Beijing Space Computing Innovation Center Releases Space-Ground Integrated Space Computing Cloud Platform
The Beijing Space Computing Innovation Center has released a space-ground integrated space computing cloud platform, which has completed core function development and covers computing resources of more than 40 satellites. The platform achieves unified management and pooled scheduling with ground-based computing power such as CPU, GPU, and NPU, and supports space-ground integrated collaborative scheduling for large-model inference services. A CITIC Securities research report believes that the timeliness of satellite remote sensing data has improved from the hour level to the ten-minute level, and the accelerated networking of remote sensing constellations is driving the realization of fundamentals across the industry chain.
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The platform uniformly manages satellite computing power together with ground-based CPU, GPU, and NPU resources, allowing readers to understand one engineering path for implementing space computing.
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Recently, the Beijing Space Computing Innovation Center released the world's first space-ground integrated space computing cloud platform.
The platform has completed the construction of its core functions, covering the computing resources of more than 40 satellites, and has achieved unified management and pooled scheduling with ground computing resources such as CPUs, GPUs, and NPUs, supporting space-ground integrated collaborative scheduling for large-model inference services.
A research report released by CITIC Securities believes that applications in the field of satellite remote sensing are gradually increasing, data timeliness has gradually improved from the hour level to the ten-minute level, and the accelerated networking of remote sensing constellations is driving the realization of fundamentals across the industrial chain.
As launch capacity continues to break through, networking progress has accelerated significantly since April, the downstream application market is expected to gradually open up, and the industrial chain may accelerate the realization of performance.
CITIC Securities also mentioned that although, due to the objective characteristics of rocket launch capacity, the pace of domestic launches such as reusable launches fluctuates from time to time, it is more important to recognize the potential for exponential growth in the industry after breakthroughs in reusable technology, as well as the broader industrial space for space computing, and recommended focusing on "core assets" and "inflation-linked segments."