Huawei UNET
The GENEX U-Net is a professional tool that fully supports the planning of wireless networks. It supports the planning of single-system network and the planning of multi-system network. For example, the U-Net can be used to plan the network using both the GSM technology and UMTS technology or the network using the GSM technology, UMTS technology, and LTEFDD technology. During the entire network life cycle, the U-Net helps operators to complete the initial network design, network simulation, coverage prediction, and network optimization.
Huawei UNET (Universal Network Engine Technology) is an innovative architecture for building next-generation carrier networks. It is designed to address the challenges of the ever-increasing demand for network capacity, flexibility, and agility.
Key features of Huawei UNET include:
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Service-driven architecture: UNET is based on a service-driven architecture that enables carriers to quickly and easily deploy new services. This is in contrast to traditional network architectures, which are often based on hardware and are less flexible.
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Cloud-native design: UNET is designed to be cloud-native, which means that it can be deployed on-premises, in the cloud, or in a hybrid environment. This gives carriers the flexibility to choose the deployment option that best suits their needs.
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Open architecture: UNET is based on an open architecture that uses open standards and interfaces. This makes it easy for carriers to integrate UNET with their existing networks and systems.
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Artificial intelligence (AI)-powered: UNET is powered by AI, which can be used to automate network operations, optimize network performance, and improve the customer experience.
Benefits of using Huawei UNET:
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Reduced costs: UNET can help carriers to reduce their network costs by simplifying network operations and improving network efficiency.
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Increased agility: UNET can help carriers to increase their agility by enabling them to quickly and easily deploy new services.
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Improved customer experience: UNET can help carriers to improve the customer experience by providing a more reliable and responsive network.
Use cases for Huawei UNET:
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5G network deployment: UNET is an ideal platform for deploying 5G networks. It can provide the high capacity, low latency, and flexibility that are required for 5G services.
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Edge computing: UNET can be used to support edge computing applications. It can provide the low latency and high bandwidth that are required for edge computing applications.
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Internet of Things (IoT): UNET can be used to support IoT applications. It can provide the scalability and flexibility that are required for IoT applications.
Huawei UNET is a powerful and versatile architecture that can help carriers to build next-generation networks that are more efficient, agile, and customer-centric.
Here are some additional details about Huawei UNET:
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Huawei UNET is a software-defined networking (SDN) architecture. This means that the network is controlled by software, which makes it more flexible and easier to manage.
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Huawei UNET is a network function virtualization (NFV) architecture. This means that network functions can be deployed as virtual machines, which makes them easier to deploy and manage.
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Huawei UNET is a microservices architecture. This means that the network is composed of small, independent services, which makes it easier to develop and deploy new features.
Huawei UNET is a leading example of next-generation carrier network architecture. It is being deployed by carriers around the world to build more efficient, agile, and customer-centric networks.
This section describes how to install the U-Net software. To complete the installation of the UNet, you only need to run the installation program and then perform operations as prompted by the installation wizard. After the software is installed, you need to load the license and then you can use relevant functions provided by the U-Net. If you need not use the U-Net, you can uninstall it.
3 LTE-FDD Network Planning The U-Net supports the planning of an LTE-FDD network. You can model the actual network environment by importing geographic data, assigning propagation models, and creating base stations based on the imported geographic data. Then, you can plan the parameters such as the neighboring cells, and EARFCNs of the network, predict the network coverage range, and evaluate the network capacity to meet your network
planning requirements. 4 LTE-TDD Network Planning
The U-Net supports data planning for networks in the LTE-TDD mode. You can model the actual network environment by importing geographic data, assigning propagation models, and creating base stations based on the imported geographic data. Moreover, you can plan network parameters and predict the network coverage range. In this way, the system can meet the requirements on network planning in different scenarios.
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