Network Slicing is an advanced architecture that enables the splitting of telecom infrastructure into logical network components
The concept of network slicing is used to divide core and radio networks into smaller slices and to assign specialized functions to each slice. Network operators can use slicing to ensure that each slice has a guaranteed amount of bandwidth. For instance, in the fleet management industry, a slice dedicated to infotainment would be bigger than a slice dedicated to video. The information provided to fans could be routed to central cloud servers.
The benefits of Network Slicing include improved network performance, scalability, and flexibility. It can be used to satisfy multiple use cases and can be easily integrated with a variety of network architectures. Many market sectors are interested in learning more about network slicing, and telecom providers have worked on several projects that involve slicing. The next steps in network slicing are the development of 5G use cases and the deployment of a management system.
Network slicing enables enterprises to manage their networks in ways that maximize resource efficiency. Network slices have their own security rules, performance characteristics, and logical topology, and are often dedicated to different purposes. This way, a particular application or service can be guaranteed priority over other traffic. Network slicing can also be used to isolate traffic for specific device classes or users. By separating the network and the applications it supports, network slicing allows companies to get the most out of their network resources.
Moreover, network slicing enables mobile operators to create multiple virtual networks within the same physical network infrastructure. This will help them achieve their business objectives by optimizing network utilization and delivering better quality of service. In addition, network slicing allows mobile operators to offer dedicated services to different segments of their users. With this, mobile operators can maximize their network’s value while increasing their profits.
While a core network is the core network of any mobile phone network, RAN and user equipment are the main components of a 5G network. As a result, there are several use cases that require network slicing, including enabling virtualization of core networks. Network slicing enables service providers to deploy a variety of network slice architectures that will give them meaningful guarantees for their customers. For instance, network slicing can be used to manage data center resources.
Initially, network slicing was only used for VLANs. However, it has only recently reached its full potential with the widespread implementation of SD-WAN. Network slicing is a method that partitions a physical network into multiple virtual networks, each representing a subset of available resources. Each slice can be considered a self-contained network with its own unique architecture, protocols, and customizable network capabilities.
5G Network Slicing is a concept based on network virtualization and abstracts physical resources from software. In addition to providing flexibility in network management, network slicing allows multiple service-specific virtual networks to share the same substrate network. These virtual networks can support multiple network applications, and a single 5G network can address the increased speed and volume of data. It’s the ultimate goal of 5G networking to provide increased performance and flexibility.