5G features include automation and network slicing. Discrete core functions include routing, quality of service, deep packet inspection and a range of security functions, among others. Core architecture provides for the separation of the control plane, the data plane and the subscription management functions .
Read moreWhat is NSSF in 5G?
The NSSF (Network Slicing Selection Function) system is a solution to select the optimal network slice available for the service requested by the user in the 5G environment where various services are provided .
Read moreWhat is 5G NRF?
The Network Function Repository Function – or NRF – is a key element of the new 5G Service Based Architecture . It basically provides a single record of all network functions (NF) available in a given PLMN, together with the profile of each and the services they support.
Read moreWhat are the building blocks of 5G?
In general, 5G term stands for a new radio network and a new core network . 5G radio interface between User Equipment (UE) and Base Station (gNB) called as New Radio (NR) while core network referred to as 5GCN. The new radio network will connect to 5GCN.
Read moreWhy is 5G service based architecture?
An introduction to 5G service-based architecture Introduced to improve the modularity of the network system , SBA lets network elements or network functions (NFs) in 5G communicate with each other over a service-based interface. It allows the decoupling of NFs with more precise functionalities.18 Mar 2021
Read moreWhat is standalone architecture in 5G?
5G standalone architecture is a fully virtualized, cloud-native architecture (CNA) that introduces new ways to develop, deploy, and manage services .
Read moreIs 5G core based on cups architecture?
5G Core Network inherits control and user plane separation (CUPS) architecture from 3GPP Release 14 . In 4G EPC, S/PGWs are decomposed to S/PGW-C and S/PGW-U to provide an efficient scaling of services independently.
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