注意到,A股及港股的光芯片、光通信板块迎来史诗级“暴涨”。截至4月14日,A股光通信指数年内大涨近90%,光纤指数大涨88.6%,连续创历史新高;年内多只核心标的,股价也大幅上涨。例如,中际旭创(300308)涨幅达412%,新易盛(300502)涨幅达227%,长飞光纤(601869)涨幅达183%等。

而光通信板块走强,最主要的原因是受益于AI算力需求爆发、光模块技术迭代,特别是1.6T光模块规模化放量、光芯片及光模块供需紧张等因素,使得市场资金持续流入光通信领域。

同时,暴涨的背后,也折射出市场对“光”取代“电”,成为下一代算力基础设施中核心地位的高度认可。身处这一变革之中,专注于AI光芯片领域的曦智科技,刚好契合了这一风口。

作为剑指“全球AI硅光芯片第一股”的曦智科技,其稀缺性自然不言而喻。参照已上市的同行,尽管曦智科技目前体量尚小,2025年收入刚过亿元,但其高达66.9%的复合增长率、以及“光电混合算力”这一差异化赛道的先发优势,让其在上市后具备想象空间。

对于投资人而言,这场长达八年的“耐心长跑”,也将迎来兑现时刻。而回溯曦智科技的融资历程,一条清晰的资本增值曲线已跃然纸上。

招股书显示,作为早期投资人,曦智科技的A轮投前估值仅为1.87亿元,A+轮及A2轮也只攀升至4.96亿元;成长期中,曦智科技在B轮和B+轮的估值稳步增长,分别达到23.12亿元与31.37亿元。

C系列冲刺轮中,曦智科技估值再次涨至44.57亿元。对比最后一轮78亿元的投后估值,在这一连串的数字之下,A轮、B轮,乃至C轮的投资人已分别实现41.57倍、3.37倍、1.75倍的账面浮盈。

当然,在这场资本盛宴中,作为最早入局的种子轮投资人,无疑是最大赢家。尤其是百度风投与真格基金,其在2018年便以1070万美元种子轮资金入局,持股成本极低,以此计算,其潜在回报倍数最为丰厚。倘若参考近期登陆资本市场的AI硬件公司,那么上市后,包括曦智科技种子、A轮,甚至是B轮和C轮的中后期投资方,其账面浮盈还将进一步打开,成为硬科技领域又一笔经典案例。

眼下,AI浪起,资本市场也从不缺少“故事”与“造富神话”。然而,对于曦智科技而言,最终能撑起多少市值,仍取决于其商业化落地的速度、PACE3等下一代产品的研发进展,以及全球AI算力需求的持续景气程度。

但无论如何,这些率先在实验室“追光”阶段便播下种子的机构,即将收获一个重磅IPO已是不争的事实。只是,这一次投资人究竟能赚多少?答案,就在曦智科技登陆港交所的首个交易日中。

注:文/陈美,文章来源:投中网(公众号ID:China-Venture),本文为作者独立观点,不代表亿邦动力立场。

文章来源:投中网

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