Network slicing is a process or functionality enabling multiple self-regulating networks to exist on the same physical network using different pieces or slices on the same spectrum band. This helps organizations accommodate different application requirements for reliability, performance, security, and the same network. It is one of the most cost-effective processes for enterprises and ensures that each application continuously receives the required resources.
How does Network Slicing Work?
Network slicing will use virtualization technology to develop multiple networks in a single network. Each slice will have its unit, security bandwidth, and reliability characteristics.
The division or segmentation will happen by separating the network control plane from the packet handling data plane. This process creates a virtual network by defining packet handling rules on the data plane.
Let us consider a more comprehensive version of the virtual local area network. The same virtualization applies to radio access networks known as software-defined RANs.This will allow network operators to physically separate traffic on different radio networks and combine the resources of multiple networks if needed.
Benefits
It will help in enabling the development of new services and applications. So, the service provider can quickly roll out differentiated services and experiment with new business models to meet evolving marketing demands.
This provides network security and protection of sensitive data by allowing for the isolation of resources between slices. This will eventually reduce the risk of security breaches and minimizing potential malware attacks.
Service providers can customize network slicing to meet the particular requirements of different applications or users. This personalization will enhance each slice’s performance, commerce security, and reliability. This ensures critical applications receive the necessary performance guarantees, enhancing user experiences.
Conclusion
In conclusion, network slicing is a transformative technology that empowers service providers to deliver highly customized and innovative services while maximizing the efficiency and utilization of their network infrastructure.
