Huawei 5G News

Turkcell aims to achieve sustainability goals with Huawei E2E Green Site Solution
Jan 10, 2023

There is a growing urgency in the telecom industry to reduce energy consumption by adopting sustainable and environment-friendly practices.
The recent United Nations Intergovernmental Panel on Climate Change (IPCC) report says that the world will experience an increase in temperature of more than 1.5°C by 2040 unless and until there is a concerted effort to bring down carbon emissions.

Turkcell, a converged telecom and technology service provider in Türkiye since 1994, is committed to reducing its carbon footprint and becoming a carbon-neutral company by 2050. The rising electricity costs are also making it imperative for the company to bring down its energy use.

“Turkcell is keenly focused on sustainability goals and environmental responsibility. Our strategy involves implementing best practices and policies that minimize the impact on the environment, such as reducing waste and emissions, conserving resources and using renewable energy. Within the framework of our sustainability approach, Turkcell commits to meet 100% of its energy needs from renewable resources by 2030, and to be a completely carbon neutral company by 2050. In order to achieve these goals, Turkcell is the first GSM operator that has ISO 50001 Energy Management System and ISO 14064 international standard for quantifying and reporting greenhouse gas emissions certificates in Turkey.” Elif Yenihan Kaya, Network Capabilities Director, Turkcell.

Teaming with Huawei

To accelerate its efforts to realize the target of carbon neutrality by 2050, Turkcell teamed up with Huawei earlier this year. Together the two companies incubated Huawei’s Green Site solution in Antalya. The project was designed not just to help Turkcell reduce the environmental impact but also to bring down its electricity costs.

In April 2022, Turkcell and Huawei jointly incubated the Green Site target network solution, designed to benefit the operator and the environment. Huawei’s Green Site solution is based on the philosophy of ‘More Bits, Less Watts’. First, it helps the Turkcell reduce power consumption, thus directly leading to savings in operational expenses. Further, the improved energy efficiency supports the migration of 2G and 3G users to 4G and 5G services. Lastly, the telcos’ efforts to reduce their carbon footprint positively impact the environment, helping them better fulfil their social responsibilities.

“We decided to work on the mutual project for green sites with Huawei. In April 2022, based on our assessment and design, Turkcell and Huawei implemented the first AI-based green site solution in Antalya. Basically, solar panels provide green energy for the site. What’s more, the AI-based smart system manages excess solar energy generated by sunlight into the lithium batteries and supplies power to the site at night, thus maximizing the use of clean energy generated by sunlight. Solar energy accounts for more than 70% of the site’s energy consumption, reducing carbon emissions and saving electricity costs. The energy saving and carbon reduction effect of a single site exceeded our expectations.” says Elif Yenihan Kaya.

Huawei has introduced a three-layer solution to help Turkcell boost the green efficiency of their networks and operations. This solution is designed to ensure a carbon emission and OPEX reduction.

Industry first-released NCIe indicators to measure the carbon emission intensity of the entire network

Huawei’s Green site solution provides NCIe (Network Carbon Emission Intensity), an energy efficiency indicator system proposed by Huawei and already approved by ITU-T SG5. It encompasses three layers: Radio Access Network (RAN), the site, and the equipment (BBU/RRU/antenna). The carbon emission per unit traffic is measured and tracked to evaluate how much data traffic is transported per kWh.

Comprehensive solutions to minimize the carbon emission and energy costs

Huawei Green Site solution helps bring down the operational expense for the Turkcell. It is a simplified, renewable and intelligent solution.

The all-in-one cabinet replaces the traditional shelter, thus bringing down the high energy consumption of the air conditioners and improving the site energy efficiency. Further, blade power guarantees enough space for future evolution.

The solution uses solar energy, which provides enough renewable energy sources for daily consumption. Further, anti-shadow helps in generating 10% extra electricity. Huawei’s Green site solution leverages Artificial Intelligence (AI) which provides greater visibility and control, thus leading to improved overall management. The use of AI makes it possible to calculate backup hours based on weather, thus enabling solar synergy with lithium battery to avoid peak solar waste.

Professional service to improve return on investment

Firstly, multi-dimensional evaluation service-based NCIe indicators enable the implementation of low carbon RAN strategy and focus investment in areas with the most “green” impact. Secondly, the optimal solution is simulated, and benefits are calculated through the digital design platform. Finally, the operators must use the solution for the green modernization of the entire network to maximize the impact.

In Antalya, Turkcell uses Huawei’s end-to-end Green Site solution, a high-efficiency iSolar system with AI that stores renewable energy from the sun in lithium batteries. In addition, high-efficiency rectifiers, lithium batteries, and integrated cabinets are used to migrate equipment to the outdoor cabinet, eliminating the need for shelter and an air-conditioner.

Impact of Green Site solution

Using Huawei’s Green Site solution helped Turkcell reach its energy saving by 81%, while carbon emissions were reduced by 5.5 tons per year. The project’s success can be gauged by the fact that, on average, 70% of its daily energy consumption is from solar energy.

The two-year project involves 50 teams for the first-time delivery in Turkey. The end-to-end innovative solution sets a new benchmark for a green revolution in the country. Turkcell and Huawei have committed to creating more value through further cooperation.

“We have decided to enhance our partnership with Huawei in this project and we are planning to have 500 green sites implementation in 2022. We are expecting to have carbon emissions reduced by more than 1.3tons per site per year. Turkcell will continue to innovate in green energy and set an example for the industry.” says Elif Yenihan Kaya.

Innovation, energy and security: How 5G will change Europe
By Jeremy Wilks 28/11/2022

The rollout of 5G is gaining traction in Europe, leading many to question how this new generation of mobile technology will change the way Europe lives, works and interacts.

The planned successor to 4G mobile networks, 5G is already being rolled out in Europe and beyond.

“I guess the first thing to point out is that 5G is the fastest generation ever deployed. There are about 214 networks live already”, Alex Sinclair, Chief Technical Officer at mobile industry association GSMA told Euronews.

Innovative opportunities
In Europe, operators are already beginning to explore unique and innovative ways that 5G technology can improve and enhance user experience.

“One operator in Greece has already launched a new basketball game, (and) live streaming services”, said Philip Song, Chief Marketing Officer at Huaweu Carrier business group.

Laurent Leboucher, Chief Technical Officer at Orange told Euronews, “we are experimenting in a stadium the capacity to provide to users the possibility to zoom on a particular player, for instance, and get information on the player. So we need to get an immersive feeling.”

Security a “top priority”
Concerns over security and privacy have been front and centre of debates on 5G technology. Philip Song at Huawei says that “addressing these challenges is our top priority”. So what is being done?

“At the beginning of 5G, security was really at the heart of the specification. There is encryption all the way in between the device and the network”, Laurent Leboucher told Euronews.

“When 2G was created, the security paradigm was completely different to the one we have today. It was more security by privacy”, Alex Sinclair from GSMA revealed. “Now it’s more security by opening everything up…kind of crowdsourcing it. And that works.”

More energy efficient
According to experts, the transition to 5G could help users and businesses reduce energy costs and consumption.

“The 5G networks are about 10 times more energy efficient than the 4G network,” Philip Song confirmed.

“(It) can support the larger bandwidth and more data applications…(so) more activities can be carried out online and this also can reduce carbon emissions”, he added.

U-Joy Cities: Guangdong Unicom and Huawei Complete 5G Distributed Residential Solution Verification

The Greater Bay Area of Guangdong, Hong Kong and Macao is one of the most open and economically dynamic regions in China. With the rapid development of the urbanisation, there are a large number of urban villages in Guangzhou, Shenzhen and the surrounding areas, and super-high-rise residential buildings are also very common. To meet people’s entertainment requirements, such as 5G HD video calls, online games, and video on demand, and promote the development of production services such as e-commerce live webcast, in-depth 5G coverage is urgently needed in high-rise buildings and urban village residential areas. However, a traditional coverage solution called “spotlight” is still used in urban residential buildings. This old solution requires a large number of feeders routed along with lots of power distribution, increasing the construction difficulty and cost, and causes serious problems such as signal loss along the way. In addition, the “spotlight” antennas cannot be monitored and are often difficult for daily maintenance.

China Unicom Guangdong pays particular attention to the coverage and experience of 5G in residential area. Based on the careful study of the real situation in the residential area, Guangdong Unicom and Huawei proposed the innovative DRS solution. This solution fully utilises the fundamental 5G coverage of surrounding macro base stations. Then it uses a super-flexible feeder to accurately deliver useful 5G signals to required places. In this way, the innovative architecture of the 5G DRS solution not only effectively prevents the leakage of useful signals along the route, but also enables digital management and control of the entire system. The onsite verification at China Unicom Guangdong showed that the 5G DRS solution improves 5G uplink coverage by about 10 dB compared with the traditional “spotlight” antenna solution, reduces system power consumption by more than 50%, and can be deployed at a maximum distance of 100 meters.

With “U-Joy Cities” program, China Unicom Guangdong and Huawei, together with other partners in the mobile industry, will further strengthen their innovative cooperation and conduct in-depth research on tunnels, high-speed railways, and street block scenarios, to make the 5G connection for people easier and faster, so as to make the life in Guangdong a smarter and more enjoyable life.

Wireless Infrastructure Market By Type
(2G/3G, 4G, 5G), By System (Macrocell Radio Access Networks (RAN), Small Cells, Remote Radio Heads (RRH), Distributed Antenna Systems (DAS), Cloud RAN, Carrier Wi-Fi, Mobile Core, & Backhaul modules), By End Use Industry (Banking, financial services, & insurance (BFSI), Business process outsourcing (BPO), Telecom, Automotive, Government, Healthcare, Industrial, Others), By Geography – Global Opportunity Analysis & Industry Forecast, 2021-2026

Wireless Infrastructure Market Overview
Wireless Infrastructure Market size is forecast to reach $114.5 billion by 2026, growing at a CAGR 7.4% from 2021 to 2026. Wireless infrastructure is the collection of different connectivity standards, communication assets, and connectivity solutions that combine in operations to provide users with wireless networks. This network focuses more on improving the overall connectivity and connection performance, while limiting the need for wire connections between different devices and components. Enterprises have shifted to hosting and managing networking and communication services as these address problems associated with high initial investments in unified communications systems. This has driven the adoption of Cloud RAN, Remote Radio heads and other Wireless Infrastructure system adoption. Small and medium-sized enterprises (SMBs) and bigger enterprises have realised the advantages of network infrastructure, thus fueling market growth. The size of the wireless infrastructure market is increasing with the popularity of high-speed data connectivity capabilities based on 4G and 5G.

Wireless Infrastructure Market Report Coverage
The report: “Wireless Infrastructure Industry Outlook – Forecast (2021-2026)”, by IndustryARC covers an in-depth analysis of the following segments of Wireless Infrastructure Market.

By Type: 2G/3G, 4G, 5G
By System: Macrocell Radio Access Networks (RAN), Small Cells, Remote Radio Heads (RRH), Distributed Antenna Systems (DAS), Cloud RAN, Carrier Wi-Fi, Mobile Core, and Backhaul modules.
By End Use Industry: Banking, financial services, and insurance (BFSI), Business process outsourcing (BPO), Telecom, Automotive, Government, Healthcare, Industrial, Others.
By Geography: North America (U.S, Canada, Mexico), Europe (Germany, France, UK, Italy, Spain, Russia, Netherlands and Others), APAC (China, Japan, South Korea, India, Australia, Indonesia, Malaysia and Others), South America (Brazil, Argentina, Chile, Colombia and Others), RoW (Middle East, Africa).
Key Takeaways
A growing need for high-speed mobile Internet and 4G connections is expected to speed up LTE deployments around the world.
Rising investments by operators to deploy high-speed networks are expected to drive the number of Mobile Broadband (MBB) connections over the forecast period.
Macrocell Radio Access Network is the largest segment in the wireless infrastructure market. Wireless communications infrastructure has further advanced with the evolution of software, hardware and dynamic networking technologies, incorporating numerous distributed Heterogeneous Networking (HetNet) technologies such as Cloud RAN and Wi-Fi Carrier.
Autonomous vehicles will require bandwidth 100 times higher and latency in the realm 150 times greater. 5G will be instrumental in addressing the requirements for latency and speed, and a dense network of small cells, distributed antenna systems and a centralized Radio Access Network (RAN) will be key to making autonomous cars reality.
The highest growth is expected to be on the wireless infrastructure market in Asia Pacific. India has the world’s largest Business Process Outsourcing (BPO) market that requires considerable wireless infrastructure. Also contributing to the increased demand for wireless communication networks was the growing number of mobile internet users in Asia, almost 2.2 billion in 2019.
Wireless Infrastructure Market Segment Analysis – By Technology
During the forecast period Macrocell RAN segment is expected to grow at a CAGR of 4.4%. The largest segment in the market for wireless infrastructure is Macrocell RAN. Wireless communications infrastructure has advanced further with the evolution of software, hardware and dynamic networking technologies, incorporating numerous distributed Heterogeneous Networking (HetNet) technologies such as Cloud RAN and Wi-Fi Carrier. However, the segment is expected to register a slow growth rate due to the increasing adoption in the coming years of its technologically advanced HetNet counterparts. The 5G network innovation is additionally slated to supplement this development and deployment of Distributed Antenna System, RAN and Backhaul technology, upheld by rising R&D ventures by wireless transporters and provincial and national governments.

Wireless Infrastructure Market Segment Analysis – By End Use
The Automotive Segment is projected to grow during the forecast period at the highest CAGR of 9.9%. Ford recently filed with the United States a patent application Patent & Trademark Office for an autonomous police vehicle capable of detecting traffic infringements, tracking vehicles, capturing license plate images and establishing wireless communication with other vehicles. The autonomous police car could collect data from traffic cameras and road sensors to detect infringements or the vehicle itself could detect the violation. GM has pledged an autonomous car without a steering wheel or pedals by 2022 and in 2021 Tesla plans to send one of its autonomous vehicles on a cross-country test trip. For these technologies to work, reliable infrastructure will be required. While many emerging use cases on the Internet of Things can be accommodated on existing 4G networks and with the natural evolution of those networks, autonomous driving will place demands on networks such as the need for no latency (or delay) and no loss of data rates even during congested times. Autonomous vehicles will require 100 times greater bandwidth and 150 times better latency in the realm. 5G will be instrumental in addressing latency and speed requirements, and a dense network of small cells, distributed antenna systems and a centralized Radio Access Network (RAN) will be key to making autonomous cars a reality.

Wireless Infrastructure Market Segment Analysis – By Geography
APAC is expected to dominate the global Wireless Infrastructure market with a share of more than 38%. The highest growth is expected to be from the Asia Pacific wireless infrastructure market from deployment of Distributed Antenna System, Remote Radio Heads, Backhaul and Radio Access Network. India has the largest Business Process Outsourcing (BPO) market in the world which requires significant wireless infrastructure. The growing number of mobile internet users in Asia, almost 2.2 billion in 2019, has also contributed to the increased demand for wireless communication networks. 5G technology was also developed and pioneered in Asia, with South Korea, Japan, Singapore and Taiwan being some of the first countries to launch 5G services. Attractive speeds and affordable costs are expected to drive the adoption of 5G, thus strengthening the region’s wireless infrastructure market. Increasing use of wireless infrastructure also offers benefits such as reducing travel costs that occur due to frequent business, international or domestic travel, through the implementation and use of new and innovative platforms such as Unified Communication (UC). This is expected to boost the market growth in this region.

Wireless Infrastructure Market Drivers
Advent of Digitalization in Various Sectors
Increasing internet penetration of things around the world is the key factor driving wireless infrastructure market growth. This, coupled with the advent and growing popularity of 4G and 5G technology, is also boosting the market. Furthermore, the rapid adoption of IoT-based electronic devices and the rise in mobile data traffic will also help the market gain momentum in the future. Growing demand and adoption of 4G LTE and high-speed 5G connectivity infrastructure capabilities, demand for Cloud RAN, ongoing trend of WYOD (Wear Your Own Device) and (Bring Your Own Device) BYOD approaches in commercial offices, the adoption of cloud-based services, and the integration of Artificial Intelligence in telecommunication applications are additional major factors predicted to fuel growth in the target market.

Increased Use of High-Tech Infrastructure in Various End-Use Industries
Improvisation of communication networks and high-tech infrastructure in various end-use industries is the result of increased demand for faster information transmission. Industry verticals such as Telecom & IT and BFSI adopt wireless infrastructure and communication solutions on a global scale to enable the business to function smoothly and to be able to carry out daily activities without interruption and in an efficient manner. Another major factor projected to fuel the growth of the global wireless infrastructure market is the increasing focus of major companies to offer wireless infrastructure such as Remote radio heads and Radio Access Network not only in urban but also in rural or remote areas with government support. In addition, the advent of digitalization in industries such as aerospace and defense, and others, is also projected in the forecast period to help expand the wireless infrastructure market.

Wireless Infrastructure Market Challenges
Spectrum scarcity issue and Covid-19 emergence
The issue of spectrum scarcity for commercial mobile radio frequency networks is an issue which restricts market growth. The rise of COVID-19 has put the world at a standstill. It has the unprecedented impact this health crisis has had on businesses across industries. This, too, will pass though. In the fight against this highly contagious disease, rising support from governments and several companies can help. Some industries struggle and others thrive. Overall, the pandemic is anticipated to impact nearly every sector.

Wireless Infrastructure Market Landscape
Technology launches, acquisitions, and R&D activities are key strategies adopted by players in Wireless Infrastructure Market. Wireless Infrastructure Market is expected to be dominated by major companies such as Qualcomm Technologies, Inc., NEC Corporation, Huawei Technologies Co., Ltd., 3i Infrastructure plc, ADTRAN, Inc., Motorola Solutions, Inc., Ericsson, Samsung, ZTE Corporation, Cisco, Fujitsu, Juniper Networks, Inc., Vertical Bridge LLC, Commscope, HUBER+SUHNER, Nokia and Corning Incorporated among others.

Acquisitions/Technology Launches
In December 2019, Brookfield Infrastructure Partners has acquired 3i Infrastructure’s 93% stake in Wireless Infrastructure Group (WIG) for $474.1m.
In April 2019, Canada-based CDPQ agreed to acquire 30% minority stake in a US-based subsidiary of Vertical Bridge Holdings, LLC. The subsidiary is based in Florida and is engaged in providing wireless communication infrastructure in North America. This acquisition is expected to aid Vertical Bridge Holdings to expand its business in the region by deploying 5G infrastructure.
Related Reports:
5G Infrastructure: ESR 55923

Portugal Sees 5G Expand with the First Commercial Use of Huawei Hertz Platform Antennas
Nov 04, 2022

Lisbon, Portugal, November 4, 2022 FDD 8T8R antennas based on Huawei Hertz platform have reached a new milestone with their first-ever commercial adoption in Portugal. The Hertz platform uses innovative technologies such as ultra-precision arrays (UPA) to support precise beamforming, as well as signal direct injection feeding (SDIF). It is the first of its kind in the industry to natively support FDD 8T8R antennas and can greatly improve antenna energy efficiency and help operators build an excellent 5G network that are also quite energy-efficient.

Results show that Hertz platform-based FDD 8T8R antennas deliver 4.9 dB higher downlink coverage than FDD 4T4R. In addition, the uplink and downlink throughput are improved by 80% and 30% and the uplink and downlink cell-edge rates 40% and 60%. This shows that the spectral efficiency of FDD mid-band spectrum and user experience can be greatly improved.

Hertz FDD 8T8R Antenna Commercially Used in Portugal
Since the commercial rollout of 5G, Portugal has witnessed a fast growth in 5G user base, which in turn requires continuous 5G coverage and better user experience. FDD mid-band 8T8R, ensuring both coverage and user experience, is the next-generation key technology for 5G mid-band evolution. It has been used in more than 80 countries around the world for 5G basic network construction. Hertz platform antennas support FDD 8T8R and multi-band integration of more than 12 ports, and this makes it easier for operators to provide continuous cross-generation experience while ensuring fast deployment.

Eric Zhao, President of Huawei Antenna Business Unit, emphasized, “Huawei antennas are committed to providing ultimate 5G solutions for operators to simplify deployment and maximize energy and spectral efficiencies. Hertz platform antennas, as the industry’s first antennas to support FDD 8T8R, will assuredly boost 5G network development.”

Huawei Starts International Rollout of Third-Gen 5G Massive MIMO in the Philippines
Sep 22, 2022

Manila, Philippines, September 22 2022. Huawei has started to commercially deploy its third-generation 5G Massive MIMO outside China, with the Philippines being the first major recipient. The major product in the third-generation 5G RAN series, MetaAAU, brings 5.5G technologies to 5G networks and represents a key path for 5G network evolution. Next-generation innovative technologies, such as ultra-wideband, multi-antenna, and extremely large antenna arrays, significantly improve spectral and energy efficiency and can help operators build future-oriented simplified, green, high-performance 5G networks.

The 3.5GHz MetaAAUs deployed in the Philippines boost download and upload speeds by 35%, and expand the coverage radius by 30% given the large inter-site distances there. As a result, more users can access 5G networks and average traffic increases by 37%. MetaAAU helps achieve cross-generation performance and ROI goals.

Since 5G was put into commercial use three years ago, the Philippines has been building 5G networks utilizing the wide bandwidth of the mid-band, and deployed Massive MIMO products to quickly deliver continuous 5G experience while meeting the growing 4G capacity demands. Now, 5G networks have covered 90% of the population in the National Capital Region. Further 5G development in the Philippines must overcome the challenge of large inter-site distances. The third-generation 5G RAN series, with the 3.5GHz MetaAAU as the iconic product, can address this challenge and meet the network development requirements, and underpins the construction of dual-band networks with optimal experience in the Philippines.

Yang Chaobin, President of Huawei’s Wireless Solution, said, “Ultra-wideband, multi-antenna, and extremely large antenna arrays are important innovations for improving coverage and reducing energy consumption. We believe that continuously improving the utilization of air interface resources will be conducive to the sustainable development of the communications industry in the Philippine.”

Huawei’s Dr. Wen Tong: 5.5G Is Necessary for Bridging 5G to 6G
Sep 09, 2022

Paris, France, September 9, 2022. At the Industry Conference & Exhibition (IC&E) 2022 hosted by the Next Generation Mobile Networks (NGMN) Alliance, Dr. Wen Tong, Huawei Fellow and CTO of Huawei Wireless, delivered a keynote speech titled “Bridging 5G to 6G”. In his speech, Dr. Tong explained the driving forces and plans that can help 5G evolve into 6G, noting that 5.5G is a necessary step to accelerating this development.

Dr. Wen
Dr. Wen Tong, Huawei Fellow, delivering a keynote speech at the IC&E 2022
New Services Drive 5G to 5.5G to Provide New Capabilities.

5G is developing worldwide, with up to 40 base stations available on average for every 10 thousand users. In China, 5G is serving more than 30 vertical industries, directly creating an economic output worth US$1.3 trillion in 2021. Emerging 2C and 2B applications require further advancements in 5G capabilities, and this is driving the evolution to 5.5G, which will be defined by the improvements on enhanced Mobile Broadband (eMBB), ultra-reliable low-latency communication (URLLC), and Massive Machine-Type Communications (mMTC), and also new capabilities for sensing, passive IoT, positioning, and intelligence. With them, 5.5G will be able to support 10 Gbps downlink, 1 Gbps uplink, 100 billion-level connections, and native intelligence, embarking on a new journey of 5G.

Ultra-high Bandwidth Is Essential to Downlink 10 Gbps.

Ultra-high bandwidth is only possible with sufficient spectrum, and this highlights the urgent need to fully use sub-100 GHz resources. By adding 200 to 400 MHz bandwidth of the 6 GHz band and 800 MHz bandwidth of mmWave to the existing 100 MHz FDD and 100 MHz TDD spectrum pools, the industry will be able to bring 10 Gbps to all users anytime, anywhere.

Uplink-Downlink Decoupling for Multi-Band Convergence Is the Basis of Uplink 1 Gbps.

Industry digitalization requires uplink to be far more powerful than downlink. With uplink-downlink decoupling, uplink and downlink spectrum on different bands can be flexibly combined to support 2B, including existing FDD spectrum and newly defined uplink-only spectrum. Through uplink/downlink decoupling, spectrum convergence will be possible to ensure 1 Gbps uplink.

To date, uplink-downlink decoupling has been commercialized in mining, steel, and many other industries to ensure 1 Gbps uplink for simultaneous 100-channel transmission of HD videos, 360° remote control, and other 2B applications.

“5.5G will bridge 5G to 6G. 5.5G and 6G will be fundamental to linking the physical world to digital and intelligent worlds,” Dr. Tong concluded. “The success of the mobile industry depends on unified standardization and industry collaboration. Let’s jointly advance to 5.5G and boost collaboration to accelerate technology maturity for a sustainable future.”

Huawei 5G Core is strongest among all solutions
September 7, 2022 By Yash Mishra

A new report from GlobalData has ranked the Huawei 5G phone core as the strongest and 5G core solutions across the globe. Fortunately, Huawei is again standing at the top of the market, this time for its 5G-oriented technologies and solutions.

By the term again, we mean that the Chinese tech giant has constantly scored this place since 2019. For four years, Huawei 5G core solutions have remained one of the best, strongest, and most used solutions around the world.

Speaking about the report source, GlobalData is an eminent data analytics and consulting institute in the ICT sector. It provides an accurate analysis of the network stability, and transitions to 5G. In the latest edition, the organization surfed over how the 5G core network acts with the live network.

In this report, a total of 5 manufacturers have gained reputable positions in the GlobalData report. To begin with, Huawei has maintained its position in the first rank. Thereafter comes the Ericsson dual-mode core which is 2.3 times lower than Huawei.

The third position is grabbed by ZTE 5G common core. And the last two positions are for Nokia and Cisco respectively.

What is 5G Core?
You might be wondering what is 5G Core. Well, the networks ranging from 2G to 5G will remain in this world for a longer period. Hence, the tech makers have to provide a 5G core solution that can alternate efficient network growth towards the 5G networks.

Moreover, these core solutions help the standalone networks (5G) to face the challenges of several RATs (Radio Access Technology), and complex O&M (Operations and Maintenance).

The report is also based on some key factors which are given below.

Architecture Resilience: Huawei 5G core uses telco cloud and microservice-centric architecture. This provides Strong and reliable solutions that help the operator to develop ultra-stable and premium networks, software overload protection, and on-demand in-service upgrades.

Solution Maturity: Since the 5G core solutions of Huawei carries advanced mechanism, it provides durable solutions to the operators. For instance, the Mobile VPN solution is running in more than 500 enterprises across the world. Ultimately, it has also covered huge sectors – public services, healthcare, remote offices, and more.

Network Evolution: Huawei has already imposed the Single Packet Core and Single Voice Core on its solutions. Consequently, these elements help in converging data and voice networks more comprehensively. Furthermore, these elements can provide services for all types of networks ranging from 2G to 5G. It also eases the O&M evolution for the firms.

Network Automation: Huawei 5G Core has also scored good marks in network automation. The company has used the autonomous driving network that depends on the telco cloud. Thus, this solution aids the high network stability, efficient network change, and optimal experience and uplifts the ADN level to the fourth grade (L4).

With such types of technologies and solutions, Huawei will definitely achieve a good height in the business and digital economy.

Huawei 5G Core Continues to Rank No.1
GlobalData Releases 5G Mobile Core Competitive Landscape Assessment
Aug 29, 2022

[Shenzhen, China, August 29, 2022] GlobalData recently released a report entitled 5G Mobile Core: Competitive Landscape Assessment. The assessment concluded that Huawei 5G Core portfolio is the strongest, rated as the “leader” among all the 5G core solutions and use cases around the world. The score gap between Huawei and No.2 is up to 2.3 times that of 2021, and this is the fourth straight time Huawei 5G Core has been rated as the global leader since 2019.

5G Core Ranks
Huawei 5G Core Ranks as Global Leader for Four Consecutive Years
GlobalData is a world-renowned data analytics and consulting company in the ICT industry. It provides expertise in market research and predictions in addition to vendor analysis. According to the report, higher requirements are posed on network stability, and in turn on network reliability design as more global core networks go cloud and transition to 5G. Facing this trend, how a 5G core network solution performs on live networks is weighed more when evaluating whether it is ready for commercial use.

As 2G, 3G, 4G, 5G Non-Standalone (NSA), and 5G Stand Alone (SA) networks will coexist for a long time, equipment vendors need to provide a 5G core network solution that can facilitate smooth network evolution towards 5G SA and utilize a convergent core network architecture to address the challenges of multiple RATs coexistence, like complex O&M. Moreover, equipment vendors’ technical innovation and commercial use progress in autonomous driving network and voice services are also key assessment indicators involved in this report.

Architecture Resilience: Huawei 5G Core was developed based on the telco cloud and microservice-centric architecture. Through the Rock-solid Reliability Advanced solution, Huawei 5G Core helps operators build ultra-reliable, premium networks characterized by hardware fault tolerance, software overload protection, service running as usual upon emergencies, and on-demand in-service upgrade, making services always online.

Solution Maturity: Huawei 5G Core is leading the large-scale commercial use worldwide with stable and reliable live network performance to helping operators quickly develop users and innovate services. Specifically, Huawei 5G Core helps operators replicate 5GtoB innovation projects in large scales. For instance, the Mobile VPN solution has been successfully piloted and put into commercial use in more than 500 enterprises around the world, covering a wide range of scenarios like campus private networks, public services, healthcare, and remote offices.

Network Evolution: Huawei has adopted the Single Packet Core (SPC) and Single Voice Core (SVC) solutions to build a microservice-based, fully convergent data and voice network, which is unique in the industry and can provide services for 2G, 3G, 4G, 5G NSA, and 5G SA subscribers on one network. It also simplifies the networking and O&M and realizes smooth evolution.

Network Automation: Huawei 5G Core also did well in network automation. The company has put forward the autonomous driving network (ADN) solution that relies on the telco cloud. This solution implements high network stability, efficient network change, and optimal network experience and helps lift the ADN level to L4.

With continuous innovation, exploration, and commercial practices of all sectors, 5G industry development has embarked on the fast track, and a robust core network will back up the process. Huawei will continue to further develop and commercialize its 5G Core solution, helping global operators advance the development of their 5GtoC and 5GtoB services and achieve business success.

Huawei exec responds to company’s ban from Canada’s 5G rollout

China Unicom Beijing and Huawei First to Commercialize 64T64R MetaAAU for Better In-depth Coverage in Residential Areas
Aug 17, 2022

China Unicom Beijing spearheaded the commercialization of Huawei’s brand-new 64T64R MetaAAU in a pilot urban residential area in Tongzhou District, which is home to a large number of 5G users who have a huge demand for 5G services. The rollout of 64T64R MetaAAU resulted in a significant increase in user-perceived rates. Even at a building near the cell edge, the downlink user-perceived rate was able to reach 100 Mbps on every floor. This breakthrough technology transcends the longstanding challenges facing deep residential area coverage to further develop ubiquitous gigabit high-quality 5G networks.

64T64R MetaAAU is an upgrade of the Huawei MetaAAU series that adopts extremely large antenna array (ELAA) technology for optimal performance and energy efficiency. The number of channels has grown from 32T32R to 64T64R, meaning this brand-new green 5G base station Massive MIMO product can deliver strong coverage, large capacity, and outstanding experience.

Since the commercialization of 5G, China Unicom Beijing has built gigabit 5G networks in urban areas for continuous coverage by deploying Massive MIMO products based on the 3.5 GHz large bandwidth. In the first half of this year, China Unicom Beijing also extended gigabit 5G networks in multiple villages. However, the limited uplink coverage and small coverage radius of mid and high bands pose challenges for network construction in scenarios requiring strong coverage, such as densely populated urban areas. MetaAAU boosts coverage and is the ideal option for China Unicom Beijing for delivering enhanced coverage and gigabit 5G experience both indoor and outdoor through wall penetrating signals.

Fan Liqun, head of China Unicom Beijing’s 5G co-construction and sharing work team, said, “In the first half of this year, we deployed 32T32R MetaAAUs at over 1,000 sites to cement our digital village strategy. This time, we deployed Huawei’s brand-new 64T64R MetaAAUs in a residential area, and we were amazed at how well it is performing on the live network. We look forward to widely deploying this product in the future to provide our users with better 5G experience in more scenarios.”

“Since the MetaAAU was launched, we have worked with China Unicom Beijing to commercialize it in different scenarios on the live network.” said Ritchie Peng, President of Huawei 5G Product Line. “I am delighted to see the excellent performance of MetaAAU on the live network in residential areas. We will continue to work with China Unicom Beijing to test this product in more scenarios and fully unleash the power of Massive MIMO for operators.”

HUAWEI GETS AHEAD OF 5G – RELEASES 5.5G WITH 10GBPS DOWNLINK SPEED
– EFE UDIN JUNE 6, 2022

Today is the third anniversary of China’s 5G licensing. The 5G network speed currently in operation has hit 1Gbps. Now Huawei, China Mobile, and other companies have jointly released an enhanced version of 5G. This is the 5.5G network with up to 10Gbps downlink speed. Recall that the 5.5G name is in Huawei’s proposal sometime last year.

According to reports, China Mobile, Huawei, and other companies jointly released the “5G-Advanced (5G Expansion and Enhancement, hereinafter referred to as “5G-A”) New Capability and Industrial Development White Paper”, emphasizing that 5G-A “excellent network”, “Intelligent Health, Smart Simplicity”, “Low-Carbon Efficiency” and ten key technologies.

Through these key technologies, 5G-A will support a downlink 10Gbps peak rate as well as an uplink peak rate of 1Gbps. This technology also supports millisecond-level latency, low-cost 100 billion IoT, and capabilities beyond connection such as perception and high-precision positioning.

In April 2021, the 46th PCG (Project Cooperation Group) meeting was held. In that meeting, 3GPP officially identified the name of 5G evolution as 5G-Advanced. At the same time, the meeting decided that 5G-A will start from R18. Furthermore, the R18 version will be approved by the end of the year.

5G-A will define new goals and new capabilities for the development of 5G after 2025. Through comprehensive evolution and enhancement, 5G can generate greater social and economic value. 5G-A is the same as the 5.5G proposed by Huawei. Last year, Wang Tao, Huawei’s executive director and president of ICT products and solutions, said in his speech that 5.5G requires spectrum reconstruction, uplink enhancement, all-scenario IoT, and synaesthesia. The company will continue to innovate in six directions, including integration, an L4 autonomous driving network, and green and low carbon. It needs to achieve tenfold improvement in capacity. Furthermore, Huawei needs to build new network capabilities to achieve an excellent network.

Huawei and China Telecom held a joint innovation conference in Beijing and officially released the key wireless technology for 5G deterministic networks – “Super Time-Frequency Folding”. Gan Bin, vice president of the wireless network product line of Huawei Technologies Co., Ltd., believes that the super time-frequency folding is another innovation of telecommunications> Furthermore, Huawei will provide gigabit capabilities to industry scenarios.

The joint laboratory verification shows that the super time-frequency folding can improve the uplink experience to more than 1Gbps. It can also reduce the delay to less than 4ms, and improve the reliability to 6 9s. It effectively supports 5G into the core production link.

Digital Baseband Unit (BBU) Market Booming Worldwide With Leading Key Players -Ericsson, Huawei Technologies, Nokia Networks, Samsung Electronics, ZTE
May 27, 2022

The report investigates the current status of the Digital Baseband Unit (BBU) Market and analyses the future trends of the Digital Baseband Unit (BBU) market. The report explores the market opportunities available in the Digital Baseband Unit (BBU) market. The report assesses the Digital Baseband Unit (BBU) market sourced from the currently available data. The report provides in-depth information of the Digital Baseband Unit (BBU) market that helps market players understand and analyse the Digital Baseband Unit (BBU) industry in terms of key products and services, value-added products, emerging markets, and industries. The report provides basic analysis of the Digital Baseband Unit (BBU) market. The report determines the current production and future demand for the products and services, and assists the market players in planning for investment. The report analyses the major exporting and importing producers, overview of the industry, preliminary and secondary assessment of its future potential. The report summarizes the knowledge gaps and recommendations.

Key Players in the Digital Baseband Unit (BBU) market:
Ericsson, Huawei Technologies, Nokia Networks, Samsung Electronics, ZTE

The report studies the Digital Baseband Unit (BBU) market using cross-sectional multiple regression analysis. The report provides estimates for future market demand. The report also uses secondary analysis to examines the Digital Baseband Unit (BBU) market. The report provides detailed analysis Digital Baseband Unit (BBU) market value chain. The report analyses the factors affecting the Digital Baseband Unit (BBU) market. The report lists the data and trends that studies various components of the Digital Baseband Unit (BBU) market. The report reviews the current Digital Baseband Unit (BBU) market production and price patterns. The report reviews the production, imports, and profitability segments.

Digital Baseband Unit (BBU) Market Types:
3G, 4G, 5G, Other.

Digital Baseband Unit (BBU) Market Applications:
Application I, Application II, Others

Request a sample report: www.mraccuracyreports.com/report-sample/357193

Global Private 5G Network Market Forecast to 2029 – Featuring Nokia, Huawei Technologies and ZTE Among Others
May 19

DUBLIN–(BUSINESS WIRE)–The “Global Private 5G Network Market, Forecast to 2029″ report has been added to ResearchAndMarkets.com’s offering.

“Global Private 5G Network Market, Forecast to 2029”
The Private 5G Network market was valued at 1717 million US$ in 2021 and is projected to reach 25051.2 million US$ by 2029, at a CAGR of 39.8% during the forecast period.

This report focuses on the Private 5G Network market revenue at the global, regional, and company levels. Regionally, this report focuses on several key regions: North America, Europe, Asia Pacific, South America, and the Middle East and Africa.

Key Points Covered in the Report

-Market Revenue of the Private 5G Network Market from 2017 to 2029.
-Market Forecast for the Private 5G Network Market from 2021 to 2029.
-Regional Market Share and revenue from 2017 to 2029.
-Country Market share within the region from 2017 to 2029.
-Key Component and Frequency revenue and forecast.
-Company Market Share Analysis, competitive scenario, ranking, and detailed company profiles.
-Marker driver, restraints, and detailed COVID-19 impact on Private 5G Network Market.
-Companies Mentioned

Telefonaktiebolaget LM Ericsson
Nokia Corp.
Huawei Technologies Co., Ltd.
Samsung
ZTE Corp.
Deutsche Telekom
Juniper Networks
AT&T Inc.
Verizon Communications
Altiostar
Mavenir
BT Group
T-Systems International GmbH
Cisco Systems, Inc.
Vodafone Ltd.

Huawei USA Experts to Discuss Future of 5G at The Big 5G Event
NEWS PROVIDED BY
Huawei Technologies USA
May 11, 2022

Execs from Huawei USA will address 5G security and ecosystems during two sessions at Light Reading’s annual conference

AUSTIN, Texas, May 11, 2022 /PRNewswire/ Huawei Technologies USA will lead two discussions at Light Reading’s The Big 5G Event, which will provide unique insights into the current 5G landscape, including applications for enterprises as the U.S. adopts the technology for digitalization of businesses and industries. The multi-day conference is returning to a full in-person event, taking place in Austin May 16-18, and is expected to host more than 1,500 professionals to discuss the future of 5G networks and solutions.

Huawei Technologies USA is participating in The Big 5G Event 2022 as a gold sponsor. Audiences at the event will hear from two executives: Andy Purdy, CSO of Huawei Technologies USA and Mohamed Madkour, VP Global Wireless & Cloud Core Network Marketing and Solutions, Huawei Technologies

Panel Discussion: Security Strategies for the 5G Era
Date & time: Monday, 16 May 2022 2:50pm – 3:30pm CST
Participants: Jim Hodges, Chief Analyst, Heavy Reading; David Stehlin, CEO, Telecommunications Industry Association; Anubhav Arora, VP, Security Engineering, Cradlepoint; Andy Purdy, CSO Huawei Technologies USA
Topic: As 5G adoption continues to grow, service providers must come together to align on the future of 5G security strategies, how security strategies evolve as 5G services are commercialised, the extent to which they are prepared to meet 5G related security challenges, and the technology best practices to build integrated and holistic vs adjunct 5G security networks.
Sponsor Address: Enriching Enterprise 5G Ecosystem
Date & time: Tuesday, 17 May 2022 4:25pm – 4:40pm
Speaker: Mohamed Madkour, VP Global Wireless & Cloud Core Network Marketing and Solutions, Huawei Technologies
Topic: In this presentation Madkour will provide insights on 5G devices, applications and tools, and business models with a focus on improving inclusive connectivity economics globally.
Huawei Technologies USA has a longstanding relationship with Light Reading dating back to 2011, and has been sponsoring The Big 5G Event at a platinum level since 2016, offering its expertise in the 5G space as a global leader in 5G innovation. Spokespeople will emphasize the company’s commitment to providing widespread connectivity for all during conversations at The Big 5G Event.

Russian telcos left with Huawei as Ericsson and Nokia down tools
IAIN MORRIS, International Editor
3/2/2022

Russian telecom may have to be made in China from now on. Both Ericsson and Nokia today confirmed they would cease product deliveries to Russian customers while they assess the impact of Western government sanctions, imposed after the invasion of neighboring Ukraine ordered last week by Russia, that leaves Russian operators with only Huawei as an alternative.

It means Russian mobile operators – MegaFon, MTS and Veon – could potentially face billions of dollars in future swap-out fees to replace Nordic equipment they can no longer support. What’s unclear at this stage is just how reliant those companies are on the Western equipment vendors. But all seem to have some degree of exposure and Russia – like most other countries – has no viable domestic suppliers.

MegaFon, for instance, is known to have signed a multi-year contract for nationwide microwave backhaul with Ericsson back in 2019. It also identified Nokia as a mobile network supplier last year. Veon, an Amsterdam-headquartered operator with a huge Russian business, has bought IT products from Ericsson previously, and Nokia is understood to have replaced Veon equipment, including gear made by Ericsson, at about 2,200 Russian mobile sites, sources revealed in 2019. In its last annual report, MTS identified Ericsson and Alcatel (now a part of Nokia) among its principal suppliers.

On a bad day for Ericsson, due largely to new revelations regarding a scandal in Iraq, the Swedish company confirmed its move in a statement emailed to Light Reading. “Ericsson is also urgently reviewing how our business might be affected by sanctions imposed,” it said. “We have decided to suspend all deliveries to customers in Russia while we conduct our analysis.”

Nokia adopted a similar line. “Our focus is to ensure we comply with all sanctions and restrictions on Russia and have put a pause on our delivery system,” it said by email. “This is a complex situation which is evolving rapidly and we continue to assess it.”

The decisions are unlikely to have a major impact on either company’s business. While they do not break out financial results for most individual countries, Ericsson identified the UK as its fourth-largest market last year and generated just 3% of its revenues there. Raymond James, a bank, thinks Russia accounts for just 2% of Ericsson’s sales.

Action was taken days after US President Joe Biden announced sweeping sanctions against Russia. They include “Russia-wide restrictions on sensitive US technologies produced in foreign countries using US-origin software, technology or equipment,” said a White House statement. “This includes Russia-wide restrictions on semiconductors, telecommunication, encryption security, lasers, sensors, navigation, avionics and maritime technologies. These severe and sustained controls will cut off Russia’s access to cutting-edge technology.”

The rules could affect ZTE, a Chinese vendor that still relies heavily on US components. Any continuation of sales might land ZTE in trouble with US authorities and back on the Entity List. Named on that trade blacklist several years ago, it was unable to procure technologies it needs for its products and almost went out of business. Restrictions were lifted only when ZTE agreed to pay a crippling fine to the US Department of Justice.

Huawei aligns with China

Deemed a security threat as a big Chinese company, Huawei still features on the Entity List and is therefore subject to many of the same restrictions that now affect Russia. It has relied on stockpiles as well as in-house and other Chinese technology and has shown no public interest in halting Russian deliveries, as Ericsson and Nokia have done. A spokesperson for the company confirmed its position has not changed.

That will do nothing for Huawei’s image in Western countries horrified by Russia’s activities. Huawei has long insisted it has no connections to China’s government and is independently owned. But if it carries on with business as usual, it will appear aligned with Chinese authorities that have refused to be critical of Putin. A possible scenario is that Russia moves even further into China’s sphere of influence, replacing Western suppliers with Chinese ones across various industries.

Want to know more about 5G? Check out our dedicated 5G content channel here on Light Reading.
But the sanctions have left operators in an extremely difficult position. A wide-scale rollout of 5G has not started in Russia and Huawei’s stockpiles may have depleted by the time it does. Denied access by US sanctions to chips made by TSMC and Samsung, the world’s most advanced chip foundries, Huawei may eventually need to fall back on less sophisticated semiconductors for 5G network equipment. China currently lacks the expertise needed to produce state-of-the-art chips and is not expected to acquire it for several years.

In the meantime, Russia’s currency has plunged to a record low against the dollar after various Russian banks were ejected from SWIFT, the main international system for cross-border transactions. With interest rates jacked up to 20%, and ordinary Russians struggling to make payments, Veon’s share price has plummeted 61% since February 23.

Seeking to reassure investors, the company issued a statement about liquidity, saying it has about $2.1 billion in cash and deposits, including $1.5 billion at banks in the US, European Union and Japan. “The $1.5 billion HQ cash and deposit balance and $0.8 billion undrawn credit line under the RCF [revolving credit facility] will allow us to maintain a prudent liquidity position in these times of macroeconomic uncertainty,” said Serkan Okandan, Veon’s chief financial officer. Russian telecom is in turmoil.

Huawei 5G News