SDNFV 5G-IoT: A Framework for the Next Generation 5G enabled IoT
Neha Gupta, Sachin Sharma, Pradeep Juneja, Umang Garg
Abstract
There is a demand from the next generation of technology in the modern age of communication, which can help reform and include the world in seamless connectivity through trigonous smart devices. Modern wireless standards such as 5G have been popularized for their faster transmission speed or high-speed access, low latency, and omnipresent coverage. The exponential growth of 5G networks will boost with recent innovations like IoT that will improve cellular operations, network problems, and drive the internet's future to the brink. So in the future 5G in IoT will prove to be a game-changer and open a door to new IoT infrastructure and smart services. IoT requires new requirements for success such as broad bandwidth, security, high-speed, high-speed, and high-level coverage. We first consider the 5G-IoT architecture in this paper, which gives a basic idea about 5G activated IoT. Then, along with major technologies like Software Defined Networking (SDN), Cloud Computing, and Network Function Virtualization (NFV). We introduced a new layered architecture for 5G powered IoT. Finally, we analyzed the proposed 5G enabled IoT system architecture.