In April 2024, Huawei Technologies had its annual analyst conference in Shenzhen, China. The most recent and significant issues impacting the 5G Radio Access Network (RAN) business were discussed during the conference. Two noteworthy innovations were the integration of artificial intelligence (AI) and 5G-Advanced of course not to mention the Essay Writers UK , the subsequent iteration of 5G technology.
The company demonstrated how artificial intelligence (AI) may revolutionise the RAN by increasing its efficiency, particularly in terms of energy use, which would lower power consumption—a substantial cost for mobile carrier
Among these advancements were artificial intelligence (AI) and 5G-Advanced, the next evolution of 5G technology evaluated in the Huawei swot analysis.
The company showcased how AI could revolutionize radio access networks (RANs), enhancing their efficiency, especially regarding energy consumption, which would reduce power usage—a significant cost for mobile carriers.
The company emphasized technology leadership and the possible benefits of integrating AI with 5G-Advanced in various ways. Huawei envisioned mobile network operators utilizing extensive language models that were trained on network operations to assist in troubleshooting and network management.
Furthermore, the impact of Huawei technology to them as “RAN intelligent agents,” which could assist in data-informed network policy decision-making.
Huawei believes that RAN AI agents could help improve networks by taking into account various factors like energy efficiency and user experience all at once. Operators could utilize digital twins to simulate various network parameters, providing insight into the impacts of network changes, such as service provisioning, without taking any risks.
The concept of AI in RAN at Huawei
Huawei’s vision of an AI-enhanced RAN is in its initial phase and will require both time and effort to materialize into a commercial reality.
Also, the significant computing needs of AI present a significant obstacle to the extensive application of AI in overseeing mobile networks.
AI’s computational requirements demand a large amount of power, which is why the possibility of AI balancing out its energy savings is a notable risk.
With that being said, the focus on AI RAN is currently a top priority for not only Huawei but also many other companies in the industry, which gives hope that these combined efforts will be successful.
5G technology that is more environmentally friendly
As networks progress past 5G, it is crucial for them to enhance efficiency, particularly in terms of energy, due to the costly burden on mobile operators in powering the RAN.
During the event, Huawei emphasized the concept of “bit-driven-watts,” aiming to closely connect energy usage with data traffic to prevent inefficiency. The seller had previously advertised its “0-bit, 0-watt” function, lowering radio power to under 10 watts when the network is not in use and restoring power swiftly once network activity picks up.
Huawei is expanding this feature to its entire radio portfolio, including traditional radios, in addition to Massive MIMO radios, used by China Mobile, its largest customer.
Huawei showcased the advantages of its “bit-driven-watts” concept through a demonstration of a “Green Site Solution,” which is a mobile base station located on a rooftop. This station can adjust power usage based on network traffic, and is capable of utilizing solar power when needed.
The Green Site Solution
The Green Site solution enhances Huawei’s current Intelligent RAN offering by managing data and decisions between the base station and the network. Using Huawei’s Mobile Intelligence Engine, Intelligent RAN enables operators to adjust air interface resources in order to enhance user experience and capacity.
The solution features a service prediction function that directs non-real-time spectrum and channel selection on the network side and real-time symbol scheduling (for effective signal transmission) and transmit power configuration on the base station side, decreasing energy usage throughout the network.
These advancements demonstrate Huawei’s continuous commitment to enhancing energy efficiency, alongside their utilization of AI for comparable objectives.
Huawei’s latest technology, the 5G-Advanced, is currently available.
Huawei demonstrated AI RAN and green 5G trends in addition to outlining the development of 5G-Advanced technologies, or “5.5G”. In recent years, Huawei has made a great deal of noise about the advantages of 5G-Advanced, which will go into commercial use in 2024.
By the middle of the year, the 3GPP Release 18 finalised industry standards for 5G-Advanced should be finished. The initial devices for users that support 5G-Advanced are now on the market.
For instance, China Mobile recently announced the initial installation of a 5G-Advanced base station as part of their goal to expand 5G-Advanced service to 300 cities this year and provide a minimum of 20 5G-Advanced devices.
5G-Advanced encompasses a wide range of characteristics, such as improved uplink connections, reduced latency, enhanced backing for augmented and virtual reality, and numerous others.
The Path Forward
In the future, Huawei is presented with a intricate mix of possibilities and obstacles.
Relying on technology for self-sufficiency.
Huawei has increased its efforts to achieve technical self-sufficiency, keeping in mind supply chain interruptions and geopolitical issues. The plan include investing in semiconductor manufacturing, producing its own AI processors, and developing HarmonyOS. Although it is extremely challenging, Huawei’s advancements in self-sufficiency will greatly impact its future achievements.
Expanding globally:
In spite of the obstacles, Huawei is still growing its presence worldwide. The company is concentrating on developing markets, where it encounters minimal opposition and can use its affordable solutions to increase acceptance.
In brief
The company demonstrated how artificial intelligence (AI) may revolutionise the RAN by increasing its efficiency, particularly in terms of energy use, which would lower power consumption—a substantial cost for mobile carriers.
Among these advances were artificial intelligence (AI) and 5G-Advanced, which is the next generation of 5G technology.
Huawei’s capacity for innovation and adaptation will be essential to sustaining its power and advancing technology advancements that benefit businesses and society globally, even in the face of uncertain times ahead.
Huawei’s contribution to forming this future is still a fascinating and dynamic story to follow as the digital industry changes further.
Even if the future is yet unknown, Huawei will surely have a significant impact on technology. Its capacity to overcome these obstacles and keep producing ground-breaking solutions that propel global progress will determine how successful it is in influencing the direction of technology.