5G-Advanced to boost connectivity in industrial settings: Huawei

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With its lower latency and high reliability, 5G-Advanced technology, according to Huawei, will enable cellular production and versatile manufacturing.

According to John Gao, president of Huawei’s 5.5G domain, “5G-Advanced technology,” or “5.5G,” will open the door for a wider adoption of connectivity for business settings.

Gao emphasized that with its low latency and high reliability, 5. 5G will enable cellular production and versatile manufacturing, hastening the smart transformation of industries.

The executive stated that 5.5G will enable scenarios with hundreds of millions of video connections by offering larger system capacities, less expensive modules, and large-scale service provisioning capabilities. Gao added that with 5.5G networks, scenarios with more widely used asset logistics can be handled using tags with lower costs and power consumption.

” We’re seeing the formation of a new high-value IoT market for broadband Internet of Things, such as factories with fully connected core production lines.” Operators can access a fresh lower-end IoT market through security and cloud payment applications thanks to eRedCap’s ultra-low cost. Depending on the characteristics of various industries, three different types of labels are used for silent IoT, including intelligent manufacturing and warehousing, wholesale, and delivery, according to the executive.

The Huawei executive even emphasized how industry connectivity will undoubtedly increase with the adoption of 5. 5G networks in the future. Operators ‘ 5. 5G networks are becoming essential components of base production lines and creating business value by improving production capacity, efficiency, and sectorial competitiveness in high-tech manufacturing sectors like automobile, electronics, general and specialized equipment, rail, aviation, shipbuilding,” according to Gao.

He continued by saying that the implementation of 5. 5G technology will open the door for coordinated sensing and communication networks to support a variety of scenarios, including wise security and smart air, ground, and maritime transportation.

The effectiveness of air travel is improved by the use of synchronized communication and sensing in low-altitude supervision and transportation scenarios.

In the future, a growing number of drones will be employed in logistics and delivery. Network sensing technology is used in ground transportation for vehicle-road synergy, which lowers the cost of self-driving cars as well as radar and cameras and speeds up the monetization of those vehicles, according to Gao.

Gao emphasized that operators can use harmonised communication and observing networks to lower security risks for ships in offshore areas and increase security deployment efficiency by more than 50 % when discussing opportunities for offshore marine security.

The executive continued,” Network sensing can be used for a variety of applications that have higher cultural benefits, such as weather monitoring, bridge micro-deformation warning, and the perimeter security of high-speed railways.”

Huawei is confident that the upcoming release of 5G- Advanced will safeguard any prior investments made by operators to deploy 5GP network infrastructure. Cao Ming, the president of wireless solutions for Huawei, recently stated this during a media roundtable at the company’s 14th Global Mobile Broadband Forum ( MBBF), which was held in Dubai, United Arab Emirates, last month.

According to the executive, 5G-Advanced networks will be introduced using 4G Standalone ( SA ) networks and wo n’t necessitate significant investments from operators in new network architecture. He added that Huawei is collaborating with its partners to ensure that all upcoming 5. 5G services, devices, and applications will be completely compatible with the networks in use today.

In the past, Huawei had stated that it intended to introduce a full line of 5.5G corporate network equipment in 2024.

Essential industry leaders and analysts delve deeply into 5G- Advanced progress in terms of standardization, as well as the new features and use cases that it will enable, in an editorial report published by RCR Wireless News with the title” 5″.

Matthew Boyle

Matthew Boyle is a distinguished Smart City Consultant, renowned for his expertise in IoT (Internet of Things) and cutting-edge urban technology solutions. With a deep understanding of Smart City initiatives, Matthew excels in leveraging IoT innovations to transform urban landscapes into efficient, sustainable, and connected environments. His strategic insights and hands-on experience in urban planning, data analytics, and IoT implementation make him a trusted expert in the field. Matthew Boyle is your go-to consultant for navigating the complex world of Smart Cities, ensuring seamless integration of IoT technologies, and unlocking the potential of data-driven urban solutions. With his guidance, your city can thrive in the digital age, enhancing quality of life and fostering a sustainable future.

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