Industry experts have emphasized that 5G is not just an evolution of 4G, but a revolutionary shift in the way we interact with the internet. This transformation has the potential to reshape entire social and economic systems. According to U.S. media reports, analysts from CCS Insights predict that 5G technology will begin deployment in 2020. By 2023, the number of global 5G users is expected to surpass 1 billion, with over half coming from China. As countries like the United States, South Korea, Japan, and China race to launch the first commercial 5G networks, the rollout of 5G is expected to be faster than any previous generation of mobile technology.
According to IHS Markit's "5G Economy: How 5G Technology Will Affect the World" report, 5G technology is set to go beyond smartphones and penetrate various vertical industries with massive growth potential. It is projected to drive $12.3 trillion in global investment, create 22 million jobs, and contribute $3.5 trillion to global GDP growth. For China specifically, the 5G value chain is expected to reach $984 billion by 2035, accounting for one-third of the global total. Additionally, 5G is anticipated to generate 9.5 million jobs in China.
On October 17, 2017, Qualcomm, a leading 5G chipmaker, announced it had achieved the first successful 5G data connection on mobile devices using its Snapdragon X50 5G modem chipset. This marked the world’s first official connection in the 28GHz millimeter wave band. The test speed allowed users to download data at around 100 Mbps, meaning a two-hour HD movie could be downloaded in approximately 12 seconds. In 2016, Qualcomm became the first company to release a 5G modem chipset, and its ability to transition from product to functional chip within 12 months highlights its leadership in cellular technology as it extends into the 5G era.
[Image: Snapdragon X50 Modem chip]
[Image: 28GHz millimeter wave antenna module]
In domestic 5G testing, Huawei has taken a clear lead in five key areas. On September 28, the 2nd 5G Innovation and Development Summit revealed that Huawei was the only manufacturer to complete all projects in the second phase of China’s 5G R&D testing. It also completed the docking project with chip instrument manufacturers. Moreover, Huawei achieved comprehensive leadership in six major aspects of the national 5G test: highest cell capacity, lowest network delay, maximum number of network connections, most complete 5G frequency bands, most complete pre-commercial system, and most abundant 5G application cases.
[Image: Huawei 5G Test Results]
The highest cell capacity: During C-band testing, Huawei achieved a downlink peak rate of over 32 Gbps under a 200MHz bandwidth, setting a new industry record. Huawei was the first to integrate all 5G key technologies, including new waveform (f-OFDM), new coding (such as PolarCode), and more. These innovations helped shape the 3GPP standards and led to superior performance in the second-phase tests, showcasing Huawei’s technological innovation.
[Image: Huawei 5G Cell Capacity]
The lowest network delay: Huawei achieved a one-way user plane air interface delay of just 0.36ms, opening up new industrial applications requiring ultra-low latency, especially in intelligent manufacturing. The lower the delay, the faster the closed-loop control, making the system more reliable.
The maximum number of network connections: In the RMSTC (massive Machine Type Communication) test, a single cell supported up to 2.17 million parallel connections per MHz per minute. This means that in a typical IoT coverage area, over 2 million IoT services can be synchronized simultaneously each minute, bringing us closer to a fully connected future.
The most complete 5G frequency bands: Huawei tested a wide range of frequency bands, including 3.5GHz, 4.9GHz, 26GHz, and 39GHz, verifying the high-capacity performance of 5G across different bands.
The most complete 5G pre-commercial system: Huawei demonstrated end-to-end 5G capabilities, achieving full slicing technology verification. It provided isolated slices on the same infrastructure, supporting super-large connections, high bandwidth, and high reliability with low latency—far exceeding ITU requirements and meeting diverse industry needs.
The most abundant 5G application cases: During the second phase of China’s 5G R&D test, Huawei showcased hundreds of 4K Ultra HD videos playing smoothly in a car scene, demonstrating the power of 5G mobile broadband (C-Band eMBB). At the same time, it successfully tested vehicle-to-vehicle communication and emergency braking scenarios with ultra-low latency and near-perfect reliability, marking a breakthrough in remote and autonomous driving.
Huawei not only leads in testing but also drives collaboration across the 5G ecosystem. In the second phase of China’s 5G R&D test, Huawei completed the first end-to-end interoperability test with partners such as NTT DOCOMO and MediaTek, building the capability to meet the 2020 commercial goals.
Dr. Tong Wen, Chief Scientist at Huawei Fellow and Wireless, stated:
"In the development of 5G, Huawei has achieved leading results in many key metrics, such as cell throughput and single terminal rates. It also demonstrates strong performance in 5G standard leadership, flexibility, and end-to-end industry chain construction. We will continue to lead in 5G technology innovation, ensure the competitiveness of standards and architecture, and strive to strengthen cooperation with all sectors through an open attitude and global perspective. Our goal is to promote the development of unified global standards and build a collaborative spectrum ecosystem."
China’s 5G R&D test ran from late 2016 to late 2018, divided into five phases: key technology testing, technical solution verification, and system verification. Over the past two years, Huawei has achieved outstanding results in both the first and second phases. It continues to invest heavily in the third phase of system verification, aiming to achieve 5G commercialization by 2020 and make significant contributions to the global 5G landscape.
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