Huawei confirms position as #1 5G network equipment vendor with 10 key enablers for 5G
Huawei Technologies Co has secured its position as the most sought-after 5G telecom equipment supplier, despite the US government‘s intensified push to contain the Chinese technology giant on the geopolitical, legal and technological front lines. Among the 91 commercial 5G contracts Huawei has inked, the largest number by any telecom gear maker so far, more than half are from Europe, where Washington has spared no effort to dissuade its allies from using the company in their 5G systems.
Analysts said the steadily growing contracts show that Huawei has won the trust of more foreign telecom operators with its technological prowess, and Washington’s groundless security accusations have failed to convince even some of its closest allies.
Ding Yun, president of Huawei’s carrier business group, said at a launch event in London on February 20th that the company’s 91 commercial 5G contracts is an increase of nearly 30 from last year. That is ahead of the 81 announced by Swedish telecom company Ericsson last week and well ahead of Nokia, which said it had secured 67 5G commercial deals as of Feb 10th. Ding said 47 of its 5G contracts are from Europe, 27 from Asia and 17 from other regions. Huawei will invest $20 million in innovative 5G applications over the next five years, contributing to a thriving 5G ecosystem and accelerating the commercial success of 5G, officials said.
At the same event that day, Yang Chaobin, President of Huawei 5G Product Line (see photo below), unveiled Huawei’s 10 key enablers for 5G. Those are the following:
- #1 Extensive 5G Commercial Experience to Accelerate 5G Scale Deployment
- #2 Comprehensive Portfolios to Provide Consistent 5G Ultimate Experience.
- #3 Industry’s Only Ultra-Broadband Solution, Simplifying Network Deployment.
- #4 Exclusive Blade AAU, All in One for Simplified Deployment.
- #5 Industry’s First Commercial DSS Solution, Enabling Fast FDD 5G NR Deployment
- #6 Cutting-Edge Algorithm Enables Leading Network Performance
- #7 Low Energy Consumption Makes Green 5G
- #8: E2E NSA/SA Converged Solution for Future Industry Digitalization
- #9 Unique E2E SUL to Unlock UL Experience and Latency for Industry Needs
- #10 E2E Network Slicing Solution Facilitates Industry Digitalization
Yang Chaobin Unveils Huawei 5G 10 Key Enablers in London
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Mr. Yang Chaobin said, “In the process of mobile communications development, telecom operators have been using greater numbers of antenna units as a solution for insufficient sites and poles. Now they have to deal with insufficient antenna installation space. Huawei’s unique Blade AAU, which prides itself on “ultimate simplicity,” aims to reduce operators’ TCO and investment in hardware and sites.”
According to the latest GSA update, by the end of 2019, 62 telecom operators in 34 countries had officially announced the commercial release of 5G, and 41 of them are supported by Huawei, accounting for two-thirds of the total figure.
In the 5G era, continuous large-bandwidth TDD spectrum is the optimum choice for achieving an ultimate 5G experience. However, a significant number of telecom operators only get discontinuous segments of spectrum due to satellite occupation or discrete allocation. Huawei has launched the industry’s only full series of ultra-broadband solutions, which support a maximum bandwidth of 400 MHz. With just one module, all discrete spectrum within 400 MHz can be used. It saves modules and simplifies site deployment, greatly slashing site rental and hardware cost for telecom operators.
2020 will see large-scale 5G deployment worldwide. Apart from the mainstream 5G deployment on mid-band spectrums, operators can also deploy 5G networks on sub-3 GHz FDD to achieve fast 5G coverage. For new FDD spectrum, Huawei’s suggestion is direct 5G deployment on them to significantly improve the FDD spectral efficiency with NR technologies. It is proven that NR operating at an FDD frequency can deliver an impressive improvement in user experience compared to that of LTE.
For existing FDD spectrum, Huawei’s 1 ms dynamic spectrum sharing (DSS) solution can be adopted. This technology dynamically allocates spectrum resources in milliseconds based on LTE and 5G service and traffic requirements, maximizing spectral efficiency. “In November 2019, Huawei DSS was put into commercial use in Europe. Until now, our customers have 100 million legacy FDD RRUs that can be adapted efficiently to 5G using this solution,” said Yang Chaobin.
“Huawei has undergone extensive R&D, innovation, and commercial adoption in Massive MIMO. We have the most complete product portfolios and state-of-the-art algorithms to keep our Massive MIMO performance unrivalled. In terms of software algorithms, Huawei has MU-MIMO, SRS, full-channel beamforming and more to provide optimal capacity, coverage and user experiences. In 2019, Huawei helped LG U+ in South Korea, EE in the UK, and Sunrise in Switzerland to deploy 5G commercial networks.
In the third-party network performance tests conducted by RootMetrics and Connect, Huawei helped its operators rank No.1 in user experience, with an average downlink rate of 1.5 to 2 times higher than that of competitors’ networks, which further demonstrates Huawei’s superior Massive MIMO performance in actual commercial use,” according to Yang Chaobin.
“Every new generation of mobile communications technologies is developed to offer more applications and a better experience. 5G is no exception. 5G coverage must be good enough to provide excellent experience, and 5G experience must be better than any of the previous generations. Huawei’s products and solutions are committed to carrying forward this mission. 2020 will be a key year for 5G to be put into commercial use on a larger scale. “No one can whistle a symphony, it takes an orchestra to play it.” We hope to work with global partners to continuously carry out technology and application innovations, which utilize 5G as the connection platform, together with AI and Cloud technologies, to jointly build a healthy, viable, and sustainable digital ecosystem,” said Yang Chaobin.
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Geo-Political Backdrop for Huawei:
The UK announced on Jan 28 that it would allow Huawei in the noncore part of its 5G network, with a cap of 35 percent market share. A day later, the EU announced its toolbox for 5G deployment, which does not ban Huawei and leaves it up to the member countries to make their final decisions.
French Minister of Economy and Finance Bruno Le Maire confirmed that the government will not exclude Huawei. The same view was expressed by Swedish and Italian officials, though those countries also said there would be security reviews for vendors.
Bai Ming, a senior research fellow at the Chinese Academy of International Trade and Economic Cooperation, said more European countries are taking an unbiased approach toward Huawei because Washington has never provided factual evidence to support its security accusations. “Challenges only make Huawei stronger,” Wang said.
“More people realized that mixing politics with normal business cooperation could only delay the global deployment of 5G,” Bai said.
But analysts also warned that tougher headwinds are still ahead for the world’s largest telecom equipment maker, given media reports that the US government is planning to further restrict US technology sales to Huawei.
Meanwhile, a federal judge in Texas on Tuesday dismissed a lawsuit filed by Huawei to challenge a 2018 congressional defense bill that stopped federal agencies from doing business with the company.
Wang Yanhui, secretary-general of the Mobile China Alliance, said a broader US ban on technology sales won’t substantially harm Huawei’s telecom business, as it has already shipped US-component-free 5G base stations around the world.
The Shenzhen-based company has also been scrambling to build its own mobile software ecosystem, the foundation for its ability to continue selling smartphones in overseas markets to mitigate the fallout from US restrictions.
References:
https://www.prnewswire.com/news-releases/huawei-unveils-10-key-enablers-for-accelerating-global-commercial-adoption-of-5g-301009039.html
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March 15, 2020:
Beijing has put 26,000 5G base stations into operation, with 5G users reaching about 800,000, according to the Beijing Municipal Communications Administration.
Beijing municipal government rolled out policies in the past year to support the telecom industry by slashing the expenses in carrying out 5G infrastructure construction, said the administration in a statement.
According to a report compiled by the China Academy of Information and Communications Technology, the 5G commercialization in China is expected to generate a direct gross output of 10.6 trillion yuan (about 1.51 trillion U.S. dollars) from 2020 to 2025, plus an indirect gross output of about 24.8 trillion yuan.
Given the complexity of the current epidemic control and the economic development, it is an important and pressing task to expedite the development of 5G technology, said Chen Zhaoxiong, vice minister of Industry and Information Technology, recently.
http://www.xinhuanet.com/english/2020-03/15/c_138880135.htm
Reducing 5G’s energy consumption is ‘an industry responsibility’, says Ericsson
A new report from Ericsson argues that it will be possible to overcome 5G networks “energy curve”
From 2G to 4G, the increase in energy demand from generation to generation of mobile technology has been steady and predictable. With more data traffic comes higher power consumption, and some operators are predicting that 5G will double their current power usage once fully deployed.
But it does not have to be this way, suggests a new report from Swedish vendor Ericsson.
The report outlines a four-point strategy for tackling the issue of power consumption, paraphrased here:
1) Modernising the network by replacing old, inefficient tech, rather than simply adding to it
2) Utilising energy saving software to reduce energy demand while retaining network performance
3) Optimising the 5G network through using new tech to minimise the need for hardware
4) Capitalising on AI to increase site infrastructure efficiency
It will come as no surprise that all these points can be facilitated with Ericsson technology. The company’s Energy Infrastructure Operations solution, for example, can offer a decrease of up to 15% in energy-related OpEx and 30% in energy-related outages.
Nonetheless, it is interesting that the report suggests that new technologies made possible or enhanced by 5G, like AI and machine learning, could play a significant role in reducing power consumption. In a sense, 5G will go some way to solving its own network efficiency problems, but there is still much to be done on the part of the operators.
“With this new report, we answer the billion-dollar question: is it possible to quadruple data traffic without increasing energy consumption? We believe that it is not only an option, it is an industry responsibility,” said Erik Ekudden, Eriksson’s senior VP, CTO and head of group function technology. “We are now sharing our insights into how the industry can achieve this new reality.”
With the world in a climate crisis, the telecoms industry is slowly increasing the pace of its environmental projects. Many operators have already pledged to go carbon neutral, but the target dates vary widely. O2, for example, recently announcing its new 2025 target, but rival BT still wants another quarter of a century to reach its target, currently aiming for carbon neutrality in 2045.
Some operators are doing a much better job – Finnish operator Elisa earlier this week announcing that it was on course to achieve carbon neutrality this year – but for the rest of the industry reducing energy consumption should be a priority when deploying 5G, not an afterthought.
As operators around the world race to deploy 5G as quickly as possible, energy efficiency should be at the forefront of their mind. An efficient strategy to deploying 5G will not only save them money but could also help save the planet.
https://www.totaltele.com/505201/Reducing-5Gs-energy-consumption-is-an-industry-responsibility-says-Ericsson