China’s Test Network Sends 699 Days of Data in Just 1.6 Hours

- Latest News - December 18, 2025
in the facility experiment 72 tb of data generated by the five hundred meter aperture spherical radio telescope fast in southwest china s guizhou province arrived at huazhong university of science and technology in central china s hubei province in just 1 6 hours photo pixabay
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China’s CENI: Revolutionizing Data Transmission with FAST Telescope

In an impressive technological feat, the Five-hundred-meter Aperture Spherical Telescope (FAST) has transferred a whopping 72 terabytes of data to Huazhong University of Science and Technology in just 1.6 hours. To put that into perspective, transmitting that amount of data via traditional internet would typically take around 699 days! This remarkable advancement underscores the incredible capabilities of China’s new network infrastructure, the China Environment for Network Innovation (CENI).

So, what exactly is CENI? As the first national science and technology infrastructure focusing on information and communications technology (ICT), CENI represents a significant leap forward for China. Officially commissioned recently in Nanjing, this open and user-friendly facility aims to provide a low-cost environment for testing and verifying innovative network architectures.

Liu Yunjie, an academician at the Chinese Academy of Engineering, remarked that CENI’s acceptance signifies China’s recognition in the global arena of network technology, enhancing service quality across various industries, particularly in the realm of artificial intelligence (AI).

The capabilities of CENI are truly groundbreaking. With an operational span covering 40 cities and over 55,000 kilometers of optical transmission, it can support a staggering 128 heterogeneous networks and 4,096 parallel service tests. It also seamlessly connects with existing internet facilities and test infrastructures worldwide. This opens up new avenues for research institutions and enterprises to experiment with emerging technologies—be it in 5G-Advanced, 6G, or AI model training.

One of the standout features of CENI is its efficiency. Liu noted that training complex AI models, which traditionally requires extensive time and resources, can be completed in a fraction of the time. For instance, what usually takes over 500,000 iterative rounds can now be done in as little as 16 seconds per training round, thanks to the high-throughput capabilities of CENI.

Moreover, CENI is positioned to support vital sectors such as manufacturing, energy, education, and healthcare, contributing to the broader Digital China Initiative. By enhancing data transmission efficiency and fostering innovation, CENI is set to accelerate technological development in these crucial industries.

As we look toward the future, the implications of CENI and its ability to redefine data transmission are undeniable. Digital connectivity is rapidly evolving, and being part of this transformation can empower various sectors to achieve unprecedented growth.

For those interested in exploring similar innovations or hoping to connect with cutting-edge technologies, consider reaching out to Pro21st. Whether you’re an academician, researcher, or entrepreneur, joining networks that push technological boundaries can be a game-changer. Let’s embrace the digital transformation together!

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