The network will facilitate the rapid transfer of large data sets for training artificial intelligence models.
China has taken a major step forward in data communications by completing the China Environment for Network Innovation (CENI) super-fast computer network. SCMP writes about this.
This high-tech network will accelerate the development of artificial intelligence and completely change the way data services work across the country. Experts liken the Internet service provided by CENI to a “high-speed railway for computers”. The successful completion of the CENI network was announced at a scientific conference recently held in Nanjing.
This network connects major cities in 13 provinces. It uses a new architectural approach that combines the speed of optical communications with the reliable nature of “deterministic networks”. It exhibits zero packet loss, extremely low latency, and unwavering stability regardless of network traffic volume.
“CENI achieved zero packet loss with less than 20 microseconds latency jitter even under full network load, covering 13 provinces, 13,000 km and processing 10,000 deterministic services,” said Liu Yunjie, chief scientist and China fellow at Zijin Mountain Laboratory. Institute of Engineering told SCMP academy.
The network will facilitate the rapid transfer of large data sets for training artificial intelligence models. Moreover, this will allow the efficient transfer of data from eastern regions to western data centers powered by renewable energy sources. It can transmit information over a distance of more than 2000 km without data loss or the need for intermediate signal amplifiers.
The length of the CENI optical backbone cable is currently 34,000 km. But this is just the beginning, as there are plans to expand the network by another 10,000 km.
The first phase of CENI’s network infrastructure covers nine key cities: Beijing, Nanjing, Shanghai, Hangzhou and Guiyang. The company demonstrated the network’s capabilities by remotely controlling an automated vehicle in a factory 500 km away. The minimum delay was less than 20 microseconds and the location was determined to an accuracy of a few centimeters.
Looking ahead, the researchers outlined the next phase of CENI’s development, which involves connecting 100 leading universities and businesses to the network.
Let’s remember that it was previously reported that scientists developed a so-called application using artificial intelligence. can recognize pig sounds and we warn farmers about negative animal emotions.
Source: Focus
Ashley Fitzgerald is an accomplished journalist in the field of technology. She currently works as a writer at 24 news breaker. With a deep understanding of the latest technology developments, Ashley’s writing provides readers with insightful analysis and unique perspectives on the industry.