Huawei has been cooperating with operators in the Middle East and China among other areas on 5G digital engineering solutions. The company will
continue to invest in 5G digital deployment and apply artificial intelligence (AI)
technologies to achieve digital
delivery transformation and lead industry development, the company said.
One such advance from Huawei is a new 5G digital twins solution to accelerate 5G rollouts. The technology creates a digital replica of a physical site, enabling digital operations at the digital site. Site digital twins enable associated and digital management of site infrastructure throughout the entire lifecycle from planning, design, deployment to maintenance.
Huawei further leverages photogrammetry, artificial intelligence (AI) technologies, and proposes T-BIM (telecom-building information modelling), a digital network specification applicable to the telecom industry, to reshape the digital delivery model for the telecom industry.
T-BIM replaces traditional manual surveys with digital technologies like digital panorama scanning and AI-based image recognition, which avoids human error caused by manual measurements and data input. For engineering designs, BIM typically ensures that “what you see is what you get,” ranging from two-dimensional tables to three-dimensional model visual designs.
T-BIM thus ensures more precise solutions for various requirements at the physical 5G site such as space and energy requirements. The installation can be sped up and made more accurate by using 3D and augmented reality (AR) views through mobile apps to guide onsite operations. In addition, fewer site visits for rectification are required and overall man-hours are reduced. The result is shorter 5G construction times and improved network construction quality.
One such advance from Huawei is a new 5G digital twins solution to accelerate 5G rollouts. The technology creates a digital replica of a physical site, enabling digital operations at the digital site. Site digital twins enable associated and digital management of site infrastructure throughout the entire lifecycle from planning, design, deployment to maintenance.
Huawei further leverages photogrammetry, artificial intelligence (AI) technologies, and proposes T-BIM (telecom-building information modelling), a digital network specification applicable to the telecom industry, to reshape the digital delivery model for the telecom industry.
T-BIM replaces traditional manual surveys with digital technologies like digital panorama scanning and AI-based image recognition, which avoids human error caused by manual measurements and data input. For engineering designs, BIM typically ensures that “what you see is what you get,” ranging from two-dimensional tables to three-dimensional model visual designs.
T-BIM thus ensures more precise solutions for various requirements at the physical 5G site such as space and energy requirements. The installation can be sped up and made more accurate by using 3D and augmented reality (AR) views through mobile apps to guide onsite operations. In addition, fewer site visits for rectification are required and overall man-hours are reduced. The result is shorter 5G construction times and improved network construction quality.
The industry's first deterministic networking-oriented 5G core network
solution debuted from Huawei in February. Pivoting on the concept of Cloud Native, One Core, real-time
operations, and edge computing, the solution provides differentiated
connectivity and service level agreement (SLA) assurance.
Deterministic networking is that technology designed to carry data for real-time applications with extremely low data loss rates and predictable latency.
Huawei's 5G Deterministic Networking (5GDN) concept leverages 5G network resources to build manageable, verifiable and deterministic virtual private mobile networks, offering customers a predictable and differentiated service experience.
5GDN runs on a cloud-native platform and supports microservices-based 2G/3G/4G/5G. Leveraging heterogeneous multi-access edge computing (MEC), multidimensional dynamic intelligent slicing, and a core network automation engine, it can provide differentiated network capabilities and deterministic networking experience.
Deterministic networking is that technology designed to carry data for real-time applications with extremely low data loss rates and predictable latency.
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| Source: Huawei. Leo Ma, VP of Huawei Cloud Core Network Marketing, launched 5GDN. |
Huawei's 5G Deterministic Networking (5GDN) concept leverages 5G network resources to build manageable, verifiable and deterministic virtual private mobile networks, offering customers a predictable and differentiated service experience.
5GDN runs on a cloud-native platform and supports microservices-based 2G/3G/4G/5G. Leveraging heterogeneous multi-access edge computing (MEC), multidimensional dynamic intelligent slicing, and a core network automation engine, it can provide differentiated network capabilities and deterministic networking experience.
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