Covering Disruptive Technology Powering Business in The Digital Age

5.5G, an enhanced version of 5G, is expected to be put into large-scale commercial use by 2025 to further digitalise the economy and society, and speed up green and intelligent transformations, according to an International Telecommunication Union (ITU) expert.

Walid Mathlouthi, Head at the ITU’s Future Network & Spectrum Management Division, made the above statement during the 5.5G and Intelligent World 2030 media roundtable at Huawei Win-Win Innovation Week held last week from the 18th to the 21st of July. Mathlouthi said that spectrum will be crucial for future ICT development, especially in mobile communications and 5G to 5.5G evolution. The global industry value chain as a whole is currently concerned about ultra-wideband spectrum allocation and all-uplink spectrum usage. It will be important to address these issues through industry-wide collaboration in networks, ecosystems and services. Increasing spectrum availability will also facilitate robust and sustainable growth of the industry.

“It is important for unified standards to be adopted worldwide,” said Mathlouthi. “Relevant spectrum guidelines will be released at the WRC at the end of 2023.” He predicted that 5.5G will be put into commercial use in 2025.

Wang Qi, Chief Marketing Officer of Huawei 5.5G Wireless Network, agreed with this prediction. He said that we will need wireless technologies that are more capable than 5G within the next 5–10 years as more intelligent applications emerge. 5.5G, the next proposed evolution of 5G, has already been defined by its ability to support 100 billion connections and ubiquitous 10 Gbit/s connectivity.

This emerging technology will play a vital role in the growth of the digital economy. Wang believes that 10 Gbit/s downlink and millisecond-level latency will help bridge the virtual and physical worlds. He also said that other new 5G-based technologies such as NB-IoT, RedCap, and passive IoT will enable hundreds of billions of connections, and that integrated sensing and communication (ISAC) technologies will provide capabilities beyond connectivity. Further exploration of these technologies will be critical in driving innovation in a wider range of application scenarios.

“5G will continuously evolve toward 5.5G with enhancements such as 10 times faster connectivity and stronger IoT and sensing capabilities,” Wang concluded.

Jose Ahimsa Campos-Arceiz, Professor and Principal Researcher at the University of the Chinese Academy of Sciences, stated that the development of ICT technologies will benefit human undertakings, including biodiversity conservation. Last year, Professor Campos-Arceiz participated in the viral study of the northward migration of Asian elephants. Campos-Arceiz said, “Using ICT technologies such as the Internet, big data, IoT, remote sensing, radar and drones, we will be able to build a comprehensive monitoring system supported by ‘space-air-ground’ integrated monitoring networks. This system helps us monitor key locations around the clock, including road entrances and exits, wildlife habitats and road nodes in protected areas, so we can gain real-time knowledge of human activities and ensure that the ecosystem isn’t disturbed.”

Lin Yanqing, a Senior Policy Expert on Government Affairs at Huawei, also explained how green development was being taken into consideration during 5.5G development. The increasing use of ICT technologies in industrial settings will allow 5.5G to contribute more to energy conservation and emissions reduction efforts. According to a report released by Global Electronic Sustainability Association (GeSI), the ICT industry will only account for 1.97% of global carbon emissions by 2030, but the use of advanced ICT technologies in other industries can reduce their carbon emissions by 20%, amounting to a total emissions reduction 10 times greater than what the ICT industry will produce itself.

In addition, Lin said that healthy development of 5.5G will require an industry-wide consensus and standards. Openness and cooperation are still critical to global development, especially in the field of science and technology. Strengthening cooperation, and coordinating and unifying technical standards will allow more industry players to share the development opportunities of the global digital economy.

The concepts being discussed at this summit are nothing new. Huawei first proposed an outline for 5.5G in 2020, and 3GPP officially named the concept “5G-Advanced” in 2021. As an upgraded version of 5G, its features such as ubiquitous 10 Gbit/s connectivity, 100 billion connections, intrinsic intelligence, and energy saving capabilities, will power future industries such as the IoV, IoT, robotics and manufacturing, and serve as a key driving force of the digital economy.

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