On 10 May, the newspaper took the lead in proposing the formation of 5G-Advanced (5G booster technology, 5G-A) in the first city of the country, building six major 5G-A demonstration areas (bapang, gigabytes, people, accommodating, a low-air economy, ed Cap and Affiliation Passive IoT) throughout the city, and contributing significantly to the transformation of 5G-A from technology to application. This marks a further exploration of the application of the 5G-A technology since 2020, when the country has spearheaded the full coverage of the 5G Independent Group network.

• Building the six five G-A demonstration areas for telecommunications in general, working with industry partners to undertake joint innovations and first-hand experiments around the five G-A key capabilities. The company has piloted business in two major innovative directions: 5G Red Cap and Super, with positive results, is fully exploring more innovative technologies in the area of 5G-A and, together with 17 enterprises, has formed a deep-seated 5G-A Applied Innovative Industries Alliance, which has been supported by a multi-dimensional approach to the new era of 5G-A.

RedCap is one of the most important technologies of 5G-A, which can upgrade the 5G network and significantly reduce energy consumption and costs. • Telecommunications will build a broad-based, connected, landscape-wide RedCap service, with RedCap in the future where 5G will be achieved. At present, deep telecommunications have taken over the China Telecommunications Group’s 5G “RedCap” priority project, with the implementation of a scale 5G network application in key vertical areas, such as urban governance, industrial manufacturing, warehousing logistics, energy utilities, and five RedCap commercial pilots in today’s international, Beletwe and double-causing bases, which are sound.

In addition, deep-seated telecommunications deploys super-rolled and enhanced base stations in areas such as Grand Bay, the left gun, etc., combining innovative technology applications such as dual connectivity, spacing, launch corridor swaps, and instant-fixed polymers, increasing the rate of awareness on the periphery by more than 10 times, truly achieving a “super-up” network performance that effectively improves the broad range of coverage, such as the sea, and contributing to the development of the marine economy.