B[The Chinese delegation completed the task of participating in the 5D Working Group meeting of the International Telecommunication Union Radiocommunication Sector] October 14th, according to the official website of the Ministry of Industry and Information Technology, from September 28 to October 8, 2026, the 5D Working Group (WP5D) meeting under the International Telecommunication Union Radiocommunication Sector Study Group 5 (SG5) was held in Geneva, Switzerland. This meeting is the ninth meeting of the WP5D research cycle of the World Radiocommunication Conference 2027 (WRC-27). The WP5D working group is mainly responsible for studying the technology, operations and spectrum-related work of the terrestrial part of the International Mobile Telecommunications System (IMT). This meeting focused on new frequency band allocations for IMT, new frequency band allocations for mobile phone direct-connection satellites, research on the submission process and templates for future 6G wireless technology, and focused on reviewing the draft report of the WRC-27 Preparatory Meeting (CPM), interference protection rules for mobile phone direct-connection satellite systems to IMT systems and other research results. Two CPM-related manuscripts and five frequency compatibility sharing research manuscripts submitted by China were adopted by the meeting. More than 50 representatives from 12 units including relevant departments of the State Council, research institutions, universities, and enterprises participated in the meeting in a combined online and offline manner. B[Ministry of Industry and Information Technology: The second satellite network coordination meeting between the competent authorities of China and Norway was successfully held] September 25th, according to the Ministry of Industry and Information Technology, from September 21st to 23rd, the Radio Administration Bureau of the Ministry of Industry and Information Technology and the Norwegian Communications Administration held the second satellite network coordination meeting between the competent authorities in Oslo, Norway. Under the framework of the International Telecommunication Union's Radio Regulations, the two parties negotiated more than 30 issues on multiple satellite systems in high and low orbits, involving fixed satellite, mobile satellite and other services, covering multiple frequency bands such as L, S, C, X, Ku, Ka and Q/V. The two parties fully exchanged views and reached multiple consensuses, and jointly signed the minutes of the meeting. The successful holding of this meeting promoted the compatibility and sharing of frequency orbits between the satellite systems of the two countries, helped accelerate the international coordination process of China's satellite network frequencies, and promoted the construction of China's aerospace engineering.
At this meeting, the Chinese delegation was composed of the Radio Administration Bureau of the Ministry of Industry and Information Technology, the National Radio Spectrum Management Center, the Beijing Institute of Tracking and Communication Technology, China Satellite Network Group Co., Ltd., China Satcom Group Co., Ltd., Shanghai Yuanxin Satellite Technology Co., Ltd., and Tsinghua University. The Norwegian delegation consists of units such as the Norwegian Communications Authority, Space Norway and SpaceX Norway. B[Ten years after the completion of "China Sky Eye" FAST will continue to promote the second phase of FAST project] September 23rd, September 25, 2016, the 500-meter aperture spherical radio telescope FAST was completed and opened in Guizhou. From September 22 to 24, the “FAST 10th Anniversary Academic Exchange Meeting” was held in Pingtang County, Guizhou Province. The reporter learned from this academic exchange meeting that FAST has achieved a series of landmark innovations since its launch, and has made many achievements in the fields of engineering technology, cutting-edge science, and applications. Technological innovations in measurement and control technology methods, development of domestically produced steel wire ropes and high-performance receivers ensure the stable and efficient operation of the telescope. It has achieved a series of scientific results with international influence in the research of pulsars, neutral hydrogen galaxies, fast radio bursts and gravitational waves, and has become one of the most important astronomical observation equipment in the world. Important progress has been made in application fields such as cis-lunar space target detection, pulsar time reference, and asteroid defense, serving national aerospace security and major strategic needs.
So far, based on FAST observation data, scientists have published a total of 13 papers in the main international academic journals "Science" and "Nature". Relevant results have been selected twice as one of the top ten scientific breakthroughs by Science, once as one of the top ten scientific discoveries by Nature, and ten times as one of the top ten scientific advances in China, and among the top ten scientific and technological progress news in China. After ten years of hard work, the FAST team has promoted a historic leap in the field of radio astronomy in China, completing a leap-forward development from following and catching up to leading the world. In the future, the FAST team will continue to promote the second phase of the FAST project, continue to consolidate and enhance China's international leading position in the field of radio astronomy, and continue to produce more major original scientific achievements. (CCTV News) B[Ministry of Industry and Information Technology: Strengthen the coordination of high, medium and low orbit satellite constellations to enhance the capacity of high orbit wide and narrowband communication satellite systems] On September 7, the Ministry of Industry and Information Technology issued the "15th Five-Year Plan for the Development of the Information and Communications Industry". It mentioned that the coordination of high, medium and low orbit satellite constellations should be strengthened, the capacity of high-orbit wide and narrow-band communication satellite systems should be improved, and the networking service capabilities of low-orbit satellite Internet, high-orbit satellite communication systems, and satellite Internet of Things should be enhanced. Promote the deep integration of satellite networks and terrestrial communication networks, coordinate the construction of satellite-ground interconnection centers, and carry out applications such as direct connection of mobile phones to satellites and satellite Internet of Things. Make full use of terrestrial communication facilities such as 5G/5G-A to promote low-altitude communication network coverage as needed. Actively explore the deployment of 5G air-to-ground communications (5G-ATG), expand the scale of route technology trials in a timely manner, and promote the development of airborne communications. Explore the application of high-altitude floating platforms such as stratospheric airships and solar drones to improve the coverage and quality of communication networks. Promote the integrated development of “5G+Beidou”. A[The world's first space computing power cloud built by China to provide on-orbit test services to the outside world has officially provided on-orbit computing power services on a regular basis] August 31, according to Beijing University of Posts and Telecommunications, the world's first space computing power cloud to provide on-orbit test services to the outside world, led by the school, has officially provided on-orbit computing power services on a regular basis. Since being put into on-orbit service, the space computing power cloud has been operating stably and has supported on-orbit test missions in key scenarios such as on-orbit big data computing, 6G communications, and distributed storage. It has supported hybrid key mission deployments, has completed hundreds of space computing power calls, and served more than 100 users. Based on the domestic native software and hardware ecosystem, the large model inference energy efficiency ratio has reached 10 Tokens/J, and the space computing power service coverage has exceeded 10%. It is understood that at present, the space computing power cloud has formed continuous service capabilities in real-time data processing, low-latency intelligent decision-making, and satellite network capability iteration, expanding new service boundaries and application scenarios for various satellite systems. Its value lies not only in "sending computing power into space", but also in establishing a set of schedulable, reusable and operable on-orbit digital infrastructure. This will promote the evolution of satellites from single mission carriers to networked intelligent nodes, accelerate the transformation of the space information industry from "delivery of hardware" to "continuous delivery of services", and cultivate new industry growth points for satellite Internet, 6G, commercial aerospace and emergency communications. (Science and Technology Daily)
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