In the communication industry, reconfigurable intelligent surfaces (RISs), also known as software controlled metasurfaces, have attracted a lot of interest. By cleverly rearranging the wireless environment, it has the ability to increase the capacity and coverage capacity with wireless networks. The intermediate propagation medium has viewed as an uncontrollably performing entity amongst the receiver and also the transmitter since the dawn of the modern era of wireless communications, which worsens the eminence of the signal that received as a result of the random interactions between the radio waves being emitted and the objects in the environment. RIS is a is a 2-D surface and the properties can be changed dynamically. Here the surface is used to create an object of different size and shape by which the electromagnetic waves interact with it. Here we consider the performance evaluation of multiple-antenna helps RIS systems based on fundamental RIS principles, which are drawn from both the physics and communications perspectives. We also conduct a thorough analysis of the current RIS-enhanced wireless network configurations. Without the need for complex coding, decoding, or radio wave processing techniques, RIS is capable of controlling the wavefront in terms of amplitude, phase, and frequency. Meta-surfaces, reflect arrays, and liquid crystals are possible RIS implant possibilities driven by technological advancements. They are the leading candidate to implement the 5G and beyond network. In this study, the MATALAB programming language is used.