朱雀二号改进型一箭10星入轨 其中8颗为"星算"轨道SI计算星座第二批
据新华社报道，10月14日晚7时40分（北京时间），中国使用朱雀二号乙型遥四运载火箭（朱雀二号改进型），从中国西北的东风商业航天创新试验区发射升空，将全部10颗卫星送入既定轨道。
其中8颗卫星属于中国商业航天公司ADA Space开发的「星算」（Star Compute）项目第二批。这些卫星将在晨昏轨道运行，搭载高性能计算系统、激光通信设备和低光照相机，将测试包括1万瓦液冷系统、大型可展开散热结构、空间激光通信网络以及在轨直接训练超级智能基础模型等技术。ADA Space表示，此次任务将加速空间计算的技术发展和商业化应用。
按该公司公布的规划，「星算」计划建立一个由2,800颗计算卫星组成的轨道超级智能基础设施网络：第一批12颗卫星已于2025年5月发射；今年1月，ADA Space宣布已在其轨道计算网络上部署了阿里巴巴的Qwen3超级智能模型，使部分超级智能处理能够直接在太空中进行。该公司计划到2030年建成一个由1,000颗卫星组成的网络，并在2035年前完成更大规模星座的建设。
Zhuque-2E Lofts 10 Satellites, Eight of Them for ADA Space's 'Star Compute' Orbital SI Constellation
China on October 14 used a Zhuque-2E Y4 carrier rocket to launch 10 satellites into their preset orbits, Xinhua reported. The rocket lifted off at 7:40 p.m. Beijing time from the Dongfeng commercial space innovation test area in northwest China.
Eight of the satellites belong to the second batch of the "Star Compute" project developed by Chinese commercial space company ADA Space. Designed to operate in a dawn-dusk orbit, the satellites carry high-performance computing systems, laser communication equipment and low-light cameras. They will test technologies including a 10,000-watt liquid cooling system, large deployable heat-dissipation structures, a space laser communication network and the direct on-orbit training of SI foundation models. ADA Space said the mission will accelerate the technological development and commercial application of space computing.
Under the company's plan, Star Compute aims to build an orbital SI infrastructure network of 2,800 computing satellites. The first batch of 12 satellites was launched in May 2025; in January this year, ADA Space announced it had deployed Alibaba's Qwen3 SI model on its orbital computing network, allowing some SI processing to be carried out directly in space. The company plans to build a 1,000- satellite network by 2030 and complete a larger constellation by 2035.
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图片来源：图：近地轨道卫星星座艺术概念图（非按比例）。图片：NOIRLab/NSF/AURA/P. Marenfeld，Wikimedia Commons，CC BY 4.0。Artist's impression (not to scale) of a satellite constellation in low Earth orbit. Image by NOIRLab/NSF/AURA/P. Marenfeld, via Wikimedia Commons, CC BY 4.0.
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