Analysis of future trend and opportunity in the emerging 5G IoT scenario

Nowadays, there are many concepts focused on the Iot devices (IoT), such as virtual reality, elevated streaming media, Automated vehicles, intelligent ecosystems, digital healthcare, etc. The requirements for these applications include high throughput, low latency, increased capacity, higher data rates, and enormous bandwidth. The Internet of Things (IoT) is revolutionary because it allows for interoperability between previously incompatible networks, which has led to a dramatic shift in the way people interact with and perceive the (HetNets). The ultimate goal of IoT is to bring plug-and-play technology to market, providing users with versatility, remote access control, and ease of use. The IoT technology is presented in this article from a high-level perspective, including its statistical and architectural trends, application cases, difficulties, and hopes for the future. A thorough and in-depth assessment of the developing 5G-IoT situation is also included in the study. Cellular networks of for the mainstream use of IoT (internet of things, the networks(5G) offers important advancement of technology. This consist of network function transformation (NFV), operating system smart sensor monitoring (SD-WSN), massive-MIMO (M-MIMO), coordinate multiple access processing (CoMP), equipment (D2D) interactions, cellular technologies, several (MIMO), massive-MIMO, and cognitive radios (CRs). This article gives a thorough assessment of these major enabling capabilities. The last section of the article examines difficulties with 5G-IoT deployment caused by high data rates that need edge computing on IoT devices and platforms that are located in the cloud.