38.213

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The 38.213 application field and its workings principle is an important area of study that covers a wide range of topics. Specifically, it focuses on the standards and procedures associated with the use of wireless mobile technologies, such as the fifth-generation (5G) network. This paper will review the application fields and working principles of 38.213 to provide a better understanding of the standard.

38.213 is a part of the global 3GPP (3rd Generation Partnership Project) standards, which is a collaborative venture between member organizations to create global standards for wireless mobile technologies. The 38.213 application field is vast: it covers the technical requirements for a wide range of 5G network devices, such as base stations, user equipment, terminals, and other network elements. It also provides detailed procedures for network management, which is necessary to ensure the optimum performance of such networks. Moreover, it specifies technical details such as the 5G bearer services, radio technologies, multiple access techniques, and the necessary antennas.

The 38.213 working principle is based on the following four major components: channel model, link budget, interference, and power control. The channel model defines the physical characteristics of the radio frequency (RF) link, such as its frequency bands, signal strength, and modulation technique. The link budget component is part of the channel model and defines the maximum data rate for a given channel. The interference component specifies how receivers should mitigate interferences, such as cross-talk and multipath fading, to ensure an acceptable signal-to-interference ratio. Lastly, the power control component defines the manner in which base stations should transmit signals to make sure the global power level is within regulatory limits.

In order to properly deploy the 5G network, it is necessary to adhere to the 38.213 application field and its working principles. Regulatory authorities, telecom operators, and manufacturers must consider the implications of the system’s design and implementation. This is necessary to ensure that the network meets the technical requirements of the 3GPP standard and provides an optimal user experience. To this end, 3GPP has developed a testing platform called the Network Reliability and Validations and Evaluation (NRVE), which tests the performance of the 5G network and its components.

In conclusion, 38.213 is a 5G standard of the 3GPP that defines the application fields and working principles necessary for deploying a 5G network. It covers a wide range of technical topics, including channel model, link budget, interference, and power control. Furthermore, the NRVE is a testing platform that evaluates the performance of a 5G network and its components. This ensures that the network meets the technical requirements of the 3GPP standard and provides an optimal user experience.

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