5G Network Slicing is a new generation of VNIC (Vendor Non-stantiated Code Review) technology that aims to standardize the implementation of Wide Area Networks in the enterprise. It provides higher transfer rates and greater scalability over existing networking standards such as Ethernet over Copper (EoC). The benefits of Wide Area Networks are considerable and can help enterprises in various ways. They include reduced costs, increased capacity, and better allocation of available resources. However, scalability remains a major drawback for the enterprise, especially in the area of voice and data networking.
Number Of Novel Technology
5G Network Slicing is based on a number of novel technology and engineering principles that enable the transmission of large amounts of data at great speeds. The concept of Wide Area Networks is based on a principle called optical interconnects. It enables the communication of networks using fiber optic pipes and optical switches. The term ‘5G’ refers to the fact that the Wide Area Network technology is being deployed in phones and tablets rather than traditional switch or cable networks.
Wide-Area-Network is an unshielded layer 2 multipoint technology, which is capable of providing fast and reliable transmission over any distance. For small to medium enterprise customers, it provides improved cost structure, enhanced availability and scalability and enables better utilization of bandwidth. Enterprises using Wide Area Networks have come to realize that their current technologies cannot meet the needs of the future network functions. Hence, they are adopting advanced technologies to build a robust and flexible system using 5G network slicing, which ensures both scalability and efficiency.
Scalability is the key advantage provided by Wide-Area-Network. With 5G network slices, each virtual network is given its own address and port number and the same network can be used by different computers with ease. This makes the configuration of Wide-Area-Network much easier and less time consuming for network managers. This also provides them with greater freedom when designing the required network for their specific applications and business requirements. Thus, with Wide-Area-Networks, operators can make the network as per their convenience and requirements.
Flexibility is another important feature provided by Wide-Area-Network. It enables an easy migration from one system to another as well as allows operators to make the most of their existing and planned networks while adopting new ones. In fact, it is estimated that Wide-Area-Networks have a higher uptime than traditional copper wires networks. With the help of 5g network slicing, operators can easily reduce their deployment expenses by leveraging their existing wires.
Virtualization is yet another feature that is being looked at closely. Virtualization enables administrators to create a virtual network which can effectively reduce capital expenses. The use of virtualization in Wide Area Networks has been particularly beneficial to small and medium sized businesses which are experiencing growing pains due to the growing competition in the market. Also, virtual network operators have the ability to customize the operating system, hardware, and software to meet their specific requirements. For these reasons, many business models for virtualization are finding favor with virtual network operators and those looking to implement a 5Gbps network in business premises.