更多创投报告、数据分析，可点击睿兽分析小程序查看⬇️ 此外，如果您还想 查公司、找项目、看行业，深入了解人形机器人、商业航天、AGI等热门赛 道 ，欢迎加入睿兽分析会员，解锁相关行业图谱和报告等。 （活动期间加入会员可免费获赠一 份产业日报） 直景 P. 1 示 1 17 175 2万+LP数据 全牛命周期 10万+基金数据 独角兽企业 各维度权威榜自 1万+专精特新小巨人 L 4.010 -1 = F 2 5 十千标签 产业图谱 *** Ai新路径·极智新范式 扫码体验「睿兽Ai智能体验」 1.【 分布式智能微机器人可在水中交流协作】 德国开姆尼茨工业大学科学家研制出一种分布式智能 微机器人"smartlets"，其可在水中通信、互相响应与协同作业。该成果被视为微机器人系统迈向智 能协作的重要进展，相关论文发表于最新一期《科学·机器人学》杂志。这些机器人受折纸启发，采 用柔性制造工艺，以智能折叠电路材料为基础，使平面电子系统能自主卷曲并折叠成中空的微型立方 体，具备内外双重功能。这种结构不仅扩展了表面空间，可容纳太阳能收集器、计算单元和光信号系 统，还支持内外表面的交互与运动。 (科技日报) 2.【我国科学 ...

Core Insights - A groundbreaking adaptive, broadband, high-speed wireless communication chip has been developed using advanced thin-film lithium niobate photonic materials, marking a significant achievement in optoelectronic integration technology [1][2] - The chip overcomes the limitations of traditional electronic hardware, which operates only in single frequency bands, by enabling cross-band functionality [1] - The system achieves a transmission rate exceeding 120 gigabits per second, meeting the peak rate requirements for 6G communication [2] Group 1 - The chip integrates capabilities for broadband wireless and optical signal conversion, low-noise carrier signal coordination, and digital baseband modulation, effectively bridging the gap between different frequency devices [1] - The proposed integrated optoelectronic oscillator (OEO) architecture utilizes high-precision optical micro-ring frequency locking, enabling rapid and precise generation of communication signals across a super-wide frequency range from 0.5 GHz to 115 GHz [1] - This innovation addresses previous challenges in balancing bandwidth, noise performance, and reconfigurability, representing a milestone breakthrough in the field [1] Group 2 - The chip is expected to lay the hardware foundation for "AI-native networks," allowing dynamic adjustment of communication parameters to adapt to complex electromagnetic environments [2] - Future applications include enhancing base stations and vehicular devices to accurately sense their surroundings during data transmission, driving upgrades in key components such as broadband antennas and optoelectronic integrated modules [2] - The development paves the way for efficient utilization of frequency spectrum resources in terahertz and higher frequency bands for 6G communication [2]

Group 1 - The first adaptive, full-band, high-speed wireless communication chip based on optoelectronic integration technology has been developed by Chinese scholars, utilizing advanced thin-film lithium niobate photonic materials [1] - The innovative system based on this chip can achieve ultra-high wireless transmission rates exceeding 120 Gbps, breaking the traditional limitation of "one device per frequency band" [1] - This development meets the peak rate requirements for 6G communication and ensures consistent performance across all frequency bands, with no degradation observed in high-frequency performance [1] Group 2 - The full-band reconstruction solution is expected to foster more flexible and intelligent AI wireless networks, potentially reshaping the future wireless communication landscape [1] - This breakthrough lays the hardware foundation for a truly "AI-native network," capable of dynamically adjusting communication parameters through built-in algorithms to adapt to complex electromagnetic environments [1] - It serves as an ideal carrier for integrated communication and sensing systems, enabling future base stations and vehicular devices to accurately perceive their surroundings while transmitting data, achieving "communication equals perception" [1] Group 3 - From an industrial perspective, this breakthrough will significantly drive the upgrade of key components such as broadband antennas and optoelectronic integrated modules, leading to a comprehensive transformation across the entire supply chain from materials and devices to complete systems and networks [1] - Companies such as Feilu Co., Ltd. and Guangxun Technology are mentioned in relation to this development [1]